IWWG - International Waste Working Group is a non-profit association that aims to provide a forum to encourage economic and ecological waste management world-wide and to promote scientific advancement in the field

Conference: Sardinia 2023

SessionTitleAuthorsKeywordsLink
A01 (1) Strategies & policies in waste managementIntermunicipal cooperation in waste management provision – Factors causing inefficienciesM. Struk, J. Soukopovà, A. Chroustovàmunicipal waste management, efficiency, intermunicipal cooperation
A01 (2) Strategies & policies in waste managementChallenges in delivering essential waste infrastructure in NSW, AustraliaD. Gamble, S. Mason-Jonesenergy from waste, sustainable waste solutions, community acceptance, social licence, landfill, social impact assessment, environmental approvals, resource recovery
A01 (3) Strategies & policies in waste managementEnergy transition and renewable energies in waste management and circular economy – Potentials and obstacles in reducing energy dependencyT. Nigl, J. Scheiblauer, T. Bouvier-Schwarzphotovoltaic, self-sufficiency, intensified energy transition
A01 (4) Strategies & policies in waste managementDevelopment of a deposit system for beverages – Obstacles and challengesA. Allesch, B. Beigldeposit, plastic waste, metal waste, beverages, single-use beverage packaging
A02 (1) Textile waste: recycling challenges with regards to composition & contaminantsComposition of textile waste in ViennaP. Kählig, W. Ipsmiller, A. Bartl, J. Lederertextile waste, sorting analysis, material composition, textile characterization
A02 (2) Textile waste: recycling challenges with regards to composition & contaminantsMaterial characterisation of industrial textile waste under consideration of various contaminantsU. Jenull, I. Duretek, T. Lucyshyn, C. Holzercircular economy, synthetic textile recycling, testing and quantification of polymers
A02 (3) Textile waste: recycling challenges with regards to composition & contaminantsAssessment of the presence of hazardous components in textile wastesA. Shtukaturova, M. Syc, T. Cajthamltextile waste, PFAS, heavy metals, toxic compounds
A02 (4) Textile waste: recycling challenges with regards to composition & contaminantsCollection, sorting and recycling of textiles – It is not only about the fiber typesH. Logan, V. Rossi, A. Damgaardtextiles, findings, recycling pathways, MFA
A03 (1) Circular Economy in EU: how far from recycling targetsMunicipal waste management – Is the EU meeting its recycling targets?A. Reichel, I. Bakas, S. Colgan, E. Dils, T. Duhoux, A. van der Linden, D. Nelen, I. Vanderreydt, A. Winterstetter, M. zu Castell-Rüdenhausen, H. Punkkinen, P. Slottemunicipal waste, recycling targets, policy instruments, risk assessment
A03 (2) Circular Economy in EU: how far from recycling targetsIs the EU on track to double its circular material use rate?A. Reichel, I. Bakas, B. Vidal, M. Christis, A. Vercalsteren, P. Nuss, R. Marra Campale, S. Stegercircular material use rate, circular economy monitoring, material flows
A03 (3) Circular Economy in EU: how far from recycling targetsTextile recycling: Are we halfway through yet?W. Ipsmiller, P. Kählig, A. Bartltextile, recycling, waste management system, processes, savings potential, material complexity
A03 (4) Circular Economy in EU: how far from recycling targetsCircularity failure and opportunities for innovation in services: the case of the hairdressing industryS. Hodgson, K. Frenken, L. Piscicelli, I. Williamscirculary economy, services, failures, innovation, synergies, trade-offs
A03 (5) Circular Economy in EU: how far from recycling targetsClosing material cycles – The global dimension of plastic recyclingS. Salhoferplastic waste, recycling, global, processes and emissions
A04 (1) Critical issues and risks in Circular EconomyRECOVER project: Biotech synergies to solve plastic recycling and contamination challengesR. Moral, J. Sáez-Tovar, F. Salinas, J.P. Barranco, J.A. N. Barbani, S. Verstichel, A. Al-saadi, P. Cinelli, MJ. LopezPlastic waste, Biotech, polymer biodegradation
A04 (2) Critical issues and risks in Circular EconomyThe plastic wastes: an unresolved problem of management of European wastesM. Ferrante, G. Oliveri Conti, P. Rapisardamicroplastics, environmental, wastes, human health, European Union
A04 (3) Critical issues and risks in Circular EconomyRisk-based approaches to waste management in the modern circular economy: proposals from the European recycling industriesP. Hennebert, A. Navazas, E. Katrakisend-of-waste, articles, preparations, chemical legislation, waste legislation
A04 (4) Critical issues and risks in Circular EconomyCost analysis and exploration of plastics mechanical recyclingN. Van Camp, I.S. Lase, S. De Meester, S. Hoozée, K. Ragaertcost, business economics, plastic recycling, MRF, PCFP
A04 (5) Critical issues and risks in Circular EconomyFire incidents in waste management and circular economy – The results of long-term monitoring and benefits of improved risk managementT. Nigl, I. Mostböckbattery fires, recycling, risk management
A05 (1) Waste sorting performanceThe potential of sorting municipal solid waste before landfilling or incinerationH. Mendezmunicipal solid waste, plastic, recycling, recovery, emissions
A05 (2) Waste sorting performanceDevelopment of an assessment method for unambiguous validation of machine performanceT. Lasch, K. Khodier, C. Feyerer, R. Sarcshredder, model material, mixed commercial waste, waste treatment
A05 (3) Waste sorting performancePossibilities for indirect measurement of throughout performance in solid waste shreddingC. Feyerer, K. Khodier, T. Lasch, R. Sarcwaste treatment, mixed solid waste, mechanical treatment, shredding, throughput, metrology, smart waste factory
A05 (4) Waste sorting performanceRecAIcle: supporting manual sorting workers with Artificial Intelligence and Machine Learning – Framework and training data acquisitionJ. Aberger, K. Khodier, R. Sarcmanual sorting, human-machine-interaction, machine learning, continual learning, recycling, waste sorting, circular economy, assistance systems
A06 (1) C&D waste: quality & classificationAutomatic estimation of recyclable construction waste compositions: A combinatorial computer vision-big data approachL. Yuan, W. Lu, J. ChenConstruction Waste, Recycling, Composition Estimation, Computer Vision, Big Data
A06 (2) C&D waste: quality & classificationConstruction and demolition waste classification based on convolutional neural networks combined with knowledge transfer approachX. Gaoconstruction & demolition waste, waste classification, waste composition, deep learning, waste management
A06 (3) C&D waste: quality & classificationEvaluation of environmental safety for recycled roadbed aggregates – Leaching characteristics of heavy metalsK. Nakamura, A. Matsuno, T. L. Nguyen, V. T. Nguyen, H. G. Nguyen, H. Sakanakura, Y. Isobe, K. Kawamotorecycled roadbed aggregates, heavy metals, batch test, column test, leaching characteristics, Vietnam
A06 (3) C&D waste: quality & classificationQuality and classification of construction and demolition waste in Lebanon and TunisiaA. Abou Jaoude, R. Fernandez, R. Zarrouk, Z. Jaouadi, A. Kraiem, I. Srour, O. Yazoghli-Marzoukaggregates, geotechnical, tests, road construction, properties
A06 (4) C&D waste: quality & classificationAssessment of plasterboards containing chemically purified gypsum wasteM. Castro-Diaz, M. Osmani, S. Cavalaro, P. Needham, S. Newport, M. Sands, B. Parkerrefurbishment demolition plasterboard waste acid leaching purified gypsum thermal physical mechanical properties
A07 (1) C&D waste: policies & strategiesEnd of waste of recycled aggregates in Wallonia: how to promote circular economy in the construction sectorE. Bietlot, C. Collartend of waste, circular economy, construction waste, demolition waste, recycled aggregates
A07 (2) C&D waste: policies & strategiesAdvancements in pre-demolition audit processesJ. zum Brock, M. Doostdar, A. Morales Rapallo, K. Kuchtapre-demolition audit, reusing of building elements, recycling of building material, CIRCuIT
A07 (3) C&D waste: policies & strategiesPublic policies on illegal construction waste disposal in Hong Kong: evaluation and enhancementW. Lee, W. Luillegal dumping; construction waste; public policy; Hong Kong
A07 (4) C&D waste: policies & strategiesReforming construction waste management in Kazakhstan: a cost-benefit analysis of circular economy strategies for upgrading C&DW recycling centres in urban areasF. Karaca, A. TluekenC&DW, SDGs, waste management, recycling, contraction value chain, Central Asia
A08 (1) C&D waste: valorizationThe role of demolition waste reduction and recycling to reduce energy demand, greenhouse gas emissions and resource consumption: a case study from ViennaJ. Lederer, D. Blasenbauermaterial flow analysis, circular economy, material footprint, energy demand, greenhouse gases, building sector, demolition waste, recycling
A08 (2) C&D waste: valorizationUtilization of recycled aggregates in concrete case studyA. Morales Rapallo, J. zum Brock, M. Doostdar, K. Kuchtamusterbude, recycled aggregates, recycled concrete, Hamburger Mische
A08 (3) C&D waste: valorizationThe potential of valorisation of construction & demolition waste. Towards circular practices in the built environment in DurbanC. Trois, C. Loggiaconstruction & demolition waste, valorisation, circular construction, waste as a resource
A08 (5) C&D waste: valorizationImproving building refurbishment strategies to promote Circular EconomyJ. Fernandes, P. Ferrãobuilding archetypes, buildings refurbishment, Circular Economy, embodied Carbon, circularity indicators
A09 (1) Recycling of WEEEDefinition, classification and mapping of pervasive electronic productsC. Zafiu, H. Steiner, A. Jandric, H. Böni, S. SalhoferWEEE, waste stream, critical raw materials, pollution
A09 (2) Recycling of WEEENon-destructive characterization of milled printed circuit board particles for their recycling purposeA. Otsukielemental/metal distribution, concentration, liberation, elemental assay, image analysis, selective recovery
A09 (3) Recycling of WEEEAnalysis of the collection rate of refrigerators and freezers in AustriaE. Schmied, M. Pamperl, G. ObersteinerWEEE, waste collection rate, refrigerators, freezers, put on the market
A09 (4) Recycling of WEEEPerformance evaluation of ex-situ catalytic pyrolysis of WEEE fractionS. Gulshan, H. Shafaghat, H. Yang, W. Yang, P. EvangelopoulosWEEE, Catalytic pyrolysis, Ex-situ catalytic reformer, HZSM-5 Aromatic hydrocarbons
A09 (5) Recycling of WEEERecovery of valuable materials from spent LED light bulbs for recycling: an integrated environmental and economic assessment for identifying the best treatment optionG. Dodbibaspent LED Light Bulbs, recycling, LCA, cost-benefit analysis, waste plastics, Al alloy
A09 (6) Recycling of WEEEDesign of a photovoltaic waste recycling system in GreeceC. Tzala, E. Kastanaki, C. He, A. Giannisphotovoltaic waste, logistics, recycling center, circular economy
A09 (7) Recycling of WEEEMaterials recovery from end-of-life electrochemical storage systems: preliminary results from the IEMAP projectD. Fontana, F. Forte, C. Marcoaldi, O. Masetti, V. Piergrossi, M. Pietrantonio, S. Pucciarmati, M. TammaroLithium-ion batteries; hydrometallurgy; circular economy
A10 (1) Packaging waste: characterizationClassification of plastic waste packaging multilayer films using handheld near-infrared (NIR) spectrometerH. Stipanovic, P. Arth, G. Koinig, A. Tischberger-AldrianNIR handheld, multilayer films, plastic waste, waste classification
A10 (2) Packaging waste: characterizationAnalysis of non-beverage hollow plastic packaging from MSW regarding product residues and packaging characteristicsL. Gritsch, G. Breslmayer, R. Rainer, J. Ledererpackaging waste, packaging residues, packaging design, emptiability
A10 (3) Packaging waste: characterizationComprehensive characterisation of lightweight packaging waste to improve recyclingN. Kuhn, G. Koinig, A. Tischberger-AldrianCircular Economy, Lightweight Packaging Waste, Plastic Packaging, Recycling, Waste Characterisation
A10 (4) Packaging waste: characterizationInfluence from printing ink binder resin on the quality of Low-Density-Polyethylene (LDPE) recycling under extrusion processJ. Guo, A. Alassali, K. Kuchtaprint ink binder, plastic packaging, recycling, polymer degradation
A10 (5) Packaging waste: characterizationUpcycling of polyethylene terephthalate (PET) wastes to generate biodegradable bioplastics for food and drink packagingM. Faraldi, S.J. Benitez-Benitez, S. García, F. Leipold, P. Süss, H. Brundiek, R.M. Martínez-Espinosa, E. de Vries, F. MonzóPET, biodegradable, bioplastic, circular economy, polyhydroxyalkanoates, PHA, enzymatic degradation, enzymes, upcycling
A11 (1) Innovative recycled materials from wasteRecycling of mineral wool waste into a new mineral woolT. Sattler, K. Doschek-Held, A. Krammer, D. Vollprechtrecycling, mineral wool, non-hazardous, waste materials, mineral wool waste, wool2wool
A11 (2) Innovative recycled materials from wasteCitrus peel waste fibres for natural cosmetic and bioplastic packagingV. Zepic Bogataj, P. Fajs, C. Peñalva, G. Tsatsoscitrus peels, waste fibers, bioplastic, cosmetic packaging, reinforced composites, circular economy
A11 (3) Innovative recycled materials from wasteAn innovative process for designing safe and sustainable epoxy-based composites for automotive and aerospaceC. Olscher, A. Tolentino, D. Peral, F. PartEpoxy Resins, Chemical Recycling, Safe and sustainable by Design
A11 (4) Innovative recycled materials from wasteAgricultural systems of the future: Rural-Urban Nutrientship (RUN)S. Schmuck, C. Meyer, V. Preylsustainable agriculture, food, nutrient cycle
A11 (5) Innovative recycled materials from wasteCan residual of landfill leachate evaporation be used to modify g-C3N4?H. Wang, D. Yueleachate residual, g-C3N4, characterization, thermal polymerization synthesis
A11 (6) Innovative recycled materials from wasteRecovery of lithium and heavy non-ferrous metals from spent lithium-ion batteriesV. Kaplan, E. Wachtel, I. Lubomirskylithium-ion batteries, lithium, heavy non-ferrous metal recovery
A11 (7) Innovative recycled materials from wasteExploring the potential of repurposing waste graphite obtained from the recycling of end-of-life lithium-ion batteries for wastewater treatment applications: preliminary resultsM. Vaccari, D.S. Premathilake, A.B. Botelho Junior, F. Colombi, J. Tenorio, D. EspinosaLIB recycling, graphite valorization, adsorption experiments, wastewater treatment, black mass recycling
A12 (1) Hydrothermal carbonization of wasteDeveloping environmentally beneficial strategies for the hydrothermal carbonization of food wasteN.D. Berge, A. Sarrion, E. Suarez, J.M.R. Flora , J.R.V. Flora, R. Goel, L. Liu, E. Diaz, A.F. Mohedanohydrothermal carbonization; food waste; carbonization conditions; machine learning model; toxicity
A12 (2) Hydrothermal carbonization of wasteThe evaluation of waste-based biochar potential in PolandA. Bialowiec, E. Sygula, M. Hejnabiowaste, pyrolysis, hydrothermal treatment, OFMSW, biochar, hydrochar
A12 (3) Hydrothermal carbonization of wasteHydrothermal co-carbonization of sewage sludge and food wastes towards sustainable biowaste management and NOx emission reductionC. He, A. Giannishydrochar, fuel quality, combustion behaviour, nitrogen transformation, gas emission characteristics
A12 (4) Hydrothermal carbonization of wasteAcid hydrothermal solution recycling enhanced alkaline hydrothermal humification of hydrocharY. Shao, W. Lubiowaste, hydrochar, hydrothermal solution recycling, humic acid, acidity
A13 (1) Products from hydrothermal carbonization of wasteHydrochar from digestate: assessment of its soil amendment feasibility, repeatibility and comparison of heavy metals determinationD. Moloeznik Paniagua, J.A. Libra, S. Rotterdigestate, hydrochar, hydrothermal carbonization, heavy metals determination, repeatability
A13 (2) Products from hydrothermal carbonization of wasteMicrowave hydrothermal carbonization of rabbit manure: characterization and potential phytotoxicity of the productsI. Moukazis, F. Simantiraki, E. Gidarakosanimal waste, microwave hydrothermal carbonization, rabbit manure, hydrochar, phytotoxicity
A13 (3) Products from hydrothermal carbonization of wasteCarbonized solid fuel obtained by torrefaction of MSW: emissions of VOCsM. Hejna, A. Bialowiecvolatile organic compounds, torrefaction, municipal solid waste, waste to energy, waste to carbon, carbonized solid fuel, emissions
A13 (4) Products from hydrothermal carbonization of wasteWooden waste-derived biochar as a source of volatile organic compounds emissionE. Sygula, A. Bialowiecwooden waste-derived, biochar, VOC (volatile organic compounds)
B01 (1) LCA in waste management IFuture challenges in waste LCAT.H. Christensen, S. Schmidt, D. Laner, A.S. Varling, V. Bisinellalife cycle assessment, LCA, waste
B01 (2) LCA in waste management IEnvironmental waste utilization: an LCA-based indicator for waste management systemsS. Schmidt, D. Lanerwaste management, indicator, environmental impacts, plastic packaging waste
B01 (3) LCA in waste management ILife cycle assessment of the dominant scenarios of waste management system in the north of IranA. Nabavi-Pelesaraei, V. Bisinella, A. DamgaardCompost, Environmental assessment, Landfill, Municipal solid waste, ReCiPe2016
B01 (4) LCA in waste management ILife cycle assessment of alternative biogas utilisations, including carbon capture and storage or utilisationA.S. Varling, T.H. Christensen, V. Bisinellabiogas, biogas management, life cycle analysis, carbon capture and storage, carbon capture and utilisation, energy system analysis
B01 (5) LCA in waste management ILife cycle assessment of developing recycling technologies of complex plastic productsJ. JacobsenLCA, environmental assessment, recycling, plastic, circular economy, additives, fibre glass
B02 (1) Waste management and EcologyHow to achieve Ecological Waste ManagementR. Stegmannecological waste management, ecology, emission minimization
B02 (2) Waste management and EcologyWaste management in the context of the Green Deal – General framework, policy instruments and ongoing developmentsL. Schebek, J. Baehr, T. Hagedorn, A. do Carmo Precci Lopes, V. Zellercircular economy, climate neutrality, climate policy, greenhouse gas accounting, waste management
B02 (3) Waste management and EcologyAnalysis of different waste management scenarios for improving nitrogen flows in urban areasM. Suchowska-Kisielewicz, A. Jędrczaknitrogen emissions from waste, waste management, Directive 2018/851, circular economy
B02 (4) Waste management and EcologyDry toilets offer a sustainable solution for communal waste management and regional economies by enabling nutrient recyclingE. Jung, V. S. Rotter, C. Kirsten, J. Mühlenberg, A. Krausecomposting, nutrients, human excreta, sanitation, fertilizer
B03 (1) Artificial Intelligence in waste managementUtilising ChatGPT in waste managementA. SalihChatGPT, Artificial Intelligence, data, waste management
B03 (2) Artificial Intelligence in waste managementFirst lessons learned of an Artificial Intelligence robotic system for autonomous coarse waste recycling using multispectral imaging-based methodsT. Lange, P. Meyer, M. Keppner, T. Tiedemann, M. Wittmaier, S. Wolff, T. VögeleSmart Recycling, Coarse/ConstructionWaste Recycling, Multispectral Image Processing, Artificial intelligence, Machine Learning, Mobile Robotics.
B03 (3) Artificial Intelligence in waste managementEfficient calibration of discrete-element-method simulations for waste applications using particle sensor data and artificial intelligenceK. Khodier, A.L. Krabichler-Mark, I. Werner, A. Rizvan, Y. VarshSolid Waste, Mechanical Treatment, Numerical Simulation, Discrete Element Method, Calibration, Artificial Intelligence
B03 (4) Artificial Intelligence in waste managementDevelopment of digital know as you throw tools for household food waste reductionM. Eriksson, A. Sjölund, E. Svensson, C. Maleforsquantification tool, food waste quantification, know as you throw, IoT
B03 (5) Artificial Intelligence in waste managementComplete valorization of lignocellulosic and industrial wastes for lactic acid production: process optimization, Kinetic assessment and Artificial intelligence modellingA.N. David, Y. Sewsynker-Sukai, E.B. Gueguim Kanacomplete waste-based pretreatments, green liquor dregs, paper wastewater, dairy wastewater, waste-based media, lactic acid production, simultaneous saccharification and fermentation, kinetic modelling, Artificial Intelligence modelling
B04 (1) Artificial Intelligence in waste treatment monitoringOpportunities from sensory retrofitting in mechanical waste treatment plants – Real time quality determination via digital material flow monitoringL. Kandlbauer, R. Sarcrecycling, digitalisation, mechanical waste treatment, mixed solid waste, material flow analysis
B04 (2) Artificial Intelligence in waste treatment monitoringMonitoring and reduction of food waste by using the RMFood-App – Project A2UFood (Heraklion)G. HafnerRMFood-Appinternational version, Food Waste, Monitoring, System Optimization, FLW,Digital Tool, SDG(Sustainable Development Goals)
B04 (3) Artificial Intelligence in waste treatment monitoringTowards real-time monitoring of odour emissions from a waste treatment plant: a case studyC. Ratti, C. Bax, B.J. Lotesoriere, L. Capelliodour concentration, ambient air quality, quantification, electronic nose, IOMS
B04 (4) Artificial Intelligence in waste treatment monitoringAnalysis of biochemical composition and detection of physical contaminants in digestate using hyperspectral imagingW. Peng, L. Fan, H. Zhang, H.Y. Xian, F. Lü, P. J. Hebiogas production, biodegradable waste, spectral analysis, bio-aggregates, process monitoring
B05 (1) LCA in waste management IILife Cycle Assessment of curbside material recoveryB. Staley, S. Boxmancomposting, anaerobic digestion, landfilling, LCA, organics, GHG emissions, collection.
B05 (2) LCA in waste management IILife Cycle Assessment of two alternative biorefinery processesK. Czerwińska, S. Del Pero, L. Lombardi, A. Polettini, R. Pomi, A. Rossi, S. Shivali, M. Śliz, M. Wilk, T. Zonfahydrogen, hydrochar, hydrothermal carbonization, dark fermentation
B05 (3) LCA in waste management IILCA of recycling of textiles in a circularity context – How much of the textile production value chain impact is avoided?H. Logan, J.L. Hermary, A. Damgaardtextiles, LCA, recycling
B05 (4) LCA in waste management IIComparative life cycle assessment of different recycled concrete aggregatesM. Doostdar, J. zum Brock, A. Ceraso, A. Morales Rapallo, K. Kuchtarecycled concrete, recycled aggregates, musterbude, Life Cycle Assessment (LCA), environmental impacts
B06 (1) Recovery of material from plastic wasteDevelopment of recycling production line for PVC from cable scrapD. Konkina, H. Flachberger, H. SchwarzPVC, cable scrap, mechanical recycling
B06 (2) Recovery of material from plastic wasteChemical recycling of PVC-containing plastic waste for recycling of critical metalsM. Peer, B. Berninger, T. Fehn, A. Hofmanncircular economy, chemical recycling, critical metals, PVC-waste, LED recycling, LCD panels recycling
B06 (3) Recovery of material from plastic wastePolypropylene recycling – How to improve the quality of PP recyclatesJ. Geier, C. Barretta, M. Bredács, G. Oreskipolypropylene recycling, sorting, recyclate quality, contaminants
B06 (4) Recovery of material from plastic wasteSorting of plastic packaging films, removal of multilayers and effects on properties of recyclatesC. Barretta, G. Koinig, M. Bredács, J. Geier, E. Grath, L. Meinhart, E. Helfer, G. Oreskimultilayer, NIR sorting, plastic packaging, recycling, recyclate quality, transflection
B06 (5) Recovery of material from plastic wasteViability of mechanochemical devulcanization process of EPDM elastomeric wasteF. De Bruijn, F.J. Cañavate, M. Fajardo, X. Colomdevulcanization, EPDM, microwave, FTIR
B07 (1) Decision tools in waste managementZero Waste – Chances and risks of (not) applying zero waste strategies and the importance of measuring sustainability in the recycling sectorB. Rutrecht, S. Rosskogler, T. Nigl, R. Pombergersustainability management, responsible production, corporate social responsibility, waste management, resilience, risk assessment, lithium-ion-battery recycling, LIB, recycling, key performance indicators, KPI, ESRS, SDG, CSRD
B07 (2) Decision tools in waste managementThe practical use of a digital product passport – Development of an application-friendly tool for e-waste decision supportT. Hagedorn, A. do Carmo Precci Lopes, L. Schebek, M. Vogelgesang, W. Benner, C. Li, C. Plociennik, Hossein, S. Knetch, B. KellererDecision-Support, Digital Product Passport, End-of-Life, Tool, Waste Management
B07 (3) Decision tools in waste managementLife Cycle Assessment of scenarios for end-of-life management of lithium-ion batteries from smartphones and laptopsA.M. Domingues, R.G. Souza, S.D. Mancini, F.C.S. M. Padoan, J.R.A. da SilvaLife Cycle Assessment (LCA), scenarios assessment, lithium-ion batteries (LIBs), recycling, Waste Electrical and Electronic Equipment (WEE)
B07 (4) Decision tools in waste managementThe Wrose model’s methodological aspects and its four levels of sustainability indicatorsY. G. Abera, C. TroisWaste to Resource Optimization and Scenario Evaluation (WROSE), GHG emissions, Decision supporting tool, life cycle assessment, multi-criteria decision making (MCDA), Mixed-integer linear programming mathematical model
B07 (5) Decision tools in waste managementHistorical evolution analysis of China embodied plastics footprint from 2002 to 2017Y. Tan, Z. Wenembodied plastics consumption, extended input output analysis, driving forces analysis
B08 (1) PFAS in landfills environmentEnvironmental law issues regarding PFAS pollution in waters around landfills in SwedenM. Johansson, M. PetterssonEnvironmental Law, PFAS, Landfills
B08 (2) PFAS in landfills environmentPFAS (per-and poly-fluoroalkyl substances) detected for the first time in the landfill leachate of KeralaA. Varma A., G.K. VarghesePFAS, leachate, Brahmapuram Landfill, Njelianparambu landfill, emerging contaminants
B08 (3) PFAS in landfills environmentCase study: containment of PFAS contaminated soil at a landfill siteA. SalihPFAS, contamination, soil, landfill
B08 (4) PFAS in landfills environmentPerformance evaluation of three atmospheric plasma reactors for the treatment of aged/stabilized landfill leachate containing PFASM. Saleem, M. Pasquale, G. Tomei, K. Ulucan-Altuntas, M. Roverso, S. Bogialli , E. Marotta, M.C. LavagnoloLandfill leachate, Plasma treatment, corona discharge, advanced oxidation process, PFAS, PFOS, electricall discharge
B08 (5) PFAS in landfills environmentTreatment performance of atmospheric cold plasma enhanced by boron-doped reduced graphene oxide for degradation of perfluorooctanoic acid (PFOA)K. Ulucan-Altuntas, E. Filippetto, M. Saleem, G. Tomei, E. Marotta, C. Paradisicold atmospheric plasma, PFOA, advanced oxidation processes, self-pulsed discharge
B09 (1) Microplastics in surface watersMacro-, meso- and micro-plastics around an iconic chalk river: distribution, abundance, types and potential sourcesG. Walburn, I. D. WilliamsMarcoplastics, mesoplastics, microplastics, sources, environmental impact, chalk river
B09 (2) Microplastics in surface watersEvaluation of different sampling methods for microplastic monitoring in riversS. Lenz, R. Ottner, G. Obersteinermicroplastic monitoring in rivers, sampling methods, sample pre-treatment
B09 (3) Microplastics in surface watersComparison of different methods for river sample microplastic analysisR. Ottner, S. Lenz, G. Obersteinermicroplastic monitoring in rivers, sampling methods, sample pre-treatment, purification, recovery rate
B09 (4) Microplastics in surface watersPLA degradation in fresh water according to EN ISO 14851M.C. Lavagnolo, M. Modesti, V. PoliPLA degradation, EN ISO 14851
B09 (5) Microplastics in surface watersUsing floating GPS drifters to understand the pathways and fate of macroplastic debris In South Africa’s Umgeni river estuaryT. Gutsa, T. Mani, C. TroisPlastic Pollution, Rivers, Estuary, Macroplastic, GPS drifters, Transport, Accumulation, Hydrology, Urban Areas, Waste Management.
B09 (6) Microplastics in surface watersSampling of microplastics in the Atlantic OceanV. Poli, M.C. Lavagnolo, L. LittiAtlantic Ocean, microplastics
B10 (1) Microplastics in composting & anaerobic digestionDigestates and composts: macro- and microplastics in biological waste treatment facilitiesC, Zafiu, B. Vay, E. Binner, M. Huber-Humerplastic particles, microplastic, macroplastic, digestate, composting
B10 (2) Microplastics in composting & anaerobic digestionHeavy metal accumulation on microplastics in compost – The role of biofilmS. Dilraj, E. Johnson, T.S. Anantha Singh, G.K. Varghese, C. Zafiuheavy-metalsin compost, biofilm, heavy-metalsinmicroplastics, microplastic in compost
B10 (3) Microplastics in composting & anaerobic digestionSource tracking microplastics in household biogenic waste digestateT. Hu, F. Lü, Z. Yang, H. Zhang, P. Hemicroplastics, digestate, pretreatment, postprocess
B10 (4) Microplastics in composting & anaerobic digestionCompostable single-use items as a source of micro-bioplastics in digestateM. Falzarano, A. Polettini, R. Pomi, A. Rossi, T. Zonfa, M.P. Bracciale, F. Sarasini, J. Tirillò, G. De Gioannis, A. Muntonimicro-bioplastics, biodegradable plastics, polylactic acid, starch-based plastics, thermophilic anaerobic digestion, commercial polymeric blends
B11 (1) Microplastics in different environmentsMechanical recycling of plastic waste: a neglected source of microplasticF. Wei, Q. Tan, Y. Chen, J. Liwaste plastic recycling, microplastic, cooling water, occurrence
B11 (2) Microplastics in different environmentsMass concentration and distribution characteristics of microplastics in landfill mineralized refuseF. Lou, J. Wang, Q. Huangmicroplastic pollution, landfill mineralized refuse, quantitative detection, Py-GC/MS
B11 (3) Microplastics in different environmentsThe mitigation of typical microplastics in sewage sludge via hydrothermal processT.P. Vo, J. Rintala, C. Hehydrothermal process, microplastic degradation, metal ion catalysts, sewage sludge
B11 (4) Microplastics in different environmentsHeavy metals and microplastics interactions: insights from batch experimentsJ. Yoo, M. Nomura, S. Oleszek, R. Homma, K. Oshita, M. Takaokamicroplastics, heavy metals, batch experiments, adsorption, aqueous environment
B11 (5) Microplastics in different environmentsBioplastic degradation under real-life conditions: characterization by FTIR-ATR and FTIR-TGA methodsA. Jančauskas, R. Skvorčinskienė, I. Kiminaitė, L. Vorotinskienė, R. Paulauskaswaste, bioplastic, pyrolysis, ATR-FTIR, TGA-FTIR
B12 (1) Material flow analysis and carbon footprint in waste managementMethod development for the provision of basic data for material and substance flow analyses in waste managementG. Hafnerwaste management material database (AMDB), technology database (AT-DB), flow analyses, material flow analysis
B12 (2) Material flow analysis and carbon footprint in waste managementMaterial and embedded GHG emission flows of electronic waste treatment in NorwayK.R. Mattson, L. Lindgreen Lauritsen, J. Berg PettersenWEEE, Waste Management, Material Flows, Carbon Footprint, Embedded materials, Embedded emissions, Resource use and recovery, Critical Raw Materials, Circular Economy, Policymaking.
B12 (3) Material flow analysis and carbon footprint in waste managementMSW regional and national mass flow analyses used as tools to verify the integrated waste management strategy: the case study of ItalyG. De Feo, C. Carotenuto, A. Grossointegrated waste management, landfilling, mass flowanalysis, separate collection; strategy
B12 (4) Material flow analysis and carbon footprint in waste managementAn input-output material flow analysis model for deriving the embedded plastics in ChinaS. Zhang, J. Li, Q. Tanembedded plastic, input-output model, intersectoral flows, recycling target, global treaty
B12 (5) Material flow analysis and carbon footprint in waste managementCarbon footprints of recycling milk cartonL. Zhang, H. Licomposite package; recyclable waste; waste classification; carbon footprint; circular economy
B12 (6) Material flow analysis and carbon footprint in waste managementRecovery of high-grade salts from Air Pollution Control Residues – First large scale Ash2®Salt plant in SwedenA. Kihl, Y. CohenAir Pollution Control Residues, Incineration, Salt Recovery, Circular Economy
B13 (1) Environmental impact assessment in waste managementCircularity and sustainability of temporary housing facilities – Challenges and opportunities of environmental assessmentsJ. Zeilinger, M. Huber-HumerLCA, temporary housing, sustainable construction
B13 (2) Environmental impact assessment in waste managementEnvironmental risk assessment near a typical spent lead-acid battery recycling factory in ChinaY. Gu, X. Gaospent lead-acid battery, environmental risk assessment, exposure assessment, health risk, recycling, solid waste management
B13 (3) Environmental impact assessment in waste managementEnvironmental impact assessment of different modifications of the Viennese building stockL. Grabuschnig, J. Fellner, S. Bindreiterconstruction and demolition waste (CDW), life cycle assessment, inward development, soil sealing
B13 (4) Environmental impact assessment in waste managementEnvironmental impact and cost-benefit analysis of municipal solid waste collection, transportation and treatment system in Beijing, ChinaT. Liu, Q. Zhang, J. CaoMunicipal Waste, Environmental Impact, Cost-Benefit Analysis, Sorting Effect, Life Cycle Assessment
C01 (1) Management of unconventional wasteHousehold hazardous waste: gauging the knowledge level and its implication for domestic handling and disposal practicesP.K. Dagadu, G. Sagoe, M. Oteng-Ababiohousehold hazardous waste, waste management, extended producer responsibility, developing country
C01 (2) Management of unconventional wasteChemical, mineralogical, physical and petrographic properties and reactivity of two South African fine coal refuse and their beneficiated fractionsK. Mphahlele, R.H. Matjie, J.R. Buntgasification, reactivity, char, fine coal refuses, density separated fine coal refuse fractions, mode of occurrence, mineral matter
C01 (3) Management of unconventional wasteMining waste as a resource in the green transition: legal conditions for secondary extractionM. Pettersson, O. JohanssonMining waste, Regulations, Extractive Waste Directive, Sweden, ReeMAP-project
C01 (4) Management of unconventional wasteDealing with unexpected waste during the implementation of civil works: a case study highlighting technical, legal & safety aspectsT. Gisbertearthworks, civil works, waste, sewerage collector, waste classification, safety risks, legal, landfill gas, middle income country
C01 (5) Management of unconventional wasteDisaster waste management in response to disaster scaleK. Manabe, T. Shimaoka, S. Iwashitadisaster waste, initial response, education, training, timeline
C02 (1) Composting: strategies & pre-treatmentDeveloping new composting approaches using non-sorted biowaste compost as ingredient to obtain improved EU biofertilizersA. García-Rández, V. Blay, J. Andreu, M.D. Pérez-Murcia, C. Alvaro, M.A. Bustamante, E. Martinez-Sabater, L. Orden, S. Sanchez, R. Moralbiowaste, olive mill waste, valorization, amendment, landfill
C02 (2) Composting: strategies & pre-treatmentComposition, characterization and mechanical processing of compost oversize material from biowaste treatment plantsV. Scheff, G. Dürl, D. LanerCompost oversize material, Composition, Characterization, Mechanical processing, Separation of wood, Thermal utilization
C02 (3) Composting: strategies & pre-treatmentSanitisation of faeces by composting according to Austrian state of the artE. Binner, P. Behnisch, C. Zafiu, M. Huber-Humerrotting parameters, time-temperature regime, pathogens, endocrine substances, Calux tests, effect tests
C02 (4) Composting: strategies & pre-treatmentReusing nitrate-rich wastewater as a moisture conditioning agent during composting increases total nitrogen content of compost product by increasing nitrateD. Xie, K. Zheng, H. Wangcomposting, moisture adjustment, nitrate-rich wastewater, nitrogen conversion, denitrification
C03 (1) Composting: processes & emissionsSynergetic effect of combined biochar and nitrifying inoculum on nitrogen conservation during food waste digestate compostingD. Li, M.K. Manu, J.W.C. Wongfood waste digestate, composting, nitrifying inoculant, biochar, NH3 emission, N2O emission
C03 (2) Composting: processes & emissionsMethane and nitrous oxide emission factors for windrow composting of garden waste in Denmark based on ground-based remote sensing measurementsA.M. Fredenslund, M. Edjabu, C. Scheutzfugitive emissions, greenhouse gas, climate change, organic waste, tracer dispersion
C03 (3) Composting: processes & emissionsOdor characteristics and health risks of gas emissions during solid waste biotreatment and landfillingY. Wang, H. Zhang, F. Lü, P. Hesolid waste, biotreatment, landfill, odor, health
C03 (4) Composting: processes & emissionsBacillus bacteria as carbon monoxide producers during composting: lab-scale evaluationK. Sobieraj, D. Derkacz, A. Krasowska, A. Białowieccomposting, carbon monoxide, Bacillus paralicheniformis, Bacillus licheniformis
C04 (1) Anaerobic digestion: processes & biogas productionIntensified methane content in biogas by low-thermal processing of waste activated sludgeA. Kasinath, W. Artichowicz, H. Byliński, A. Remiszewska-Skwarek, M. Szopińska, E. Zaborowska, A. Luczkiewicz, S. Fudala-Ksiazekwaste activated sludge, disintegration, microbiota profiling, anaerobic digestion, methane, energy efficiency
C04 (2) Anaerobic digestion: processes & biogas productionThe loop fermenter – Demonstration of a novel biogas process for residual lignocellulosic biomassO. Larsen, M. Spahr, M. Fechter, T.-L. Vu-Han, L. Fechter, V. Rotterloop fermenter, biogas plant, lignocellulose-rich substrates, material flow analyses
C04 (3) Anaerobic digestion: processes & biogas productionLab-scale characterisation of bioenergy potential from green waste through anaerobic digestion: thermophilic versus mesophilic conditionsA. Folino, A. Randazzo, F. Tassi, F. Tatàno, S. de Rosa, A. Gambiolianaerobic digestion; biochemical methane potential; biogas; characterisation; green waste; thermophilic vs mesophilic conditions; VOCs
C04 (4) Anaerobic digestion: processes & biogas productionNew insight into autogenic pressure on solid-state food waste fermentationL. Luo, J.W.C. WongLeach bed, Lactate, Butyrate, Metabolic pathways, Homoacetogenesis
C04 (5) Anaerobic digestion: processes & biogas productionBiochemical methane potential of biostabilised organic waste destined for landfilling: evaluation under mesophilic and thermophilic conditionsM. Carchesio, M. Di Addario, F. Tatàno, S. de Rosa, A. Gambiolibiochemical methane potential; biostabilisation; landfilling; mechanical biological treatment; mesophilic and thermophilic conditions; organic waste
C04 (6) Anaerobic digestion: processes & biogas productionBioplastics influence on anaerobic digestion of organic fraction of municipal waste (OFMSW)R. Tomczak-Wandzel, B. Szatkowskabioplastics, anaerobic digestion, organic fraction of municipal waste (OFMSW), biogas potential
C05 (1) Biorefinery processesBBCircle – Assessment of a new circularity indexG. Farabegoli, A. Marrapodi, F. Minniti, F. Tatti, G. Costa, L. Lombardi, A. Polettini, R. Pomi, A. Rossibiofuels, biomaterials, biorefinery, circularity index, life cycle assessment, organic waste
C05 (2) Biorefinery processesEnhance ethanol-driven carboxylate chain elongation by Pt@C in simulated sequencing batch reactors: process and mechanismW. Huo, R. Ye, Y. Shao, M. Bao, R. Stegmann, W. LuCaproate; CO2 uptake; Pt@C
C05 (3) Biorefinery processesLow-thermal pretreatment of food waste substrate prior to fermentation for medium chain carboxylic acids productionI. Kontogeorgos, H. Byliński, M. Szopińska, V. Shankar, A. Luczkiewicz, S. Fudala-Ksiazeklow-thermal pretreatment, OFMSW, biorefinery, microbial community, biomethane potential
C05 (4) Biorefinery processesRecovery of high-value products from liquid digestate beyond biogas and humusF. Lü, Z. Wang, Y. Liu, J. Guo, P. Hebiowaste, high value-added products, digestate, organic acids recovery, desalination
C05 (5) Biorefinery processesEnvironmental evaluation of a novel biorefinery configuration for the recovery of biopolymers (PHA): a Life Cycle AssessmentF. Pasciucco, E. Rossi, I. Pecorinibiopolymers, anaerobic biorefineries, organic waste, life cycle assessment.
C05 (6) Biorefinery processesCoffee roasting byproducts. Two technologies compared: anaerobic digestion and direct combustion. A case studyG. Campo, D. Panepinto, V.A. Riggio, A. Cerutti, M. Ravina, M. ZanettiCoffee production waste -Combustion -Anaerobic digestion -Tab testsEnergy recovery -Environmental Compatibility
C05 (7) Biorefinery processesWaste to Olefins: experimental review of new chemical recycling conceptsM. Materazzi, H. Zhu, M. Babkoor, A. Cavaliere, M.-O. Coppenschemical recycling, waste thermal treatment, circular economy, olefins, plastics
C06 (1) Food waste generation & managementDevelopment of a simulation model to carry out technical-economical analysis of a food waste valorisation processL. Preite, G.P.C. Tancredi, A. Paini, G. Vignalifood waste, waste valorisation, circular economy, process simulation, technical-economic analysis
C06 (2) Food waste generation & managementWhich food parts are considered edible and should be included in food waste reduction targetsT. Okayama, K. Watanabe, H. YamakawaSDG target 12.3, avoidable food waste, vegetable skin, questionnaire survey, Japan
C06 (3) Food waste generation & managementFood waste generation in school cateringG. Obersteiner, S. Luck, R. Ottner, E. Schmiedfood waste, school catering, sorting analyses
C06 (4) Food waste generation & managementRepresentative study on food waste generation in Austrian householdsG. Obersteiner, S. Luck, L. Ortega Menjivar, E. Schmiedfood waste, household, online survey, cluster analysis
C06 (5) Food waste generation & managementDevelopment and investigation on an effective intervention method with a ‘nudge’ factor for reducing avoidable food waste from householdsK. Watanabe, T. Okayama, H. Yamakawa, M. Nonomura, Y. SetaSDG 12.3, household food waste, social experiment, sorting analysis, questionnaire survey, Japan
C07 (1) Food waste minimizationReducing food waste in Swedish school catering: testing the effectiveness of nudgingN. Sundin, C. Malefors, L. Bartek, M. Erikssonfood waste prevention, plate waste, school meals, public catering, awareness campaign, food systems
C07 (2) Food waste minimizationInterventions to prevent household food waste with supporting tools: effects on awareness and food waste reductionY. Seta, H. Yamakawa, T. Okayama, K. Watanabe, M. Nonomurahousehold food waste, intervention, ICT, Refrigerator organization, cloud-based measuring
C07 (3) Food waste minimizationUnveiling the key success factors for effective surplus food donation – A case study from SwedenN. Sundin, L. Bartek, C. Malefors, M. Erikssonfood waste management, food rescue, surplus food redistribution, material flow analysis, food donation model, food security
C07 (4) Food waste minimizationReducing waste of eggs in supermarkets – Evaluating the impact of a policy changeM. Eriksson, L. Bartek, N. Sundin, C. MaleforsWaste of eggs, policy impact, EC853/2004, food legislation
C07 (5) Food waste minimizationPromotion of “Use-Up Day” by local governments in Japan: influence of waste reduction campaigns on household food waste behaviorM. Nonomura, H. Yamakawa, T. Okayama, K. Watanabe, Y. Setahousehold food waste, campaigns, local government, consumer behavior, intervention, Use-Up Day
C08 (1) Waste in agriculturePlasma-chemical processing of agricultural waste: numerical analysis and experimentO.A. Lavrichshev, V.E. Messerle, A.L. Mosse, G. Paskalov, M.N. Orynbasar, A.B. Ustimenkowaste, plasma gasification, synthesis gas, thermodynamic calculation, experiment
C08 (2) Waste in agricultureOlive mill solid waste for added value applicationsH.N. Abu Tayeh, Y. Gerchman, J. Asscher, J. Venus, R. Schneider, H. Azaizeholive mill solid waste, bioenergy, lignocellulose, experiment design, biosolids management and valorization
C08 (3) Waste in agricultureEvaluation of the impact of biogas plant introduction on material cycle in dairy farming area in JapanS. Ochiai, K. Ishii, G. Ham, T. Furuichibiogas plant, GHG, carbon, nitrogen, material cycle, dairy farming area
C08 (4) Waste in agricultureFertilization potential of recovered sulfur from biogas purificationT. Hoang, O. Larsen, J. Kurz, V.R. Rotter, L. Fechterbiogas purification, sulfur recovery, H2S filter, biogas technology, recyclability assessment, sulfur fertilizer
C08 (5) Waste in agricultureThe hidden value of agri-food residues, revealed and boosted through a circular approach: Agro2CircularM. Faraldi, R. Prugger, F. Monzò Sánchez, S. Martinez Lopezcircular economy, food waste, fruit and vegetables, upcycling
C08 (6) Waste in agricultureEngineered recovery of bioactive substances from the residues of hazelnut agro-industrial processingM. Miccio, B. Tauleigne, M. Fraganza, P. Brachi, D. Albanesehazelnut, cuticle, Soxhlet extraction, continuous extraction, mass balances, waste valorization
C09 (1) Anaerobic digestion: biohydrogen & other advanced aspectsIdentification of stability indicators for in-situ biomethanation during dry batch fermentation of biowaste: literature review and statistical analysisS.M. Ng, A. Kosheleva, M. Petersmann, I. Atamaniuk, K. KuchtaPower-to-Gas (PtG), In-situ biomethanation, Dry-batch fermentation, Process parameters, Stability indicators, Statistical analysis
C09 (2) Anaerobic digestion: biohydrogen & other advanced aspectsPotential for bio-hydrogen production from organic waste in a large South African Metropolitan MunicipalityA. Dell’Orto, C. Troisdouble-stage AD, bio-hydrogen, organic waste, WROSE™ model
C09 (3) Anaerobic digestion: biohydrogen & other advanced aspectsIn-situ hydrogen biomethanation in dry discontinuous fermentationA. Kosheleva, S.M. Ng, M. Petersmann, K. Kuchtapower-to-gas, in-situ biomethanation, biogas, dry discontinuous anaerobic fermentation
C09 (4) Anaerobic digestion: biohydrogen & other advanced aspectsA combinatorial optimization study of food waste anaerobic digestion pre- and post-treatments by using P-graph methodD.D. Zhao, H.R. Yuan, Y. Chen, D.Z. Chenfood waste, anaerobic digestion, pre-treatment, post-treatment, sustainable design
C09 (5) Anaerobic digestion: biohydrogen & other advanced aspectsEnhancing energy recovery from cheese whey through dark fermentation combined with different bio-electrochemical processesM. Falzarano, T. Kamperidis, G. Kanellos , G. Lyberatos, A. Polettini, R. Pomi, A. Rossi, A. Tremouli, T. Zonfabio-hydrogen production, dark fermentation, cheese whey, bio-electrochemical systems
C09 (6) Anaerobic digestion: biohydrogen & other advanced aspectsAssessing the impact of sewage sludge from different wastewater treatment technologies on biomethane potential in anaerobic co-digestion assayM. Kumari, M.K. Chandelwaste to energy, anaerobic co-digestion, sewage sludge, municipal solid waste, physicochemical characterization
C10 (1) Greenhouse gases in biowaste managementCircular economy of food waste digestate compostingJ.W.C. Wong, M.K. Manu, D. LiCircular economy, food waste digestate, composting, nitrogen conservation
C10 (2) Greenhouse gases in biowaste managementEffective GHG mitigation from composting with the use of biochar from compostS. Stegenta-Dabrowska, P. Telega, M. Dworniczak, E. Sygula, M. Bednikcomposting, biochar, GHG emissions, process intensification, carbon monoxide
C10 (3) Greenhouse gases in biowaste managementRecovery potential of Nitrogen and Phosphorus from biomass waste management system and their impact on GHG emission in JapanG. Ham, N. Shinoda, K. Ishii, S. Ochiaiorganic wastes, nitrogen and phosphorus flow, MSW, sewage sludge, livestock manure
C10 (4) Greenhouse gases in biowaste managementEstimation of GHG emissions for different food waste categories from restaurants – Case study of Novi Sad (Serbia)B. Batinic, I. Berezni, B. Tot, T. Marinkovic, G. Vujicfood waste, quantity, composition, restaurants, GHG emissions
C11 (1) Advanced wastewater tretamentEffect of operational parameters on photocatalytic removal of acetaminophen using green synthesized zinc oxide nanoparticleN.O. Sanjeev, E.V. Aswathyacetaminophen, activated carbon, azadirachta indica, emerging contaminants, photocatalyst, zinc oxide
C11 (2) Advanced wastewater tretamentRemoval of phenol from waste water using fenton processA. Abhiram, N.S.B. Virinchi, N. Sai Chandra, S. Saji,Bibin, T.S. Anantha Singh, G.K. VargheseCashew-nut shell liquid (CNSL), Phenol, Fenton Reaction, COD, TOC & IC
C11 (3) Advanced wastewater tretamentEffects of different bio-carriers in moving bed biofilm reactors for high-strength nitrogen wastewater treatmentD. Jang, J. Won, S. Kang, A. Jangbio-carrier, moving bed biofilm reactor, high-strength wastewater treatment, nitrification, microbial community
C11 (4) Advanced wastewater tretamentAvocado seed and custard apple seed as natural coagulants for the treatment of grey waterK.K. Basaira Thamanna, A.K. Anjana, A. Gautam, Anusree, T.S. Anantha Singh, E.V. AswathyAvocado seed, Custard apple seed, Greywater, natural coagulants, Turbidity, COD, Removal efficiency
C11 (6) Advanced wastewater tretamentWastewater treatment by using Black Soldier Fly larvae: principles & resultsV. Grossule, M.C. LavagnoloHermetia Illucens, resourse recovery, protein, lipids, biological treatment
C11 (7) Advanced wastewater tretamentWaste minimisation in wastewater treatment: the potential of aerobic stabilization in drastic sludge reductionM. Domini, G. Bertanzaareation, aerobic stabilisation, sewage sludge, waste reduction
C12 (1) Soil remediationEffects of urban contaminants and reclaimed materials on soil functionsM. van Praagh, J. Jennerheim, C. Marburger, M. Hansson, E. Hammersoil functions, ecotoxicity, asphalt, PAH, pesticides, pelargonic acid, earthworms, C&D waste
C12 (2) Soil remediationRice growth and soil enzyme activities in lead contaminated InceptisolA. Khandelwal, M. Shrivastavalead, translocation factor, soil enzymatic activities, plant enzymatic activities
C12 (3) Soil remediationSource apportionment of heavy metals and organic compounds at a contaminated site using Monte Carlo AnalysisL. Priya, G. K. VargheseContaminated site, Monte Carlo Analysis, Remediation, Source apportionment, Waste management
C12 (4) Soil remediationPollutant treatment performance of Passive Convergence-Permeable Reactive Barrier (PC-PRB): a case studyK. Zheng, H. Wangpassive convergence-permeable reactive barrier; hydraulic performance evaluation; pollutant treatment performance evaluation; numerical simulation; sensitivity analysis
C12 (5) Soil remediationDepositions from air on soil present an efficient forensic tool to establish past air pollution incidentsA.G. Bindu, E.V. Aswathy, G.K. Vargheseenvironmental forensics, fireworks display releases, atmospheric deposition, heavy metal
C12 (6) Soil remediationTreatment of hydrocarbon-contaminated soil with biosurfactants obtained from agricultural wasteT. Ambaye, A. Franzetti, A. Bava, L. Mellere, M. Vaccaribiosurfactant, agricultural waste, microbial electrochemical treatment, landfarming, petroleum hydrocarbon, bioremediation
C12 (7) Soil remediationChallenges associated with the remediation of high organic soilsM. Somaniorganic solis, challenges, remediation
C13 (1) Packaging waste: recyclingAssessment of the recovery potential of recyclables via automated sorting of municipal solid waste – A case study from AustriaD. Blasenbauer, A-M. Lipp, J. Fellner, J. Lederermunicipal solid waste, recycling rate, packaging waste, material recovery facility, sorting
C13 (2) Packaging waste: recyclingStatus, lack and increase potentials of recycling rates for packaging waste: a case study from Tyrol, Western AustriaA.-M. Lipp, D. Blasenbauer, J. Lederermixed municipal solid waste, packaging waste, sorting, recycling rates, material flow analysis
C13 (3) Packaging waste: recyclingRecycling of polyolefin packaging for food applications: requirements and gapsZ.K. Chong, K. Kuchtaplastic recycling, packaging, food-contact materials, contaminants, polyolefins
C13 (4) Packaging waste: recyclingEnd-of-life modelling and environmental evaluation of paper packaging wasteA. Paini, G. Vignalipaper, packaging, end of life, Life Cycle Assessment, recyclability
C13 (5) Packaging waste: recyclingPerformance characteristics of a pilot-scale plastics waste gasifier using oxygen-enriched air and steamG. Calì, F. Parrillo, C. Boccia, F. Ardolino, A. Pettinau, U. Arenagasification, mixed plastics waste, chemical recycling, waste-to-chemicals
D01 (1) Waste generation & characterizationIdentification of variables related to household solid waste generation forecasting in residential areasL. Izquierdo-Horna, R. Kahhat, I. Vázquez-Roweeconomic variables, environmental variables, food waste, machine learning, sociocultural variables, waste management
D01 (2) Waste generation & characterizationModelling commercial waste generation as share of municipal residual waste collectionP. Beigl, A. Happenhofer, R. Ottner, S. Salhofercommercial waste, municipal solid waste, modelling, residual waste
D01 (3) Waste generation & characterizationTechnical-analytical procedures for the verification of the quality of waste management services in a metropolitan city: the experience of Roma CapitaleG. Ferrari, R. Ferrari, L. Ianelliwaste collection, case study, metropolitan area, Rome, waste characterization
D01 (4) Waste generation & characterizationNew ideas for smart waste management: machine learning assisted rapid identification of characteristics of Municipal Solid Waste (MSW)Y. Qi, P. He, D. Lan, H. Xian, F. Lü, H. Zhangmunicipal solid waste, machine learning, waste classification, waste identification, smart waste management
D01 (5) Waste generation & characterizationConsiderations on waste characterization and the production of energy: how useful can waste be?A. Ramoswaste-to-energy, thermalconversion, sustainability, energy efficiency
D01 (6) Waste generation & characterizationPersistent organic chemicals in the Irish waste streamM. Sharkey, D. Drage, W. Stubbings, M. Coggins, H. Berresheim, S. HarradPOPs, Emerging Contaminants, BFRs, PFAS, Recycling, Waste, Circular Economy, Childcare Articles, WEEE, Textiles
D02 (1) Separate waste collectionDeveloping robust KPIs for waste collection and composition: lessons learned from residual, paper and biogenic waste composition analysesP. Beigl, A. Happenhoferwaste characterization, municipal solid waste, modelling, residual waste, waste paper, biogenic waste
D02 (2) Separate waste collectionMunicipal policies for promoting household plastic recycling in JapanH. Yamakawawaste separation/sorting, monitoring and enforcement, recycling apps, retailers’ cooperation
D02 (3) Separate waste collectionFood waste collection versus food waste disposers: the case study of a Portuguese cityP. Rodrigues, R. Rodrigues, F. David, N. Melo, E. Soareswastewater treatment plant, foodwaste, disposers, economic aspects, environmental aspects
D03 (1) Combustion technologies: strategies & advanced issuesReaching EU recycling targets: influence on SRF qualityM.J. Enengel, S.A. Viczek, R. Sarcrecycling, mixed municipal waste, mixed commercial waste, refuse-derived fuels (RDF), lower heating value (LHV)
D03 (2) Combustion technologies: strategies & advanced issuesOverview on pollution control technologies in waste combustion plants: analysis on the environmental aspectsD. Panepinto, M. Zanettithermal treatment, flue gas depuration line, macro and micro pollutants, Hg removal
D03 (3) Combustion technologies: strategies & advanced issuesEfficient thermal utilization of compost oversize material: processing steps for the improvement of fuel quality and combustion behaviorV. Scheff, G. Dürl, H. Ali Raza, K. Kätzl, D. LanerCompost oversize material, Fuel quality, Pre-processing, Combustion, Slagging
D03 (4) Combustion technologies: strategies & advanced issuesRecent insights into the use of smouldering combustion for waste managementT. Rashwan, T. Fournie, M. Zanoni, C. Switzer, J. Torero, G. Grant, J. Gerhardsmouldering combustion, thermal treatment, process scale-up, heat losses, emissions, ash, circular economy
D03 (5) Combustion technologies: strategies & advanced issuesScenarios for waste incineration in a regional waste management system for EuropeV. Bisinella, A.S. Varling, T.H. ChristensenWaste, incineration, import, energy recovery, climate change impacts, carbon capture, CCS
D04 (1) Pyrolysis: processes & performancePyrolysis – An Integral Link in the Circular EconomyC. Eden, R. EdenPyrolysis, gasification, municipal solid waste, refuse derived fuel, sustainability, emissions
D04 (2) Pyrolysis: processes & performanceEffect of plastic melting on pyrolysis process of biomass in bubbling bedM. Wang, X. Song, T. Jia, L. Yin, D. Chen, X. Mapyrolysis plastic melt
D04 (3) Pyrolysis: processes & performanceEx-situ thermo-catalytic upgrading of pyrolysis volatiles from end-of-life (EoL) fibre reinforced polymer (FRP) waste: catalyst screening study on a fixed bed reactorA. Serras Malillos, S.D. Stefanidis, S. Karakoulia, A.A. Lappas, A. Lopez-Urionabarrenechea, E. Acha, B.M. Caballerozeolite screening, fixed bed reactor, fibre-reinforcedpolymer recycling, pyrolysis, oil upgrading,carbon/glass fibre
D04 (4) Pyrolysis: processes & performancePyrolysis and oxidative pyrolysis of palm kernel shells using a continuous two-stage pyrolysis process for the production of phenol-rich oil: the effect of the reaction temperature and the concentration of oxygen in fluidizing mediumD.Y. Chae, J.K. Kim, K.B. Park, J.S. Kimpalm kernel shells, Biomass-derived phenol, continuous two-stage pyrolysis, oxidative pyrolysis
D04 (5) Pyrolysis: processes & performancePrediction of MSW pyrolysis products based on deep artificial neural networksY. Zang, D. Chen, S. Ge, L. YinMSW, artificial neural networks, pyrolisys
D05 (1) Waste management in Developing CountriesWaste picker rights and social inclusion: the creation of a university with knowledge democracyJ. Gutberlet, I. de Carvalho Vallinwaste picker, education, recycling, university, knowledge democracy
D05 (2) Waste management in Developing CountriesUsing nationally representative household surveys to estimate waste arisings in developing and low-income countriesP.J. Shaw, J.A. Wright, M.L.H. Thomas-Possee, A.G. Hill, J. Okotto-Okotto, L. Okotto, M. Dzodzomenyohousehold surveys, waste arisings estimation, developing low income
D05 (3) Waste management in Developing CountriesRole of SCIP plastics project to mitigate plastic pollution in Khulna region of BangladeshP. Subrata, I.M. Rafizul, M. Alamgir, S.K. Sarkar, E. Kraft, G. Biastoch, S. Setu, J.A. Saju, A.A. Nomanplastics, pollution, waste management, waste generation, recycling shop, landfill
D05 (4) Waste management in Developing CountriesQuantifying plastic emissions to assess the environmental impact of open landfill sitesS. Berner, S. Setu, H.M. Nahid, E. Kraft, I.M. Rafizulplastic waste, landfills, modelling, developing countries, Bangladesh
D05 (5) Waste management in Developing CountriesThe state of the waste tyre recycling industry in South Africa, post Covid-19, within a circular economy frameworkN. Mahdjoub, A. Amrapersad, C. TroisWaste Tyres, Recycling, Circular Economy, Waste Management Strategies, Policies
D06 (1) Education & communicationHow an innovative environmental education program can help the waste management sectorG. De Feoenvironmental education, Greenopoli, Life Cycle Thinking, sustainability, waste
D06 (2) Education & communicationGreening humanitarian aid: integrating solid waste management into WASH emergency response trainings – A case study of the Austrian Red Cross training planJ. Zeilinger, G. Eckerwaste management in emergencies, education and training, disaster waste management, WASH, green response
D06 (3) Education & communicationLIFE-C: promoting Life Cycle thinking in higher educationL. Lombardilife cycle assessment, sustainability, education
D06 (4) Education & communicationIs it possible to transform citizens’ reluctance towards reusing personalized objects? The case of discarded bed mattressesB. Haugediscarded mattresses, citizen engagement, qualitative methods, reuse, change of behaviour, waste generation patterns, empowerment
D06 (5) Education & communicationPromoting the separate collection of biowaste through citizen engagementV. Leppälä, S. Vanhamäki, K. Manskinenbiowaste, citizen engagement, separate collection
D07 (1) Thermal recycling of plastic wasteAdvanced recycling technologies for mixed plastics waste. A reviewU. Arena, F. Parrillo, C. Boccia, F. Ardolinomixed plastics waste, chemical recycling, physical recycling, waste-to-plastics, waste-to-fuel, waste-to-chemicals, technological readiness level
D07 (2) Thermal recycling of plastic wasteHydrogen from plastic waste: effects of feedstock composition on product characteristicsA. Veksha, Y. Wang, G. Lisakcarbon, hydrogen, marine plastic litter, post-consumer plastics, pyrolysis, thermolysis
D07 (3) Thermal recycling of plastic wasteSteam gasification of waste plastic using a two-stage gasifier for producing clean hydrogen-rich syngas with active carbonH.J. Kim, J.W. Kim, J.S. Kimwaste plastic, gasification, hydrogen, thermochemical conversion, recycling
D07 (4) Thermal recycling of plastic wasteThermochemical conversion of plastic-rich waste coming from sorting of municipal solid waste (MSW) into oils of interest for the petrochemical industryB.B. Perez-Martinez, A. Lopez-Urionabarrenechea, E. Acha, B.M. Caballero, A. Serras-Malillos, J. de la Torre-Bilbaopyrolysis, oils, wax, aromatics, MSW, heating rate, flash pyrolysis
D07 (5) Thermal recycling of plastic wasteHydrothermal gasification of plastic: exploratory study for the conversion of waste to hydrogen as a zero-carbon fuelS. Lotfi, M. Beaulne, J.-C. Morais, W. Ma, K. Austin, J. ButlerPlastic waste, hydrothermal gasification, hydrogen, catalyst, automotive fluff
D08 (1) Fly ash: characterization & treatmentMaterial recovery in waste-to-energy fly ash treatmentM. Šyc, E. Korotenko, J. Jadrný, T. Baloch, P. Mašínfly ash, metal recovery, gypsum, waste-to-energy
D08 (2) Fly ash: characterization & treatmentBehavior of landfilled stabilized fly ash treated by different treatment methods for the past 27 yearsJ.M.C. Tan, A. Saffarzadeh, T. Shimaokamunicipal solid waste incineration, fly ash, long-term stability, landfill, chelate/acid-treatment, compost
D08 (3) Fly ash: characterization & treatmentPossibilities of fly ash/APCr treatment in waste-to-energy plant: the environmental perspectiveE. Korotenko, M. Syc, J. Jadrny, T. Baloch, P. Masin, L. GricWtE, fly ash/APCr treatment, resource recovery, environmental properties
D08 (4) Fly ash: characterization & treatmentTailoring low-carbon cementitious materials with high GGBS incorporation for stabilization/solidification of MSWI fly ashY. Zhang, D.C.W. Tsangzinc, lead, municipal solid waste incineration fly ash, hazardous waste treatment, low-carbon binders
D08 (5) Fly ash: characterization & treatmentSingle particle fly ash analysis for improved elemental correlation outcomes in synchrotron-based NanoXRFA. R. Jahangiri, S. Sala, B. Ebin, C. Nilsson, K. Karlfeldt Fedje, J. Risslerfly ash, synchrotron, nanoxrf, image processing, opencv
D08 (6) Fly ash: characterization & treatmentSafe reutilization of MSWI fly ash from grate furnace and fluidized bed incinerator via a co-reduction processW. Qi, J. LiuMSWI fly ash, grate furnace, fluidized bed incinerator, co-reduction process
D09 (1) MSWI bottom ash: characterization & recovery opportunitiesTreatment of MSWI bottom ash from grate incineration and fluidized bed combustion: a comparisonJ. Mühl, S. Hofer, D. Blasenbauer, F. Feher, J. Lederermunicipal solid waste incineration, incineration bottom ash treatment, fluidized bed incineration, glass recycling
D09 (2) MSWI bottom ash: characterization & recovery opportunitiesChemical analysis of the output-flows of an IBA processing plant in Austria – The fate of Pb and CdS. Hofer, J. Mühl, J. Ledererincinerator bottom ash, circular economy, substance flow analysis, recycling
D09 (3) MSWI bottom ash: characterization & recovery opportunitiesUtilisation of MSWI bottom ash in Denmark – A valuable contribution to the circular economyO. Hjelmar, J. Hyks, J. Kallesøe, S. Dyhr-JensenDenmark, MSWI bottom ash, bottom ash gravel, utilisation, circular economy, legislation, environmental protection, leaching, limit values, characterisation, classification, certification, processing, application, metals
D09 (4) MSWI bottom ash: characterization & recovery opportunitiesOptimization of a selective fragmentation process for the improvement of copper recovery in the incineration bottom ash fine fractionH. Muñiz Sierra, M. Syc, F. Meneces Fuertesincineration bottom ash, copper, liberation process, comminution, milling
D09 (5) MSWI bottom ash: characterization & recovery opportunitiesDust emissions and deposition during construction works with recycled MSWI-bottom ashM. van Praagh, J. Lundberg, J. Rissler, A. Rundegren, A. Larsson, S. Janhällbottom ash, dust emissions, deposition, occupational health, environmental risk assessment
D10 (1) Bottom ash in concrete production: process & environmental behaviorProcessing routes for municipal waste incineration bottom ash as a substitute for aggregates and binders in concreteD. Laner, I. Vateva, M. Laabs, B. Middendorfbottom ash treatment, mechanical processing, waste utilization, construction material
D10 (2) Bottom ash in concrete production: process & environmental behaviorProperties of concretes containing fluidized bed combustion bottom ash as partial substitute for natural aggregateF. Feher, J. Mühl, J. Hron, O. Zeman, J. Lederermunicipal solid waste incineration, fluidized bed incineration, fluidized bed combustion bottom ash, concrete, properties of concrete
D10 (3) Bottom ash in concrete production: process & environmental behaviorInitial screening of leaching of per-and polyfluoroalkyl substances (PFAS) from Danish municipal solid waste incineration bottom ash used as secondary aggregateJ. Hyks, O. Hjelmarperfluoroalkyl and polyfluoroalkyl substances, bottom ash, leaching
D10 (4) Bottom ash in concrete production: process & environmental behaviorProposal of a tiered risk-based approach for evaluating the utilisation potential of mineral fractions from incineration bottom ash treatmentL. Acampora, G. Costa, F. Lombardi, C. Mensi, I. Verginellimineral fraction, bottom ash, leaching tests, tiered approach, risk assessment, End-of-Waste
D11 (1) Carbon capture based processesGas pretreatment for CCS in Waste-to-Energy plantsS. Andersson, M. BiermannWaste-to-Energy, gas treatment, DCC, DCCPS, CCS, post-combustion, oxyfuel
D11 (2) Carbon capture based processesEnergy demands of membrane-based carbon capture at a waste-to-energy plantB. Zach, J. Pluskal, J. Jadrny, R. Somplak, J. Kudela, M. Syccarbon dioxide, membrane separation, carbon capture, multicriteria optimization, waste incineration
D11 (3) Carbon capture based processesCharacteristic of CO2 sequestration in steel slag wastes at elevated temperature and longer contact timeK. Elyasi Gomari, S. Rezaei Gomari, D. Hughes, T. Galadanchi Ahmedsteel slag waste, mineral carbonation, elevated temperature, contact time, CO2 sequestration, zero emissions
D11 (5) Carbon capture based processesInvestigation of carbonation-based processes to obtain products from industrial alkaline residues while storing CO2 in the framework of the BBCircle projectA. Masi, G. Costacarbonation, CO2 storage, CO2 utilisation, industrial residues, circularity
D12 (1) Performance of covers Vs landfill lifetimeImpact of the projected climate change on the water balance of landfill cover systems in Germany – Simulation results of HELP 3.95 DK. Berger, E. Mysina, A. Eschenbachcover system, landfill, water balance, climate change, modelling, simulation, HELP model, IPCC
D12 (2) Performance of covers Vs landfill lifetimeAssessment of the durability of Dutch landfill covers, a case study of BavelF. Molema, H. Geusebroek, R. van Wijhefinal top cover, barrier performance, lifetime assessment research, aftercare, mineral layers, geomembrane, case study
D12 (3) Performance of covers Vs landfill lifetimeBiochar for methane mitigation in landfill cover: properties and mechanismsX. Bai , D. Huang, Q. XuMethane oxidation; biochar; landfill cover soil; extracellular polymeric substances
D12 (4) Performance of covers Vs landfill lifetimeCapping of old unlined landfills: shifts on microbial populations and contributions to metals precipitationA.K. Martins Morita, I. K. Sakamoto, M.B.A. Varesche, E. Wendlandmunicipal solid waste, 16S rRNA, metals precipitation, landfill cover
D12 (5) Performance of covers Vs landfill lifetimeAttenuation of volatile inorganic and organic compounds in landfill cover soils treated with sewage sludge and landfill leachateG. Viti, A. Randazzo, S. Venturi, F. Tatàno, F. Tassibiogas, laboratory experiment, landfill cover soil, landfill leachate, sewage sludge, VOCs
D12 (6) Performance of covers Vs landfill lifetimePlant selection for landfill phytocaps: Australian case studiesR.N. Michael, T.D.H. Kim, R. Fernandoplant selection, site assessment, natural analogues, multi-benefit design, ecological services, phytocap, evapotranspiration landfill cover, landfill rehabilitation, landfill capping, Australian native plants
D13 (1) Aftercare and sustainability of landfillsSustainable landfill design in a climate of changeN. Ruxton, A. NovianiClimate Change, Extreme Rainfall, Failure, Landfill, Landfill Design, Landfill Failure, Landslide, Prescriptive Approach, Risk-Based Approach, Slope Failure, Waste
D13 (2) Aftercare and sustainability of landfillsRestoring landfill covers into Natura 2000 habitats and biotope for EU-protected speciesA. De Vocht, T. Smeets, W. De Witte, L. Van Doninckbiodiversity, Nature 2000, bird directive, habitat restoration
D13 (3) Aftercare and sustainability of landfillsGIS to identify the value of ecological rehabilitation of landfillsV.R. Chulliparambil, H. Shearer, T. Matthews, J. Cortes Ramirez, R. Michaellandfills, after-use, ecological rehabilitation, connectivity, endangered species habitat
D13 (4) Aftercare and sustainability of landfillsEvaluation of groundwater hydrology system associated with a landfill in ColombiaC. Nieto, E. Vazquez-Suñè, J.J. Velascolandfill, leachate, statistical analysis, leachate aquifer contamination, natural attenuation, groundwater remediation
D13 (5) Aftercare and sustainability of landfillsEffect of landfill age and rainfall on pollution potential of landfill leachateT. Singh Bisht, D. Kumar, B. J. Alappatlandfill leachate, revised leachate pollution index, leachate pollution, municipal solid waste
E01 (1) Landfill processes modelling & simulationThree landfills, six treatments, sixteen landfill simulation reactorsN. Quist, F. van Raffe, R.N.J. ComansActive treatment, Contaminant Partitioning, Landfill simulation reactors
E01 (2) Landfill processes modelling & simulationMechanisms governing carbon and nitrogen pathways during enhanced waste degradation in landfill simulator reactorsC.F. Andrade, A.-C. Dieudonne, J. Gebert, T. Heimovaaranitrogen, sorption, municipal solid waste, inhibitions,boundary conditions
E01 (3) Landfill processes modelling & simulationSimulation of complex leachate generation patterns using an updated empirical methodK. Knoxlandfill, leachate, water balance, modelling, prediction, buffer storage, treatment capacity
E01 (4) Landfill processes modelling & simulationA three-dimensional numerical model to predict future leachate generation in landfill sites under climate changeK. Ishii, M. Narita, S. Ochiai, G. Hamclimate change, leachate generation, long-term prediction, adjusting reservoir
E01 (5) Landfill processes modelling & simulationComparing modelled, recovered and generated gas in a MSW landfill under leachate recirculationN. Meza, T. Heimovaara, T. Kanen, J. Gebertin-situ stabilization, leachate recirculation, landfill
E02 (1) Landfill gas extraction & utilizationAutomated control system for biogas extractionM. Giovannetti, G. Cordarolandfill, biogas, Internet of things, automation, climate change, GHG emissions
E02 (2) Landfill gas extraction & utilizationAssessment of landfill gas storage and application regarding energy management: a case study in the province of Quebec, CanadaT. Malmir, D. Lagos, M. Héroux, U. Eickerlandfill gas, CH4 storage, gas collection data, energy management
E02 (3) Landfill gas extraction & utilizationUsing landfill gas as a source of electricity instead of a source of pollutionS. Jenningslandfill gas, methane, landfill gas-to-energy, landfill gas-to-electricity
E02 (4) Landfill gas extraction & utilizationThe upgrading of a variable quality landfill biogas to biomethane – Feedback from the operation of several upgrading unitsG. Barina, T. Denoun, O. Belkacemi, A. Trueba, M. Venturini, E. Trottinibiogas, biomethane, upgrading, big data, nitrogen, oxygen, methane, GHG, monitoring, meteorological factors
E02 (5) Landfill gas extraction & utilizationH2 injection in organic landfills for production of green natural gasP. Wens, E. Willelandfill mining, H2 injection, green methane
E03 (1) Landfill methane oxidation systemsThe Danish Biocover Initiative – Background, monitoring and statusC. Scheutz, Z. Duan, P. Kjeldsenfugitive methane emissions, greenhouse gas, climate change, methane oxidation
E03 (2) Landfill methane oxidation systemsThe Danish Biocover Initiative – Case studiesC. Scheutz, Z. Duan, P. Kjeldsenfugitive methane emissions, greenhouse gas, climate change, methane oxidation
E03 (3) Landfill methane oxidation systemsLarge-scale pilot biofilter to abate methane emissions from a depleted landfill gasJ.L. Almeida, J. Dumouchel, J.J. das Neves Santos, R. Sellez, Y. Dulac, A. Cabralbiofilter, passive methane oxidation system, landfill
E03 (4) Landfill methane oxidation systemsResilience of a methane oxidation biosystem treating residual methane emissions from a closed landfillZ.L. Kanmacher, R.G. Zytner, E. Short, A. Yochim, R. Vaillancourt, D. Lake, B.R. Nelson., Y. Dulac, A. Cabralugitive methane emissions, greenhouse gas emissions, greenhouse gas treatment, passive methane oxidation biosystems, landfill management
E03 (5) Landfill methane oxidation systemsValidation of a methane oxidation biosystem design methodY. Dulac, Z.L. Kanmacher, R.G. Zytner, A. Yochim, R. Vaillancourt, D. Lake, B.R. Nelson, A. Cabralmodeling, passive methane oxidation biosystem, compost, air permeability, unsaturated soils
E04 (1) Semi-aerobic landfill and aerationLandfill aeration as a technology to reduce the length of the aftercare period at AV Miljø Landfill, Denmark – Results of an initial pilot-scale aeration testP. Bonilla Prado, C. Scheutz, N.S. Jensen, L. Fjelsted, J.E. Larsen, A.G. Christensen, R.R. Møller, P. KjeldsenAftercare period, Landfill aeration, methane, leachate, ammonia, aerobic waste degradation
E04 (2) Semi-aerobic landfill and aerationLandfill stabilisation by enhanced aeration lessons learned and optimisation of the aerationC.R. Cruz, H. Lammenin situ aeration, landfill stabilization, landfill aeration, sustainable landfill management, carbon removal
E04 (3) Semi-aerobic landfill and aerationEffectiveness of sheet capping on semi-aerobic functioning at a landfill site in JapanS. Toyohisa, N. Fujiwara, A. Morioka, S. Nagano, S. Higuchi, K. Satoseat capping, airflow into landfill, hydrogen sulfide gas, semi-aerobic process
E04 (4) Semi-aerobic landfill and aerationSimulation of landfill gas flow around a gas monitoring well in a closed landfillH. Yoshida, A. Itolandfill gas, semiaerobic landfill, passive aeration, simulation
E04 (5) Semi-aerobic landfill and aerationThe impact of “Fukuoka Method” based semi-aerobic landfill technology on existing dumpsites: the case of Hulene landfill in Maputo, MozambiqueP.V. Queiroz Sousa, P. Cardososemi-aerobic landfill, leachate, slope failure, Fukuoka Method
E05 (1) Landfill aeration specific aspectsAssessing the efficiency of landfill aeration with a carbon mass balance approachJ. Gebert, N. Meza, C. Cruz, H. LammenIn-situ stabilization, aeration, over-extraction
E05 (2) Landfill aeration specific aspectsUnderstanding nitrogen transformation using the ratio of nitrogen to argon in landfills under in-situ stabilisationS.C. Yi, N. Meza, H. Oonk, J. Geberttracer gas, nitrogen argon ratio, nitrogen speciation
E05 (3) Landfill aeration specific aspectsPressure field tests to infer permeability of waste bodies under in situ aerationL. Duarte Campos, T. Rees-White, R. Beaven, C. Cruz, H. Lammen, J. Gebertin-situ stabilisation, pressure, connectivity, permeability
E05 (4) Landfill aeration specific aspectsInsights into leachate reduction in landfill with different ventilation rates: balance of water, waste physicochemical properties and microbial communityW. Yu, P. Jin, S. Bian, J. Yanglandfill, ventilation, leachate reduction, water balance, microbial analysis
E06 (1) Assessment and prediction of landfill gasAssessing biogas emissions from 5 landfills: measurements and predictive gas models comparison and lessons learnedE. Allegrini, M. Lozano, P. Kumar, A. Shah, O. Laurent, G. Broquet, P. Ciais, M. Kerkar, G. Mauguen, M. Nibart, V. David, D. Buty, O. Obertimethane emissions, landfill, measurements, reverse modelling, predictive biogas model
E06 (2) Assessment and prediction of landfill gasAnalysis of methane gas emission by LandGEM model from open dump landfill in Khulna of BangladeshS. Setu, I.M. Rafizul, S. Berner, M. Alamgir, E. Kraftmethane, LandGEM, landfill gas, municipal solid waste
E06 (3) Assessment and prediction of landfill gasChanges in the methane oxidation efficiency of a passive biocover system due to barometric pressureK. Kissas, A. Ibrom, P. Kjeldsen, C. ScheutzMethane oxidation efficiency, Empirical emission model, Tracer gas dispersion method, Barometric pressure
E06 (4) Assessment and prediction of landfill gasBiogas monitoring at the end of aftercare phase on a landfill site in WalloniaS. Herzet, C. Collart, E. Bietlotend of aftercare, biogas management, case study, criteria
E07 (1) Aerial based landfill monitoringValidation and application of a drone-based method for fugitive emissions quantificationC. Scheutz, N.T. Vechi, J. Knudsenmethane emission quantification, method validation, climate change
E07 (2) Aerial based landfill monitoringUAV-based whole-site methane emissions quantification at Reykjavik landfill siteN. Proietti, T. Thorbjornssonmethane flux, quantification, landfills, IPCC, unmanned aerial systems, greenhouse gases, methane flux
E07 (3) Aerial based landfill monitoringLarge-scale Canadian landfill methane quantification surveyD. Risk, E. Bourlon, R. Martino, J. Stuart, D. Ghasemi, A. Khaleghi, C. Fougère, L. Coyle, A. Kennedy, M. Boyd, G. Perrine, M. Lavoie, J. Vogt, S. Kennedy, E. Copp, M. Hammer, C. Hall, L. Gillespie, F. Vogel, S. Ars, S. Fraser, E. Gilbertsonlandfill, methane, emission, rate, estimates, sources, gaussian dispersion, inversion, mass balance, truck, drone, aircraft, regulation, Global Methane Pledge
E07 (4) Aerial based landfill monitoringUAV settlement monitoring on a sanitary landfillV. Baiocchi, A. Bosman, F. Cianfanelli, V. Marzaioli, Q. Napoleonisanitary landfill, settlement, monitoring, landfill reclamation, case studies
E08 (1) Leachate recirculationInstallation of a vadose zone monitoring system for tracer testing in a municipal solid waste landfill subject to leachate recirculationA. Stringfellow, R. Beaven, T. Rees-White, J. Smethurst, W. Powrie, T. Kanenvadose zone monitoring system, landfill, leachate recirculation, fluorescein tracer test
E08 (2) Leachate recirculationVertical heterogeneity of organic matter in the pore water of a municipal solid waste landfill subject to leachate recirculationN. Quist, F. van Raffe, T.C. Rees-White, R.N.J. ComansVadose Monitoring System, Dissolved Organic Carbon, Humic substances
E08 (3) Leachate recirculationVertical heterogeneity of contaminants in the pore water of a municipal solid waste landfill subject to leachate recirculationF. van Raffe, N. Quist, T.C. Rees-White, R.N.J. Comanslandfill pore water, vertical heterogeneity, contaminants
E08 (4) Leachate recirculationBorehole dilution tests to measure leachate flow at a recirculation landfillT. Rees-White, M. Feenstra, T. Kanen, R. Beaven, J. Gebertrecirculation, tracer tests, well tests, hydraulic properties
E09 (1) Waste landfilling: case studiesFlexible and convenient solution to monitor and model landfills with real applicationM. Coldesina, R. Casazzadiscarica di Masserano
E09 (2) Waste landfilling: case studiesLandfill gas lateral migration management: case studyC.K. Vidanaarachchi, B. DearmanLandfill Gas, Lateral Migration, low-calorific flare, pin wells, continuous gas monitoring
E09 (3) Waste landfilling: case studiesHydrogen sulphide generation and emission in landfills: new wastes, new challengesR. Gregoryhydrogen sulphide, odour, gypsum, calcium sulphate, plasterboard, MSW, methanogenesis
E09 (4) Waste landfilling: case studiesDiscovering old mine shafts under a new landfill cellA. SalihLandfill cell, mine shafts, Victoria, Australia
E09 (5) Waste landfilling: case studiesNew science in landfill fire control – Extinguishing the Caton landfill fireT. Sperling, A. Abedini, T. Thalhammerlandfill fire, oxygen suppression, hydrogen cross contamination
E10 (1) Waste management case studiesMicro-location analysis in municipal solid waste management – Comprehensive use of GIS in the Serbian villagesM. Nenkovic-Riznicmulti-criteria decision analysis, location theory, GIS, Stara Planina Mt. Nature Park, Serbia
E10 (2) Waste management case studiesAn assessment of the impact of policy interventions for organic waste in the City of Cape TownS. Kissoon, C. TroisOrganic waste management, landfills, municipalities, GHG emissions mitigation
E10 (3) Waste management case studiesThe integrated Waste Management System of Western Macedonia (IWMS), GreeceP. Kafasis, K. Tsioptsias, P. Papagorassolid waste management, integrated systems, waste treatment, recycle, reuse, reduce
E10 (4) Waste management case studiesClosing material loops through optimized communication among stakeholders of the circular economy: an example from the chemical industryA. do Carmo Precci Lopes, T. Hagedorn, A. Schlüte, B. Boeddinghaus, B. Völker, E. Ionescu, L. Wenzel, M. Cornelli, S. Mehmood, C. Binnig, L. Schebekblockchain, circular economy, information management, material flow management, waste from the chemical industry
E11 (1) Landfill miningAssessment of the landfill mining potential in inactive landfills in the State of São Paulo, BrazilC. Camolesi Guimarães, A. Muselli Barbosa, E. dos Santos Rosa Bezerra, G. Paulino Pereira, L. Guireli NettoWaste deposits, landfill, dumpsite, landfill mining, resource recovery
E11 (2) Landfill miningLandfill remediation by landfill mining – Case study of the Villadose landfillP. Tan, W. Giacetti, R. Raga, E. Villaniremediation, landfill mining, groundwater quality
E11 (3) Landfill miningRemediation by landfill mining of the Slettebakken landfill in Bergen, NorwayS. D'Haene, S. Pensaert, D. Moscalandfill minig, Slettebanken, Bergen, remediation
E11 (4) Landfill miningEvaluation of dust emission rate from landfill mining activitiesM. Zari, R. Smith, R. Ferrariemission rate, landfill mining, airborne particle, dust pollution
E13 (1) Workshop: Open issues in EU regulations on End of WasteMust the discourse change? – A review of CJEU Waste Case Law 2012-2023O. JohanssonEnvironmental Law, Circular Economy, Concept of Waste
E13 (2) Workshop: Open issues in EU regulations on End of WasteAnalysis of the End of Waste (EoW) criteriaM. Zanetti, D. Panepintowaste framework directive, End of waste, End of Waste criteria
E13 (3) Workshop: Open issues in EU regulations on End of WasteBy-product and end-of-waste technologies’ policy implications and management decision triggers for sustainable and circular use of bioresources across agriculture, forestry, and aquacultureK. Kenk, M. Kriipsalu, K. Kergeby-products, end-of-waste, policy, bioresource circulation
F01 (4) Strategie e prassi nella gestione dei rifiutiLa gestione della frazione organica dei rifiuti urbani tra riduzione e recupero di materia: l’esperienza dell’ASA di TivoliF. Girardi, G. FerrariASA Tivoli GFAmbiente forsu olio vegetale raccolta differenziata rifiuti urbani biocella compostiera di comunità autocompostaggio compostaggio locale
F02 (5) Rifiuti organici e trattamenti biologiciProseguimento dello studio sull’utilizzo in agricoltura biologica del compost di qualità nella Repubblica di San MarinoG. Barulli, G. Ferrariagricoltura biologica, compost, economia circolare, rifiuti biodegradabili, compostaggio, ammendanti, fertilizzanti
F03 (3) Recupero di materiali ed energia dai rifiutiL’approccio del progetto RE-MED all’implementazione dell’economia circolare nel settore delle costruzioni stradali riciclando i rifiuti di costruzione e demolizione e l’asfalto rigeneratoO. Yazoghli-Marzouk, Z. Jaouadi, G. Di Mino, I. Srour, A. KraiemEconomia Circolare (EC), Progetto REMED, rifiuti da costruzione e demolizione (RCD), Asfalto Rigenerato (RA), modello economico circolare (CEM), Valutazione del Ciclo di Vita (LCA), Analisi dei Costi del Ciclo di Vita (LCCA) Decisione Multi- Criteriale Quadro Making (MCDM).
F03 (5) Recupero di materiali ed energia dai rifiutiTecnologia Flameless Pressurized Oxy-combustion (FPO): si avvicina alla fase di industrializzazione la nuova frontiera per la chiusura sostenibile del ciclo dei rifiutiA. Di Biase, A. Quarta, P. Corvaglia, M. Malavasi, G. Di Salviahazelnut, cuticle, Soxhlet extraction, continuous extraction, mass balances, waste valorization
F04 (3) Discariche e sink sostenibili per i rifiuti residuiIl ruolo della evoluzione normativa sulla riduzione della produzione di percolato nelle discariche in post-gestioneG. Preda, F. Crociati, M. Neri, L. Savigni, E. Bosilandfill, leachate, multi-layer capping, carbon footprint
F05 (1) Workshop: Waste and HealthOn the complexity of the relation between the environment and human healthN. Fraeyman, S. Malfait, V. Duprez, L. Hens, E. Mortierpollutants, environment, human health, exposome
F05 (2) Workshop: Waste and HealthOne Health approach in Waste ManagementA.S.N. Ndiforngu, M.C. Lavagnoloone health, waste management and health, exposome, stressor, pollution
F06 (1) Workshop: Advanced issues in waste gasificationSteam reforming of tars in hot syngas cleaning: removal efficiency of different waste-derived catalystsF. Parrillo, C. Boccia, G. Ruoppolo, V. Arconati, F. Ardolino, U. Arenagasification, syngas cleaning, waste-derived catalysts, iron catalysts, tar removal
F06 (2) Workshop: Advanced issues in waste gasificationWaste reduction and NEWSand generation by co-gasification of sludge and municipal solid waste in SingaporeX. Fu, W.P. Chan, Y.Z. Boon, V.M.P. Chin, Y. Zhao, A. Veksha, L.Y. Ge, Y. Zhou, S.A Snyder, G. LisakNEWSand, slag, sludge, municipal solid waste, incineration ash, co-gasification
F09 (1) Workshop: Waste management in South-Eastern CountriesCapacity building in municipal solid waste management in Asian countries of Vietnam, Cambodia and Thailand: the state of the art and the case of the Erasmus+ “SWAP” projectM. Kitzberger, K. KuchtaSustainable Solid Waste Management, Policies, Southeast Asia, Capacity Building, Higher Education, TVET Courses, Teaching Material, Training Hubs, Vietnam, Thailand, Cambodia, Massive Open Online Courses
F09 (2) Workshop: Waste management in South-Eastern CountriesAchieving sustainability in capacity building projects: sharing educational products and tools in the SWAP projectC. Muzzi, L. BoettiSustainable Solid Waste Management, Policies, Southeast Asia, Capacity Building, Higher Education, TVET Courses, Teaching Material, Training Hubs, Vietnam, Thailand, Cambodia, Massive Open Online Courses
F09 (3) Workshop: Waste management in South-Eastern CountriesDiscussing the possibility of extending the European vision of solid waste management to the Asian countries of Vietnam, Cambodia and ThailandS. De Gisi, G. Gadalet, M. Notarnicola, M.K. Pholchan, P. Sok, P. Tara, P. Pholchan, K. Soben, Y. Nida, T.T. Anh Tuyet, K. KutchaSWAP, 3Rs, informal sector, carbon footprint, legal framework, European scheme.
F13 (1) Workshop: Circular Economy in the Mediterranean areaFactors influencing CDW policies and strategies in LebanonA. Abou Jaoude, I. Srour, O. Yazoghli-Marzoukfactors, strategies, policies, CDW management, drivers, focus
F13 (2) Workshop: Circular Economy in the Mediterranean areaCDW state of the art and action strategy – The case of Lebanon and TunisiaA. Abou Jaoude, I. Srour, N. Hamdi, O. Yazoghli-Marzoukconstruction and demolition waste, case study, Lebanon, Tunisia
F13 (3) Workshop: Circular Economy in the Mediterranean areaRecycling Construction and Demolition waste and Reclaimed Asphalt in the road sector with a view of the Circular Economy. The boundaries, regulations and perspectives in developed countriesG. Di Mino, O. Yazoghli-Marzouk, R. Idir, P. VaillantCircular Economy, End-of-Waste, Construction and Demolition waste, Reclaimed Asphalt
F13 (4) Workshop: Circular Economy in the Mediterranean areaKnowledge transfer as a driver to sustainable development – The RE-MED project experienceA. Abou Jaoude, O. Yazoghli-Marzouk, I. Srour, N. Hamdieducation, sustainability, knowledge transfer, trainings, circular economy.
F13 (5) Workshop: Circular Economy in the Mediterranean areaLife cycle assessment of the first road constrcuted in Tunisia including recycled aggregatesR. Idir, Z. Jaouadi, O. Yazoghli-MarzoukLife Cycle Assessment (LCA), recycled aggregates, sustainable road, waste management, road infrastructure
G02 (1) Workshop: Waste ArchitectureCritical analysis of processing architectural salvage through reclamation yardsS. Ripley, I.D. Williamsconstruction, architectural salvage, reuse, recycling, reclamation yards, survey
G02 (2) Workshop: Waste Architecture(Techno-) geographies of waste: tools of rising awareness on waste culture and landscape aestheticsE.A. Diamantouli, F. Chatzopoulou, L. Stendardolandscape, waste (management), circular economy, wasteland, wastescape, landfilling, environmental education
G02 (3) Workshop: Waste ArchitectureArchitectural salvage vs Modern construction: Investigation into sustainability and aesthetic valuesE. Daskalova, I.D. Williamsconstruction, architectural salvage, environmental impact, carbon footprint, aesthetic value, survey
G05 (3) Workshop: Fast fashion Vs Circular EconomyFast fashion versus circular economy: an exciting match?A. Bartl, W. IpsmillerCircular Economy, textile, fast fashion, recycling
G11 (2) Workshop: Semi-aerobic landfilling: online technology transferProject for improvement and construction by semi-aerobic landfill concept in Yangon, MyanmarS. Hoshino, T. Umeki, A. Tanaka, Y. Matsufujisemi-aerobic landfill, Fukuoka method, COVID-19, remote/online
G11 (4) Workshop: Semi-aerobic landfilling: online technology transferTrial of online training for leachate and gas monitoring in oversea support projectA. Tanaka, T. Umeki, Y. Matsufujisimple leachate and gas quality analysis method, instruction method in online training
G11 (5) Workshop: Semi-aerobic landfilling: online technology transferCurrent status of future challenges of technology transfer – Case studies in Asia and AfricaT. Mito, S. Hoshino, A. Tanaka, Y. Matsufujitechnology transfer, COVID-19. Fukuoka Method, semi-aerobic landfill rehabilitation, Asia. Africa, 6M
G12 (1) Workshop: Landfill gas management to meet methane reduction targets for 2030How to kick start the slow progress of the European LFG Management to reach mitigation goals in the Methane PledgeP. Kjeldsenmethane pledge, methane emission, climate change, monitoring, mitigation
G13 (1) Workshop: Implementing modern WM strategies in Developing CountriesNavigating a pathway to the insertion of various waste technologies and their applicable institutional drivers and barriers in South AfricaK.C. Grewan, C. TroisWaste management, Environmental policies, Legislation, Waste to Energy technology, Institutional barriers, Institutional drivers, Just Energy transition
G13 (2) Workshop: Implementing modern WM strategies in Developing CountriesNormative influence on intention to segregate household waste: reflections from a low-middle income city in sub-Saharan AfricaP.K. Dagadu, G. Sagoe, M. Oteng-Ababionormative behaviour, pro-environmental behaviour, waste segregation, structural equation modelling, developing country
G13 (3) Workshop: Implementing modern WM strategies in Developing CountriesValorisation of plastic waste in the context of circular developing economyJ.P. Dzoh Fonkou, C.P. Neba, M.C. LavagnoloPlastic, PET, recycling, circular economy, building construction
G13 (4) Workshop: Implementing modern WM strategies in Developing CountriesEstablishing a monitoring and evaluation framework for waste management strategies in South AfricaC. Stander, J. SnymanSustainable Solid Waste Management, landfill, reclaimers, clean material recovery facility, compost. Waste management evaluation framework.
Poster A (1) General aspectsRegional integrated solid waste management planning in Brazil, main challenges and opportunities: case of the Metropolitan Region of Baixada Santista, São Paulo, BrazilL.S. Macedo, C.C. Guimarães, F.P. Manéo, C.E. Teixeirasolid wastemanagement; circular economy; waste recovery technologies
Poster A (2) General aspectsSynthetic organic contaminants in the Irish environmentM. Sharkey, W. Stubbings, M. Healy, S. Harrad, M. Cogginssynthetic organic chemicals, persistent organic pollutants, emerging chemicals of concern, wastewater treatment, biosolids, soil, sediment
Poster A (3) General aspectsEnvironmental impact assessment of water bottles with different compositions: vPET, rPET flake, and rPET pelletB. Silva, I. Costa, P. Santana, M.E. Zacarias, B. Machado, P. Silva, S. Carvalho, C. Basto-Silvalife cycle assessment, environmental impact, PET, PET flake, PET pellet, plastic bottles
Poster A (5) General aspectsStrategies for selective collection of recyclables and environmental education in small cities: a case study in BrazilC.C. Guimarães, M. Iocca Jr, F.M.R. Almeidamunicipal solid waste, recyclables, waste management strategies, selective collection, environmental education
Poster A (6) General aspectsRobots in waste managementB. Amante, A. Puig, JLL. Zamora, J. Morenorobots, last mile, waste management
Poster A (7) General aspectsChallenges in the treatment of wood products in the context of circular economyE. Binner, C. Pfeifer, J. Lackner, C. Zafiuwood, EOL options, reuse, recycle, hazardous substances
Poster A (8) General aspectsClimate change vulnerability risk assessment methodology for waste management infrastructure from public and private perspectivesA. Fernandez, I. Ferreira, X. Franco, J. Riaza, X. Serantes, V. Toca, S. Gómez-Cuervo, P. Villar, C. Ávila, L. Herreroclimate change adaptation, fire, flood, risk
Poster A (9) General aspectsMetabolic food waste – Hidden waste with a significant climate costN. Sundin, L. Bartek, C. Malefors, M. Erikssonfood waste minimization, climate impact, carbon footprint, excess food intake, sustainable food systems
Poster A (10) General aspectsDeterminants of waste reduction behaviour in residential renovation projects: towards a sustainable renovation waste managementS. Yu, J.L. Hao, C. Zhengresidential renovation project, waste reduction behaviour, renovation waste management, determinants
Poster B (1) Recycling and resource recoveryApplying sewage sludge materials in improvement geotechnical properties of soils: a reviewA. Abdulkadhim Mohsin, K. Rassim Mahmood, A. Sleibi Mustafa, S. Naimi. S. Shatwan Yahyasewage sludge, heavy materials, geotechnical properties, soil Improvement
Poster B (2) Recycling and resource recoveryDevelopment of an innovative value chain for land infested by an invasive plant, the Japanese knotweedE. Bietlot, C. Collart, E. Maron, R. CuvelierCircular economy, soil remediation, biodiversity, Japanese Knotweed, plant extraction
Poster B (3) Recycling and resource recoveryDevelopment of sustainable Portland cement and reed compositesM. Kliukas, D. Vaičiukynienė, J. Mockienė, A. Kantautas, R. Bistrickaitė, D. Nizevičienė, V. Vaičiukynas, G. StelmokaitisOPC composite, lignoceliuliozic fiber, reed fiber, bio-composite
Poster B (4) Recycling and resource recoveryLife cycle assessment of an innovative biological treatment train for sulfur recovery from flue gases containing SOxF. Pasciucco, I. Pecorini, D. Gonzalez, O.J. Prado, D. Gabrielsulfur recovery, flue gas valorization, SOx emissions, life cycle assessment
Poster B (5) Recycling and resource recoveryPellets from sewage and paper mill sludgeH. Šnajdaufová, L. Morávková, F. Kaštánek, M. Čárský, K. Soukup, O. Šolcovápaper mill sludge, sewage sludge, pellets
Poster B (6) Recycling and resource recoveryRealization of a prototype of an experimental apparatus for End-of-Life photovoltaic panels recyclingM. Tammaro, L.M. Cafiero, L. Tuccinardi, R. Tuffiprototype for recycling, end-of-life photovoltaic (PV) panels, backsheet, Ethylen Vynil Acetate, silicon crystalline cells, low energy consumption
Poster B (7) Recycling and resource recoveryTechnological parameters of the cement composite with non-traditional wasteM. Holosová, A. Estoková, A. Sičákováwaste, cement composites, technological parameters, eggshells, bypass dust, glass
Poster B (8) Recycling and resource recoveryUtilization of MSWI bottom slag in the production of artificial aggregates by granulation technologyA. Shestavetska, A. Augonis, A. Grinys, V. Vaitkevičius, A. Kantautas, I. Sapehabottom slag, MSWI, artificial aggregates, granulation
Poster B (9) Recycling and resource recoveryReuse of reservoir sediments as a waste in the preparation of sustainable building mixturesN. Junakova, M. Balintova, J. Junaksand crisis, alternative material, filler, replacement, concrete
Poster B (10) Recycling and resource recoveryHumic substance recovery from reverse osmosis concentrate of solid waste landfill leachate treatmentL.B. Alves, B.B. Monteiro, R. de Almeida, J.C. Camposresource recovery; membrane concentrate; phytotoxicity
Poster B (11) Recycling and resource recoveryMini review on life cycle assessment of chemical recycling for polyethylene terephthalate packaging: a background for UPLIFT projectA. Nabavi-Pelesaraei, A. Damgaard, V. BisinellaChemical recycling, Environmental impacts, Life cycle assessment, Polyethylene terephthalate, UPLIFT
Poster B (12) Recycling and resource recoveryMaterials recovery from end-of-life electrochemical storage systems: preliminary results from the IEMAP projectD. Fontana, F. Forte, C. Marcoaldi, O. Masetti, V. Piergrossi, M. Pietrantonio, S. Pucciarmati, M. Tammarolithium-ion batteries, hydrometallurgy, circular economy
Poster B (13) Recycling and resource recoveryThe investigation of catalytic decomposition of waste fishing nets for energy products recoveryJ. Eimontas, N. Striūgas, K. Zakarauskas, A. Jančauskas, L. VorotinskienėPyrolysis, Fishing nets, Waste-to-energy, Caprolactam, Fishing nets. References
Poster C (1) BiorefineryBio-refinery of food waste and fish sludge for valuable multiproduct generationR. Tomczak-Wandzel, B. SzatkowskaMCCA production, food waste, bio-refinery, digestate, fertilizer properties, microplastics
Poster C (2) BiorefineryUtilizing bioactive molecules from microalgae microbiomes for sustainable health management in aquacultureA. Hofmann, S. Löhn, I. Atamaniuk, K. Kuchtamicroalgae, waste minimisation, aquaculture, life cycle assessment, bioeconomy
Poster C (3) BiorefineryValorisation of biowaste in the production of plastic trays in a circular economy perspective: environmental assessment through a life cycle approachL. Moreschi, M. Gallo, A. Del Borghi, G. Perotto, E. GaglianoBio-composite materials, Circular Economy, Life-cycle approach, Recycling, Waste valorization
Poster C (4) BiorefineryMODEL2BIO. Modelling tool for giving value to agri-food residual streams in bio-based industriesK.G. Sakellariou, M. Mendiola, I. Barasoain-Echepare, A. Lopez Contreras, E. Maron, N. Ntavos, S. Ros, M. Uyttebroek, M.M. Obermeier, X. Franco, T. Fernández-Arévalocircular economy, agri-food residues valorisation, bio-industries
Poster C (5) BiorefineryFiber recovery from municipal biowaste for the production of compostable plant pots: a step towards sustainable bioeconomyM. Kemal Ak, A. Steffens, C. Lara, V. Preyl, J. Huang, C. Maurersolid waste management, compost, biogas, fiber, compostable plant pot
Poster D (1) Biological treatmentApplication of kinetic models for the evaluation of methane generation produced from the anaerobic digestion of pretreated corn silage with various White Rot Fungi and at different conditionsK. Chamrádová, P. Basinas, J. RusínAnaerobic digestion, White rot fungi, biomass, Logistic, Modified Gompertz, Cone
Poster D (2) Biological treatmentStorage degradation process of a biodegradable multilayer filmsR. Ballestar de las Heras, S. Fernandez Ayala, F. Carrillo, F.J. Cañavate, X. Colommultilayer films, PBAT, biodegradable, FTIR
Poster D (3) Biological treatmentEffects of thermal hydrolysis temperature on lignocellulose structure and hydrogen production of food wasteJ. Kim, S. Kim, X. Zhao, J. Lee, J.Y. Kimfood waste, hydrogen fermentation, lignocellulose, melanoidins, thermal hydrolysis
Poster D (4) Biological treatmentTransforming biowaste to valuable products: the hydrocyclone process and waste characterization in a sustainable biorefinery systemM. Kemal Ak, A. Steffens, C. Lara, V. Preyl, J. Huang, C. Maurersolid waste management, hydrocyclone, impurities, bioeconomy
Poster D (5) Biological treatmentImpacts of CR-39 resin micro-plastics on the anaerobic digestion of seaweed in CSTR reactorsX. Zhao, J.Y. KimCR-39, CSTR, methane yield, micro-plastics, organic waste, seaweed
Poster D (6) Biological treatmentEvolution of physical-chemical parameters, microbial diversity, and VOCs emissions of tomato pomace exposed to ambient conditions in open reservoirsD. Hernández, C. Zambra C., J. Diazagroindustrial waste, tomato pomace characterization, volatile organic carbon, odor management
Poster E (1) Thermal treatmentDesign of an optimal municipal waste treatment facilities for a sustainable waste-to-energy managementS.-J. Lee, K. Kwon, Y. Jeonwaste, management, system, optimization model, energy
Poster E (2) Thermal treatmentHydrothermal carbonization of waste biomass as a sustainable technology for the recovery of energy and valuable carbonaceous materialsA. Messineo, A. Picone, C. Corrado, D. Ticali, M. VolpeHydrothermal Carbonization, Waste Biomass, Hydrochar, Renewable Energy, Environmental Remediation
Poster E (3) Thermal treatmentImprovement of biogas production from the anaerobic digestion of waste biomass using raw and modified with nitric acid biochar derived from the pyrolysis of biomass and digestateP. Basinas, K. Chamrádová, O. Vosnaki, J. Rusínanaerobic digestion, biomass, methane, biochar, additives, modification, nitric acid, biomass-derived biochar, digestate-derived biochar
Poster E (4) Thermal treatmentApplication of Carbon Capture Utilization and Storage (CCUS) to waste to energy plants: a reviewL. Acampora, S. Grilletta, G. Costawaste to energy, waste incineration, carbon capture, CCUS, review
Poster E (5) Thermal treatmentNumerical study on the design of solid refuse fuel for power plant and its combustion characteristicsD. Lee, B. Sang, T. Ohmsolid refuse fuel, combustion characteristics, computational fluid dynamics, combustor
Poster E (6) Thermal treatmentHeat transfer characteristics of large-scale biomass particles during pyrolysis processL. Yin, F. Han, M. Wang, D. Chen, Y. Hupyrolysis, large-scale particle, numerical simulation
Poster F (1) LandfillingA cradle-to-gate life cycle analysis of membrane concentrate management from landfill leachate treatment plantsR. de Almeida, M.C. Lavagnolo, J.C. Camposlandfill leachate, life cycle assessment, membrane concentrate, pollution control, wastewater management
Poster F (2) LandfillingImprovement progress by Fukuoka Method at Thien Binh dump site in Yangon City, MyanmarS. Hoshino, T. Umeki, A. Tanaka, Y. Matsufujisemi-aerobic landfill, Fukuoka Method, COVID-19, remote/online
Poster F (3) LandfillingKeeping good separation properties of spiral wound membrane module for carbon dioxide separation from raw biogasL. Morávková, H. Šnajdaufová, Z. Petrusová, F. Kaštánek, O. Šolcovábiogas, carbon dioxide, membrane separation
Poster F (4) LandfillingSustainable landfill management in the Netherlands: long term changes in landfill leachate quality during (an)aerobic in-situ stabilizationF. van Raffe, N. Quist, T. Canen, R.N.J. Comansbioreactor landfills, leachate, contaminants, ammonium
Poster F (5) LandfillingThe observer effect and the limitations of lysimeters for evaluating landfill phytocap performanceR. MichaelLandfill cap, landfill cover, alternative cover, ET cover, lysimeter, waste rock, quarry scalpings, native Australian plants, hydrological performance, landfill gas, bio-thermal, performance monitoring, water balance
Poster F (6) LandfillingEstimating the emissions from implementing a semi-aerobic landfill in a massive open dump site in MozambiqueL.S. dos MuchangosFukuoka method, greenhouse gas emissions, open dumping, open burning
Poster F (7) LandfillingThe Waga 4 World project: the biggest landfill green gas project in Europe financed by a Biomethane Purchase Agreement and the European UnionE. Trottini, G. Barina, T. Denoun, A. Baldini, M. VenturiniBiogas, Biomethane, Upgrading, Nitrogen, Oxygen, Methane, GHG, European Union, Innovation Fund, Green Value
Poster G (1) Industrial waste and contaminated sitesPathogens in solid medical waste and risk assessment for human diseaseN. Fraeyman, S. Malfait, V. Duprez, H. De Coninck, E. De Meester, E. Mortierpathogens, solid medical waste, risk for infection, household waste
Poster G (2) Industrial waste and contaminated sitesRemoval of heavy metals and arsenic from contaminated industrial soils by leaching with animal hydrolysates under the synergistic effect of chelation and biostimulationF. Kaštánek, M. Dlasková, J. Bureš, O. Šolcováanimal production waste, soil contamination, heavy metal contamination, chelation, hydrolysates
Poster G (3) Industrial waste and contaminated sitesStudy on hydration of cement composite with various industrial wasteA. Estoková, R. Figmigsilica fume, zeolite, slag, concrete, hydration, portlandite
Poster G (4) Industrial waste and contaminated sitesCO2 and oxidants method for in situ regeneration of permeable reactive barriers for leachate–contaminated groundwaterF. XuPRB; Landfill leachate; In situ regeneration; CO2; Zero-valent iron (ZVI)
Poster G (5) Industrial waste and contaminated sitesLife Cycle Assessment of plastic wastes from the automotive sectorI. Bianco, D. Panepinto, M. ZanettiLCA, plastic wastes, automotive
Poster H (1) Wastewater treatmentA newly developed technology for microplastics removal from wastewaterM. Spáčilová, P. Dytrych, M. Lexa, L. Wimmerová, P. Mašín, R. Kvaček, O. Šolcovámicroplastics, water treatment, removal of microplastics, scale up, bentonite, wastewater treatment plant
Poster H (2) Wastewater treatmentSynchronous of salt and water resources recovery in high salinity wastewater by membrane distillationY. Yang, S. Kalam, J. Lee, Y. Zhangresource recovery, membrane distillation, industrial waste water
Poster H (3) Wastewater treatmentRemoval of sulphates from acidic solutions using ion exchangeM. Balintova, N. Junakova, Y. Chernysh, P. Pavlikovasulphate, acidic solutions, ion exchange, Amberlite MB20, Purolite MB400
Poster H (4) Wastewater treatmentEU IMPEL project Wastewater in Natural Environment (WiNE)G. Farabegoli, A. Rebelocircular economy, key-factors, transition, water circularity index, water use
Poster H (5) Wastewater treatmentUtilization of biomass and plant waste to remove pollutants from water and soilM. Dlasková, M. Spáčilová, F. Kaštánek, O. Šolcováwastewater treatmen tplant, biomass, plant waste, biochar
A01 (1) Strategies & policies in waste managementIntermunicipal cooperation in waste management provision – Factors causing inefficienciesM. Struk, J. Soukopovà, A. Chroustovàmunicipal waste management, efficiency, intermunicipal cooperation
A01 (2) Strategies & policies in waste managementChallenges in delivering essential waste infrastructure in NSW, AustraliaD. Gamble, S. Mason-Jonesenergy from waste, sustainable waste solutions, community acceptance, social licence, landfill, social impact assessment, environmental approvals, resource recovery
A01 (3) Strategies & policies in waste managementEnergy transition and renewable energies in waste management and circular economy – Potentials and obstacles in reducing energy dependencyT. Nigl, J. Scheiblauer, T. Bouvier-Schwarzphotovoltaic, self-sufficiency, intensified energy transition
A01 (4) Strategies & policies in waste managementDevelopment of a deposit system for beverages – Obstacles and challengesA. Allesch, B. Beigldeposit, plastic waste, metal waste, beverages, single-use beverage packaging
A02 (1) Textile waste: recycling challenges with regards to composition & contaminantsComposition of textile waste in ViennaP. Kählig, W. Ipsmiller, A. Bartl, J. Lederertextile waste, sorting analysis, material composition, textile characterization
A02 (2) Textile waste: recycling challenges with regards to composition & contaminantsMaterial characterisation of industrial textile waste under consideration of various contaminantsU. Jenull, I. Duretek, T. Lucyshyn, C. Holzercircular economy, synthetic textile recycling, testing and quantification of polymers
A02 (3) Textile waste: recycling challenges with regards to composition & contaminantsAssessment of the presence of hazardous components in textile wastesA. Shtukaturova, M. Syc, T. Cajthamltextile waste, PFAS, heavy metals, toxic compounds
A02 (4) Textile waste: recycling challenges with regards to composition & contaminantsCollection, sorting and recycling of textiles – It is not only about the fiber typesH. Logan, V. Rossi, A. Damgaardtextiles, findings, recycling pathways, MFA
A03 (1) Circular Economy in EU: how far from recycling targetsMunicipal waste management – Is the EU meeting its recycling targets?A. Reichel, I. Bakas, S. Colgan, E. Dils, T. Duhoux, A. van der Linden, D. Nelen, I. Vanderreydt, A. Winterstetter, M. zu Castell-Rüdenhausen, H. Punkkinen, P. Slottemunicipal waste, recycling targets, policy instruments, risk assessment
A03 (2) Circular Economy in EU: how far from recycling targetsIs the EU on track to double its circular material use rate?A. Reichel, I. Bakas, B. Vidal, M. Christis, A. Vercalsteren, P. Nuss, R. Marra Campale, S. Stegercircular material use rate, circular economy monitoring, material flows
A03 (3) Circular Economy in EU: how far from recycling targetsTextile recycling: Are we halfway through yet?W. Ipsmiller, P. Kählig, A. Bartltextile, recycling, waste management system, processes, savings potential, material complexity
A03 (4) Circular Economy in EU: how far from recycling targetsCircularity failure and opportunities for innovation in services: the case of the hairdressing industryS. Hodgson, K. Frenken, L. Piscicelli, I. Williamscirculary economy, services, failures, innovation, synergies, trade-offs
A03 (5) Circular Economy in EU: how far from recycling targetsClosing material cycles – The global dimension of plastic recyclingS. Salhoferplastic waste, recycling, global, processes and emissions
A04 (1) Critical issues and risks in Circular EconomyRECOVER project: Biotech synergies to solve plastic recycling and contamination challengesR. Moral, J. Sáez-Tovar, F. Salinas, J.P. Barranco, J.A. N. Barbani, S. Verstichel, A. Al-saadi, P. Cinelli, MJ. LopezPlastic waste, Biotech, polymer biodegradation
A04 (2) Critical issues and risks in Circular EconomyThe plastic wastes: an unresolved problem of management of European wastesM. Ferrante, G. Oliveri Conti, P. Rapisardamicroplastics, environmental, wastes, human health, European Union
A04 (3) Critical issues and risks in Circular EconomyRisk-based approaches to waste management in the modern circular economy: proposals from the European recycling industriesP. Hennebert, A. Navazas, E. Katrakisend-of-waste, articles, preparations, chemical legislation, waste legislation
A04 (4) Critical issues and risks in Circular EconomyCost analysis and exploration of plastics mechanical recyclingN. Van Camp, I.S. Lase, S. De Meester, S. Hoozée, K. Ragaertcost, business economics, plastic recycling, MRF, PCFP
A04 (5) Critical issues and risks in Circular EconomyFire incidents in waste management and circular economy – The results of long-term monitoring and benefits of improved risk managementT. Nigl, I. Mostböckbattery fires, recycling, risk management
A05 (1) Waste sorting performanceThe potential of sorting municipal solid waste before landfilling or incinerationH. Mendezmunicipal solid waste, plastic, recycling, recovery, emissions
A05 (2) Waste sorting performanceDevelopment of an assessment method for unambiguous validation of machine performanceT. Lasch, K. Khodier, C. Feyerer, R. Sarcshredder, model material, mixed commercial waste, waste treatment
A05 (3) Waste sorting performancePossibilities for indirect measurement of throughout performance in solid waste shreddingC. Feyerer, K. Khodier, T. Lasch, R. Sarcwaste treatment, mixed solid waste, mechanical treatment, shredding, throughput, metrology, smart waste factory
A05 (4) Waste sorting performanceRecAIcle: supporting manual sorting workers with Artificial Intelligence and Machine Learning – Framework and training data acquisitionJ. Aberger, K. Khodier, R. Sarcmanual sorting, human-machine-interaction, machine learning, continual learning, recycling, waste sorting, circular economy, assistance systems
A06 (1) C&D waste: quality & classificationAutomatic estimation of recyclable construction waste compositions: A combinatorial computer vision-big data approachL. Yuan, W. Lu, J. ChenConstruction Waste, Recycling, Composition Estimation, Computer Vision, Big Data
A06 (2) C&D waste: quality & classificationConstruction and demolition waste classification based on convolutional neural networks combined with knowledge transfer approachX. Gaoconstruction & demolition waste, waste classification, waste composition, deep learning, waste management
A06 (3) C&D waste: quality & classificationEvaluation of environmental safety for recycled roadbed aggregates – Leaching characteristics of heavy metalsK. Nakamura, A. Matsuno, T. L. Nguyen, V. T. Nguyen, H. G. Nguyen, H. Sakanakura, Y. Isobe, K. Kawamotorecycled roadbed aggregates, heavy metals, batch test, column test, leaching characteristics, Vietnam
A06 (3) C&D waste: quality & classificationQuality and classification of construction and demolition waste in Lebanon and TunisiaA. Abou Jaoude, R. Fernandez, R. Zarrouk, Z. Jaouadi, A. Kraiem, I. Srour, O. Yazoghli-Marzoukaggregates, geotechnical, tests, road construction, properties
A06 (4) C&D waste: quality & classificationAssessment of plasterboards containing chemically purified gypsum wasteM. Castro-Diaz, M. Osmani, S. Cavalaro, P. Needham, S. Newport, M. Sands, B. Parkerrefurbishment demolition plasterboard waste acid leaching purified gypsum thermal physical mechanical properties
A07 (1) C&D waste: policies & strategiesEnd of waste of recycled aggregates in Wallonia: how to promote circular economy in the construction sectorE. Bietlot, C. Collartend of waste, circular economy, construction waste, demolition waste, recycled aggregates
A07 (2) C&D waste: policies & strategiesAdvancements in pre-demolition audit processesJ. zum Brock, M. Doostdar, A. Morales Rapallo, K. Kuchtapre-demolition audit, reusing of building elements, recycling of building material, CIRCuIT
A07 (3) C&D waste: policies & strategiesPublic policies on illegal construction waste disposal in Hong Kong: evaluation and enhancementW. Lee, W. Luillegal dumping; construction waste; public policy; Hong Kong
A08 (1) C&D waste: valorizationThe role of demolition waste reduction and recycling to reduce energy demand, greenhouse gas emissions and resource consumption: a case study from ViennaJ. Lederer, D. Blasenbauermaterial flow analysis, circular economy, material footprint, energy demand, greenhouse gases, building sector, demolition waste, recycling
A08 (2) C&D waste: valorizationUtilization of recycled aggregates in concrete case studyA. Morales Rapallo, J. zum Brock, M. Doostdar, K. Kuchtamusterbude, recycled aggregates, recycled concrete, Hamburger Mische
A09 (1) Recycling of WEEEDefinition, classification and mapping of pervasive electronic productsC. Zafiu, H. Steiner, A. Jandric, H. Böni, S. SalhoferWEEE, waste stream, critical raw materials, pollution
A09 (2) Recycling of WEEENon-destructive characterization of milled printed circuit board particles for their recycling purposeA. Otsukielemental/metal distribution, concentration, liberation, elemental assay, image analysis, selective recovery
A09 (3) Recycling of WEEEAnalysis of the collection rate of refrigerators and freezers in AustriaE. Schmied, M. Pamperl, G. ObersteinerWEEE, waste collection rate, refrigerators, freezers, put on the market
A09 (4) Recycling of WEEEPerformance evaluation of ex-situ catalytic pyrolysis of WEEE fractionS. Gulshan, H. Shafaghat, H. Yang, W. Yang, P. EvangelopoulosWEEE, Catalytic pyrolysis, Ex-situ catalytic reformer, HZSM-5 Aromatic hydrocarbons
A09 (5) Recycling of WEEERecovery of valuable materials from spent LED light bulbs for recycling: an integrated environmental and economic assessment for identifying the best treatment optionG. Dodbibaspent LED Light Bulbs, recycling, LCA, cost-benefit analysis, waste plastics, Al alloy
A09 (6) Recycling of WEEEDesign of a photovoltaic waste recycling system in GreeceC. Tzala, E. Kastanaki, C. He, A. Giannisphotovoltaic waste, logistics, recycling center, circular economy
A09 (7) Recycling of WEEEMaterials recovery from end-of-life electrochemical storage systems: preliminary results from the IEMAP projectD. Fontana, F. Forte, C. Marcoaldi, O. Masetti, V. Piergrossi, M. Pietrantonio, S. Pucciarmati, M. TammaroLithium-ion batteries; hydrometallurgy; circular economy
A10 (1) Packaging waste: characterizationClassification of plastic waste packaging multilayer films using handheld near-infrared (NIR) spectrometerH. Stipanovic, P. Arth, G. Koinig, A. Tischberger-AldrianNIR handheld, multilayer films, plastic waste, waste classification
A10 (2) Packaging waste: characterizationAnalysis of non-beverage hollow plastic packaging from MSW regarding product residues and packaging characteristicsL. Gritsch, G. Breslmayer, R. Rainer, J. Ledererpackaging waste, packaging residues, packaging design, emptiability
A10 (3) Packaging waste: characterizationComprehensive characterisation of lightweight packaging waste to improve recyclingN. Kuhn, G. Koinig, A. Tischberger-AldrianCircular Economy, Lightweight Packaging Waste, Plastic Packaging, Recycling, Waste Characterisation
A10 (4) Packaging waste: characterizationInfluence from printing ink binder resin on the quality of Low-Density-Polyethylene (LDPE) recycling under extrusion processJ. Guo, A. Alassali, K. Kuchtaprint ink binder, plastic packaging, recycling, polymer degradation
A10 (5) Packaging waste: characterizationUpcycling of polyethylene terephthalate (PET) wastes to generate biodegradable bioplastics for food and drink packagingM. Faraldi, S.J. Benitez-Benitez, S. García, F. Leipold, P. Süss, H. Brundiek, R.M. Martínez-Espinosa, E. de Vries, F. MonzóPET, biodegradable, bioplastic, circular economy, polyhydroxyalkanoates, PHA, enzymatic degradation, enzymes, upcycling
A11 (1) Innovative recycled materials from wasteRecycling of mineral wool waste into a new mineral woolT. Sattler, K. Doschek-Held, A. Krammer, D. Vollprechtrecycling, mineral wool, non-hazardous, waste materials, mineral wool waste, wool2wool
A11 (2) Innovative recycled materials from wasteCitrus peel waste fibres for natural cosmetic and bioplastic packagingV. Zepic Bogataj, P. Fajs, C. Peñalva, G. Tsatsoscitrus peels, waste fibers, bioplastic, cosmetic packaging, reinforced composites, circular economy
A11 (3) Innovative recycled materials from wasteAn innovative process for designing safe and sustainable epoxy-based composites for automotive and aerospaceC. Olscher, A. Tolentino, D. Peral, F. PartEpoxy Resins, Chemical Recycling, Safe and sustainable by Design
A11 (4) Innovative recycled materials from wasteAgricultural systems of the future: Rural-Urban Nutrientship (RUN)S. Schmuck, C. Meyer, V. Preylsustainable agriculture, food, nutrient cycle
A11 (5) Innovative recycled materials from wasteCan residual of landfill leachate evaporation be used to modify g-C3N4?H. Wang, D. Yueleachate residual, g-C3N4, characterization, thermal polymerization synthesis
A11 (6) Innovative recycled materials from wasteRecovery of lithium and heavy non-ferrous metals from spent lithium-ion batteriesV. Kaplan, E. Wachtel, I. Lubomirskylithium-ion batteries, lithium, heavy non-ferrous metal recovery
A11 (7) Innovative recycled materials from wasteExploring the potential of repurposing waste graphite obtained from the recycling of end-of-life lithium-ion batteries for wastewater treatment applications: preliminary resultsM. Vaccari, D.S. Premathilake, A.B. Botelho Junior, F. Colombi, J. Tenorio, D. EspinosaLIB recycling, graphite valorization, adsorption experiments, wastewater treatment, black mass recycling
A12 (1) Hydrothermal carbonization of wasteDeveloping environmentally beneficial strategies for the hydrothermal carbonization of food wasteN.D. Berge, A. Sarrion, E. Suarez, J.M.R. Flora , J.R.V. Flora, R. Goel, L. Liu, E. Diaz, A.F. Mohedanohydrothermal carbonization; food waste; carbonization conditions; machine learning model; toxicity
A12 (2) Hydrothermal carbonization of wasteThe evaluation of waste-based biochar potential in PolandA. Bialowiec, E. Sygula, M. Hejnabiowaste, pyrolysis, hydrothermal treatment, OFMSW, biochar, hydrochar
A12 (3) Hydrothermal carbonization of wasteHydrothermal co-carbonization of sewage sludge and food wastes towards sustainable biowaste management and NOx emission reductionC. He, A. Giannishydrochar, fuel quality, combustion behaviour, nitrogen transformation, gas emission characteristics
A12 (4) Hydrothermal carbonization of wasteAcid hydrothermal solution recycling enhanced alkaline hydrothermal humification of hydrocharY. Shao, W. Lubiowaste, hydrochar, hydrothermal solution recycling, humic acid, acidity
A13 (1) Products from hydrothermal carbonization of wasteHydrochar from digestate: assessment of its soil amendment feasibility, repeatibility and comparison of heavy metals determinationD. Moloeznik Paniagua, J.A. Libra, S. Rotterdigestate, hydrochar, hydrothermal carbonization, heavy metals determination, repeatability
A13 (2) Products from hydrothermal carbonization of wasteMicrowave hydrothermal carbonization of rabbit manure: characterization and potential phytotoxicity of the productsI. Moukazis, F. Simantiraki, E. Gidarakosanimal waste, microwave hydrothermal carbonization, rabbit manure, hydrochar, phytotoxicity
A13 (3) Products from hydrothermal carbonization of wasteCarbonized solid fuel obtained by torrefaction of MSW: emissions of VOCsM. Hejna, A. Bialowiecvolatile organic compounds, torrefaction, municipal solid waste, waste to energy, waste to carbon, carbonized solid fuel, emissions
A13 (4) Products from hydrothermal carbonization of wasteWooden waste-derived biochar as a source of volatile organic compounds emissionE. Sygula, A. Bialowiecwooden waste-derived, biochar, VOC (volatile organic compounds)
B01 (1) LCA in waste management IFuture challenges in waste LCAT.H. Christensen, S. Schmidt, D. Laner, A.S. Varling, V. Bisinellalife cycle assessment, LCA, waste
B01 (2) LCA in waste management IEnvironmental waste utilization: an LCA-based indicator for waste management systemsS. Schmidt, D. Lanerwaste management, indicator, environmental impacts, plastic packaging waste
B01 (3) LCA in waste management ILife cycle assessment of the dominant scenarios of waste management system in the north of IranA. Nabavi-Pelesaraei, V. Bisinella, A. DamgaardCompost, Environmental assessment, Landfill, Municipal solid waste, ReCiPe2016
B01 (4) LCA in waste management ILife cycle assessment of alternative biogas utilisations, including carbon capture and storage or utilisationA.S. Varling, T.H. Christensen, V. Bisinellabiogas, biogas management, life cycle analysis, carbon capture and storage, carbon capture and utilisation, energy system analysis
B01 (5) LCA in waste management ILife cycle assessment of developing recycling technologies of complex plastic productsJ. JacobsenLCA, environmental assessment, recycling, plastic, circular economy, additives, fibre glass
B02 (1) Waste management and EcologyHow to achieve Ecological Waste ManagementR. Stegmannecological waste management, ecology, emission minimization
B02 (2) Waste management and EcologyWaste management in the context of the Green Deal – General framework, policy instruments and ongoing developmentsL. Schebek, J. Baehr, T. Hagedorn, A. do Carmo Precci Lopes, V. Zellercircular economy, climate neutrality, climate policy, greenhouse gas accounting, waste management
B02 (3) Waste management and EcologyAnalysis of different waste management scenarios for improving nitrogen flows in urban areasM. Suchowska-Kisielewicz, A. Jędrczaknitrogen emissions from waste, waste management, Directive 2018/851, circular economy
B02 (4) Waste management and EcologyDry toilets offer a sustainable solution for communal waste management and regional economies by enabling nutrient recyclingE. Jung, V. S. Rotter, C. Kirsten, J. Mühlenberg, A. Krausecomposting, nutrients, human excreta, sanitation, fertilizer
B03 (1) Artificial Intelligence in waste managementUtilising ChatGPT in waste managementA. SalihChatGPT, Artificial Intelligence, data, waste management
B03 (2) Artificial Intelligence in waste managementFirst lessons learned of an Artificial Intelligence robotic system for autonomous coarse waste recycling using multispectral imaging-based methodsT. Lange, P. Meyer, M. Keppner, T. Tiedemann, M. Wittmaier, S. Wolff, T. VögeleSmart Recycling, Coarse/ConstructionWaste Recycling, Multispectral Image Processing, Artificial intelligence, Machine Learning, Mobile Robotics.
B03 (3) Artificial Intelligence in waste managementEfficient calibration of discrete-element-method simulations for waste applications using particle sensor data and artificial intelligenceK. Khodier, A.L. Krabichler-Mark, I. Werner, A. Rizvan, Y. VarshSolid Waste, Mechanical Treatment, Numerical Simulation, Discrete Element Method, Calibration, Artificial Intelligence
B03 (4) Artificial Intelligence in waste managementDevelopment of digital know as you throw tools for household food waste reductionM. Eriksson, A. Sjölund, E. Svensson, C. Maleforsquantification tool, food waste quantification, know as you throw, IoT
B03 (5) Artificial Intelligence in waste managementComplete valorization of lignocellulosic and industrial wastes for lactic acid production: process optimization, Kinetic assessment and Artificial intelligence modellingA.N. David, Y. Sewsynker-Sukai, E.B. Gueguim Kanacomplete waste-based pretreatments, green liquor dregs, paper wastewater, dairy wastewater, waste-based media, lactic acid production, simultaneous saccharification and fermentation, kinetic modelling, Artificial Intelligence modelling
B04 (1) Artificial Intelligence in waste treatment monitoringOpportunities from sensory retrofitting in mechanical waste treatment plants – Real time quality determination via digital material flow monitoringL. Kandlbauer, R. Sarcrecycling, digitalisation, mechanical waste treatment, mixed solid waste, material flow analysis
B04 (2) Artificial Intelligence in waste treatment monitoringMonitoring and reduction of food waste by using the RMFood-App – Project A2UFood (Heraklion)G. HafnerRMFood-Appinternational version, Food Waste, Monitoring, System Optimization, FLW,Digital Tool, SDG(Sustainable Development Goals)
B04 (3) Artificial Intelligence in waste treatment monitoringTowards real-time monitoring of odour emissions from a waste treatment plant: a case studyC. Ratti, C. Bax, B.J. Lotesoriere, L. Capelliodour concentration, ambient air quality, quantification, electronic nose, IOMS
B04 (4) Artificial Intelligence in waste treatment monitoringAnalysis of biochemical composition and detection of physical contaminants in digestate using hyperspectral imagingW. Peng, L. Fan, H. Zhang, H.Y. Xian, F. Lü, P. J. Hebiogas production, biodegradable waste, spectral analysis, bio-aggregates, process monitoring
B05 (1) LCA in waste management IILife Cycle Assessment of curbside material recoveryB. Staley, S. Boxmancomposting, anaerobic digestion, landfilling, LCA, organics, GHG emissions, collection.
B05 (2) LCA in waste management IILife Cycle Assessment of two alternative biorefinery processesK. Czerwińska, S. Del Pero, L. Lombardi, A. Polettini, R. Pomi, A. Rossi, S. Shivali, M. Śliz, M. Wilk, T. Zonfahydrogen, hydrochar, hydrothermal carbonization, dark fermentation
B05 (3) LCA in waste management IILCA of recycling of textiles in a circularity context – How much of the textile production value chain impact is avoided?H. Logan, J.L. Hermary, A. Damgaardtextiles, LCA, recycling
B05 (4) LCA in waste management IIComparative life cycle assessment of different recycled concrete aggregatesM. Doostdar, J. zum Brock, A. Ceraso, A. Morales Rapallo, K. Kuchtarecycled concrete, recycled aggregates, musterbude, Life Cycle Assessment (LCA), environmental impacts
B06 (2) Recovery of material from plastic wasteChemical recycling of PVC-containing plastic waste for recycling of critical metalsM. Peer, B. Berninger, T. Fehn, A. Hofmanncircular economy, chemical recycling, critical metals, PVC-waste, LED recycling, LCD panels recycling
B06 (3) Recovery of material from plastic wastePolypropylene recycling – How to improve the quality of PP recyclatesJ. Geier, C. Barretta, M. Bredács, G. Oreskipolypropylene recycling, sorting, recyclate quality, contaminants
B06 (4) Recovery of material from plastic wasteSorting of plastic packaging films, removal of multilayers and effects on properties of recyclatesC. Barretta, G. Koinig, M. Bredács, J. Geier, E. Grath, L. Meinhart, E. Helfer, G. Oreskimultilayer, NIR sorting, plastic packaging, recycling, recyclate quality, transflection
B06 (5) Recovery of material from plastic wasteViability of mechanochemical devulcanization process of EPDM elastomeric wasteF. De Bruijn, F.J. Cañavate, M. Fajardo, X. Colomdevulcanization, EPDM, microwave, FTIR
B07 (1) Decision tools in waste managementZero Waste – Chances and risks of (not) applying zero waste strategies and the importance of measuring sustainability in the recycling sectorB. Rutrecht, S. Rosskogler, T. Nigl, R. Pombergersustainability management, responsible production, corporate social responsibility, waste management, resilience, risk assessment, lithium-ion-battery recycling, LIB, recycling, key performance indicators, KPI, ESRS, SDG, CSRD
B07 (2) Decision tools in waste managementThe practical use of a digital product passport – Development of an application-friendly tool for e-waste decision supportT. Hagedorn, A. do Carmo Precci Lopes, L. Schebek, M. Vogelgesang, W. Benner, C. Li, C. Plociennik, Hossein, S. Knetch, B. KellererDecision-Support, Digital Product Passport, End-of-Life, Tool, Waste Management
B07 (3) Decision tools in waste managementLife Cycle Assessment of scenarios for end-of-life management of lithium-ion batteries from smartphones and laptopsA.M. Domingues, R.G. Souza, S.D. Mancini, F.C.S. M. Padoan, J.R.A. da SilvaLife Cycle Assessment (LCA), scenarios assessment, lithium-ion batteries (LIBs), recycling, Waste Electrical and Electronic Equipment (WEE)
B07 (4) Decision tools in waste managementThe Wrose model’s methodological aspects and its four levels of sustainability indicatorsY. G. Abera, C. TroisWaste to Resource Optimization and Scenario Evaluation (WROSE), GHG emissions, Decision supporting tool, life cycle assessment, multi-criteria decision making (MCDA), Mixed-integer linear programming mathematical model
B07 (5) Decision tools in waste managementHistorical evolution analysis of China embodied plastics footprint from 2002 to 2017Y. Tan, Z. Wenembodied plastics consumption, extended input output analysis, driving forces analysis
B08 (1) PFAS in landfills environmentEnvironmental law issues regarding PFAS pollution in waters around landfills in SwedenM. Johansson, M. PetterssonEnvironmental Law, PFAS, Landfills
B08 (2) PFAS in landfills environmentPFAS (per-and poly-fluoroalkyl substances) detected for the first time in the landfill leachate of KeralaA. Varma A., G.K. VarghesePFAS, leachate, Brahmapuram Landfill, Njelianparambu landfill, emerging contaminants
B08 (3) PFAS in landfills environmentCase study: containment of PFAS contaminated soil at a landfill siteA. SalihPFAS, contamination, soil, landfill
B08 (4) PFAS in landfills environmentPerformance evaluation of three atmospheric plasma reactors for the treatment of aged/stabilized landfill leachate containing PFASM. Saleem, M. Pasquale, G. Tomei, K. Ulucan-Altuntas, M. Roverso, S. Bogialli , E. Marotta, M.C. LavagnoloLandfill leachate, Plasma treatment, corona discharge, advanced oxidation process, PFAS, PFOS, electricall discharge
B08 (5) PFAS in landfills environmentTreatment performance of atmospheric cold plasma enhanced by boron-doped reduced graphene oxide for degradation of perfluorooctanoic acid (PFOA)K. Ulucan-Altuntas, E. Filippetto, M. Saleem, G. Tomei, E. Marotta, C. Paradisicold atmospheric plasma, PFOA, advanced oxidation processes, self-pulsed discharge
B09 (1) Microplastics in surface watersMacro-, meso- and micro-plastics around an iconic chalk river: distribution, abundance, types and potential sourcesG. Walburn, I. D. WilliamsMarcoplastics, mesoplastics, microplastics, sources, environmental impact, chalk river
B09 (2) Microplastics in surface watersEvaluation of different sampling methods for microplastic monitoring in riversS. Lenz, R. Ottner, G. Obersteinermicroplastic monitoring in rivers, sampling methods, sample pre-treatment
B09 (3) Microplastics in surface watersComparison of different methods for river sample microplastic analysisR. Ottner, S. Lenz, G. Obersteinermicroplastic monitoring in rivers, sampling methods, sample pre-treatment, purification, recovery rate
B09 (4) Microplastics in surface watersPLA degradation in fresh water according to EN ISO 14851M.C. Lavagnolo, M. Modesti, V. PoliPLA degradation, EN ISO 14851
B09 (5) Microplastics in surface watersUsing floating GPS drifters to understand the pathways and fate of macroplastic debris In South Africa’s Umgeni river estuaryT. Gutsa, T. Mani, C. TroisPlastic Pollution, Rivers, Estuary, Macroplastic, GPS drifters, Transport, Accumulation, Hydrology, Urban Areas, Waste Management.
B09 (6) Microplastics in surface watersSampling of microplastics in the Atlantic OceanV. Poli, M.C. Lavagnolo, L. LittiAtlantic Ocean, microplastics
B10 (1) Microplastics in composting & anaerobic digestionDigestates and composts: macro- and microplastics in biological waste treatment facilitiesC, Zafiu, B. Vay, E. Binner, M. Huber-Humerplastic particles, microplastic, macroplastic, digestate, composting
B10 (2) Microplastics in composting & anaerobic digestionHeavy metal accumulation on microplastics in compost – The role of biofilmS. Dilraj, E. Johnson, T.S. Anantha Singh, G.K. Varghese, C. Zafiuheavy-metalsin compost, biofilm, heavy-metalsinmicroplastics, microplastic in compost
B10 (3) Microplastics in composting & anaerobic digestionSource tracking microplastics in household biogenic waste digestateT. Hu, F. Lü, Z. Yang, H. Zhang, P. Hemicroplastics, digestate, pretreatment, postprocess
B10 (4) Microplastics in composting & anaerobic digestionCompostable single-use items as a source of micro-bioplastics in digestateM. Falzarano, A. Polettini, R. Pomi, A. Rossi, T. Zonfa, M.P. Bracciale, F. Sarasini, J. Tirillò, G. De Gioannis, A. Muntonimicro-bioplastics, biodegradable plastics, polylactic acid, starch-based plastics, thermophilic anaerobic digestion, commercial polymeric blends
B11 (1) Microplastics in different environmentsMechanical recycling of plastic waste: a neglected source of microplasticF. Wei, Q. Tan, Y. Chen, J. Liwaste plastic recycling, microplastic, cooling water, occurrence
B11 (2) Microplastics in different environmentsMass concentration and distribution characteristics of microplastics in landfill mineralized refuseF. Lou, J. Wang, Q. Huangmicroplastic pollution, landfill mineralized refuse, quantitative detection, Py-GC/MS
B11 (3) Microplastics in different environmentsThe mitigation of typical microplastics in sewage sludge via hydrothermal processT.P. Vo, J. Rintala, C. Hehydrothermal process, microplastic degradation, metal ion catalysts, sewage sludge
B11 (4) Microplastics in different environmentsHeavy metals and microplastics interactions: insights from batch experimentsJ. Yoo, M. Nomura, S. Oleszek, R. Homma, K. Oshita, M. Takaokamicroplastics, heavy metals, batch experiments, adsorption, aqueous environment
B11 (5) Microplastics in different environmentsBioplastic degradation under real-life conditions: characterization by FTIR-ATR and FTIR-TGA methodsA. Jančauskas, R. Skvorčinskienė, I. Kiminaitė, L. Vorotinskienė, R. Paulauskaswaste, bioplastic, pyrolysis, ATR-FTIR, TGA-FTIR
B12 (1) Material flow analysis and carbon footprint in waste managementMethod development for the provision of basic data for material and substance flow analyses in waste managementG. Hafnerwaste management material database (AMDB), technology database (AT-DB), flow analyses, material flow analysis
B12 (2) Material flow analysis and carbon footprint in waste managementMaterial and embedded GHG emission flows of electronic waste treatment in NorwayK.R. Mattson, L. Lindgreen Lauritsen, J. Berg PettersenWEEE, Waste Management, Material Flows, Carbon Footprint, Embedded materials, Embedded emissions, Resource use and recovery, Critical Raw Materials, Circular Economy, Policymaking.
B12 (3) Material flow analysis and carbon footprint in waste managementMSW regional and national mass flow analyses used as tools to verify the integrated waste management strategy: the case study of ItalyG. De Feo, C. Carotenuto, A. Grossointegrated waste management, landfilling, mass flowanalysis, separate collection; strategy
B12 (4) Material flow analysis and carbon footprint in waste managementAn input-output material flow analysis model for deriving the embedded plastics in ChinaS. Zhang, J. Li, Q. Tanembedded plastic, input-output model, intersectoral flows, recycling target, global treaty
B12 (5) Material flow analysis and carbon footprint in waste managementCarbon footprints of recycling milk cartonL. Zhang, H. Licomposite package; recyclable waste; waste classification; carbon footprint; circular economy
B12 (6) Material flow analysis and carbon footprint in waste managementRecovery of high-grade salts from Air Pollution Control Residues – First large scale Ash2®Salt plant in SwedenA. Kihl, Y. CohenAir Pollution Control Residues, Incineration, Salt Recovery, Circular Economy
B13 (1) Environmental impact assessment in waste managementCircularity and sustainability of temporary housing facilities – Challenges and opportunities of environmental assessmentsJ. Zeilinger, M. Huber-HumerLCA, temporary housing, sustainable construction
B13 (2) Environmental impact assessment in waste managementEnvironmental risk assessment near a typical spent lead-acid battery recycling factory in ChinaY. Gu, X. Gaospent lead-acid battery, environmental risk assessment, exposure assessment, health risk, recycling, solid waste management
B13 (4) Environmental impact assessment in waste managementEnvironmental impact and cost-benefit analysis of municipal solid waste collection, transportation and treatment system in Beijing, ChinaT. Liu, Q. Zhang, J. CaoMunicipal Waste, Environmental Impact, Cost-Benefit Analysis, Sorting Effect, Life Cycle Assessment
C01 (1) Management of unconventional wasteHousehold hazardous waste: gauging the knowledge level and its implication for domestic handling and disposal practicesP.K. Dagadu, G. Sagoe, M. Oteng-Ababiohousehold hazardous waste, waste management, extended producer responsibility, developing country
C01 (2) Management of unconventional wasteChemical, mineralogical, physical and petrographic properties and reactivity of two South African fine coal refuse and their beneficiated fractionsK. Mphahlele, R.H. Matjie, J.R. Buntgasification, reactivity, char, fine coal refuses, density separated fine coal refuse fractions, mode of occurrence, mineral matter
C01 (3) Management of unconventional wasteMining waste as a resource in the green transition: legal conditions for secondary extractionM. Pettersson, O. JohanssonMining waste, Regulations, Extractive Waste Directive, Sweden, ReeMAP-project
C01 (4) Management of unconventional wasteDealing with unexpected waste during the implementation of civil works: a case study highlighting technical, legal & safety aspectsT. Gisbertearthworks, civil works, waste, sewerage collector, waste classification, safety risks, legal, landfill gas, middle income country
C01 (5) Management of unconventional wasteDisaster waste management in response to disaster scaleK. Manabe, T. Shimaoka, S. Iwashitadisaster waste, initial response, education, training, timeline
C02 (1) Composting: strategies & pre-treatmentDeveloping new composting approaches using non-sorted biowaste compost as ingredient to obtain improved EU biofertilizersA. García-Rández, V. Blay, J. Andreu, M.D. Pérez-Murcia, C. Alvaro, M.A. Bustamante, E. Martinez-Sabater, L. Orden, S. Sanchez, R. Moralbiowaste, olive mill waste, valorization, amendment, landfill
C02 (2) Composting: strategies & pre-treatmentComposition, characterization and mechanical processing of compost oversize material from biowaste treatment plantsV. Scheff, G. Dürl, D. LanerCompost oversize material, Composition, Characterization, Mechanical processing, Separation of wood, Thermal utilization
C02 (3) Composting: strategies & pre-treatmentSanitisation of faeces by composting according to Austrian state of the artE. Binner, P. Behnisch, C. Zafiu, M. Huber-Humerrotting parameters, time-temperature regime, pathogens, endocrine substances, Calux tests, effect tests
C02 (4) Composting: strategies & pre-treatmentReusing nitrate-rich wastewater as a moisture conditioning agent during composting increases total nitrogen content of compost product by increasing nitrateD. Xie, K. Zheng, H. Wangcomposting, moisture adjustment, nitrate-rich wastewater, nitrogen conversion, denitrification
C03 (1) Composting: processes & emissionsSynergetic effect of combined biochar and nitrifying inoculum on nitrogen conservation during food waste digestate compostingD. Li, M.K. Manu, J.W.C. Wongfood waste digestate, composting, nitrifying inoculant, biochar, NH3 emission, N2O emission
C03 (2) Composting: processes & emissionsMethane and nitrous oxide emission factors for windrow composting of garden waste in Denmark based on ground-based remote sensing measurementsA.M. Fredenslund, M. Edjabu, C. Scheutzfugitive emissions, greenhouse gas, climate change, organic waste, tracer dispersion
C03 (3) Composting: processes & emissionsOdor characteristics and health risks of gas emissions during solid waste biotreatment and landfillingY. Wang, H. Zhang, F. Lü, P. Hesolid waste, biotreatment, landfill, odor, health
C03 (4) Composting: processes & emissionsBacillus bacteria as carbon monoxide producers during composting: lab-scale evaluationK. Sobieraj, D. Derkacz, A. Krasowska, A. Białowieccomposting, carbon monoxide, Bacillus paralicheniformis, Bacillus licheniformis
C04 (1) Anaerobic digestion: processes & biogas productionIntensified methane content in biogas by low-thermal processing of waste activated sludgeA. Kasinath, W. Artichowicz, H. Byliński, A. Remiszewska-Skwarek, M. Szopińska, E. Zaborowska, A. Luczkiewicz, S. Fudala-Ksiazekwaste activated sludge, disintegration, microbiota profiling, anaerobic digestion, methane, energy efficiency
C04 (3) Anaerobic digestion: processes & biogas productionLab-scale characterisation of bioenergy potential from green waste through anaerobic digestion: thermophilic versus mesophilic conditionsA. Folino, A. Randazzo, F. Tassi, F. Tatàno, S. de Rosa, A. Gambiolianaerobic digestion; biochemical methane potential; biogas; characterisation; green waste; thermophilic vs mesophilic conditions; VOCs
C04 (4) Anaerobic digestion: processes & biogas productionNew insight into autogenic pressure on solid-state food waste fermentationL. Luo, J.W.C. WongLeach bed, Lactate, Butyrate, Metabolic pathways, Homoacetogenesis
C04 (5) Anaerobic digestion: processes & biogas productionBiochemical methane potential of biostabilised organic waste destined for landfilling: evaluation under mesophilic and thermophilic conditionsM. Carchesio, M. Di Addario, F. Tatàno, S. de Rosa, A. Gambiolibiochemical methane potential; biostabilisation; landfilling; mechanical biological treatment; mesophilic and thermophilic conditions; organic waste
C04 (6) Anaerobic digestion: processes & biogas productionBioplastics influence on anaerobic digestion of organic fraction of municipal waste (OFMSW)R. Tomczak-Wandzel, B. Szatkowskabioplastics, anaerobic digestion, organic fraction of municipal waste (OFMSW), biogas potential
C05 (1) Biorefinery processesBBCircle – Assessment of a new circularity indexG. Farabegoli, A. Marrapodi, F. Minniti, F. Tatti, G. Costa, L. Lombardi, A. Polettini, R. Pomi, A. Rossibiofuels, biomaterials, biorefinery, circularity index, life cycle assessment, organic waste
C05 (2) Biorefinery processesEnhance ethanol-driven carboxylate chain elongation by Pt@C in simulated sequencing batch reactors: process and mechanismW. Huo, R. Ye, Y. Shao, M. Bao, R. Stegmann, W. LuCaproate; CO2 uptake; Pt@C
C05 (3) Biorefinery processesLow-thermal pretreatment of food waste substrate prior to fermentation for medium chain carboxylic acids productionI. Kontogeorgos, H. Byliński, M. Szopińska, V. Shankar, A. Luczkiewicz, S. Fudala-Ksiazeklow-thermal pretreatment, OFMSW, biorefinery, microbial community, biomethane potential
C05 (4) Biorefinery processesRecovery of high-value products from liquid digestate beyond biogas and humusF. Lü, Z. Wang, Y. Liu, J. Guo, P. Hebiowaste, high value-added products, digestate, organic acids recovery, desalination
C05 (5) Biorefinery processesEnvironmental evaluation of a novel biorefinery configuration for the recovery of biopolymers (PHA): a Life Cycle AssessmentF. Pasciucco, E. Rossi, I. Pecorinibiopolymers, anaerobic biorefineries, organic waste, life cycle assessment.
C05 (6) Biorefinery processesCoffee roasting byproducts. Two technologies compared: anaerobic digestion and direct combustion. A case studyG. Campo, D. Panepinto, V.A. Riggio, A. Cerutti, M. Ravina, M. ZanettiCoffee production waste -Combustion -Anaerobic digestion -Tab testsEnergy recovery -Environmental Compatibility
C05 (7) Biorefinery processesWaste to Olefins: experimental review of new chemical recycling conceptsM. Materazzi, H. Zhu, M. Babkoor, A. Cavaliere, M.-O. Coppenschemical recycling, waste thermal treatment, circular economy, olefins, plastics
C06 (1) Food waste generation & managementDevelopment of a simulation model to carry out technical-economical analysis of a food waste valorisation processL. Preite, G.P.C. Tancredi, A. Paini, G. Vignalifood waste, waste valorisation, circular economy, process simulation, technical-economic analysis
C06 (2) Food waste generation & managementWhich food parts are considered edible and should be included in food waste reduction targetsT. Okayama, K. Watanabe, H. YamakawaSDG target 12.3, avoidable food waste, vegetable skin, questionnaire survey, Japan
C06 (3) Food waste generation & managementFood waste generation in school cateringG. Obersteiner, S. Luck, R. Ottner, E. Schmiedfood waste, school catering, sorting analyses
C06 (4) Food waste generation & managementRepresentative study on food waste generation in Austrian householdsG. Obersteiner, S. Luck, L. Ortega Menjivar, E. Schmiedfood waste, household, online survey, cluster analysis
C06 (5) Food waste generation & managementDevelopment and investigation on an effective intervention method with a ‘nudge’ factor for reducing avoidable food waste from householdsK. Watanabe, T. Okayama, H. Yamakawa, M. Nonomura, Y. SetaSDG 12.3, household food waste, social experiment, sorting analysis, questionnaire survey, Japan
C07 (1) Food waste minimizationReducing food waste in Swedish school catering: testing the effectiveness of nudgingN. Sundin, C. Malefors, L. Bartek, M. Erikssonfood waste prevention, plate waste, school meals, public catering, awareness campaign, food systems
C07 (2) Food waste minimizationInterventions to prevent household food waste with supporting tools: effects on awareness and food waste reductionY. Seta, H. Yamakawa, T. Okayama, K. Watanabe, M. Nonomurahousehold food waste, intervention, ICT, Refrigerator organization, cloud-based measuring
C07 (3) Food waste minimizationUnveiling the key success factors for effective surplus food donation – A case study from SwedenN. Sundin, L. Bartek, C. Malefors, M. Erikssonfood waste management, food rescue, surplus food redistribution, material flow analysis, food donation model, food security
C07 (4) Food waste minimizationReducing waste of eggs in supermarkets – Evaluating the impact of a policy changeM. Eriksson, L. Bartek, N. Sundin, C. MaleforsWaste of eggs, policy impact, EC853/2004, food legislation
C07 (5) Food waste minimizationPromotion of “Use-Up Day” by local governments in Japan: influence of waste reduction campaigns on household food waste behaviorM. Nonomura, H. Yamakawa, T. Okayama, K. Watanabe, Y. Setahousehold food waste, campaigns, local government, consumer behavior, intervention, Use-Up Day
C08 (1) Waste in agriculturePlasma-chemical processing of agricultural waste: numerical analysis and experimentO.A. Lavrichshev, V.E. Messerle, A.L. Mosse, G. Paskalov, M.N. Orynbasar, A.B. Ustimenkowaste, plasma gasification, synthesis gas, thermodynamic calculation, experiment
C08 (3) Waste in agricultureEvaluation of the impact of biogas plant introduction on material cycle in dairy farming area in JapanS. Ochiai, K. Ishii, G. Ham, T. Furuichibiogas plant, GHG, carbon, nitrogen, material cycle, dairy farming area
C08 (4) Waste in agricultureFertilization potential of recovered sulfur from biogas purificationT. Hoang, O. Larsen, J. Kurz, V.R. Rotter, L. Fechterbiogas purification, sulfur recovery, H2S filter, biogas technology, recyclability assessment, sulfur fertilizer
C08 (5) Waste in agricultureThe hidden value of agri-food residues, revealed and boosted through a circular approach: Agro2CircularM. Faraldi, R. Prugger, F. Monzò Sánchez, S. Martinez Lopezcircular economy, food waste, fruit and vegetables, upcycling
C08 (6) Waste in agricultureEngineered recovery of bioactive substances from the residues of hazelnut agro-industrial processingM. Miccio, B. Tauleigne, M. Fraganza, P. Brachi, D. Albanesehazelnut, cuticle, Soxhlet extraction, continuous extraction, mass balances, waste valorization
C09 (1) Anaerobic digestion: biohydrogen & other advanced aspectsIdentification of stability indicators for in-situ biomethanation during dry batch fermentation of biowaste: literature review and statistical analysisS.M. Ng, A. Kosheleva, M. Petersmann, I. Atamaniuk, K. KuchtaPower-to-Gas (PtG), In-situ biomethanation, Dry-batch fermentation, Process parameters, Stability indicators, Statistical analysis
C09 (2) Anaerobic digestion: biohydrogen & other advanced aspectsPotential for bio-hydrogen production from organic waste in a large South African Metropolitan MunicipalityA. Dell’Orto, C. Troisdouble-stage AD, bio-hydrogen, organic waste, WROSE™ model
C09 (3) Anaerobic digestion: biohydrogen & other advanced aspectsIn-situ hydrogen biomethanation in dry discontinuous fermentationA. Kosheleva, S.M. Ng, M. Petersmann, K. Kuchtapower-to-gas, in-situ biomethanation, biogas, dry discontinuous anaerobic fermentation
C09 (4) Anaerobic digestion: biohydrogen & other advanced aspectsA combinatorial optimization study of food waste anaerobic digestion pre- and post-treatments by using P-graph methodD.D. Zhao, H.R. Yuan, Y. Chen, D.Z. Chenfood waste, anaerobic digestion, pre-treatment, post-treatment, sustainable design
C09 (5) Anaerobic digestion: biohydrogen & other advanced aspectsEnhancing energy recovery from cheese whey through dark fermentation combined with different bio-electrochemical processesM. Falzarano, T. Kamperidis, G. Kanellos , G. Lyberatos, A. Polettini, R. Pomi, A. Rossi, A. Tremouli, T. Zonfabio-hydrogen production, dark fermentation, cheese whey, bio-electrochemical systems
C09 (6) Anaerobic digestion: biohydrogen & other advanced aspectsAssessing the impact of sewage sludge from different wastewater treatment technologies on biomethane potential in anaerobic co-digestion assayM. Kumari, M.K. Chandelwaste to energy, anaerobic co-digestion, sewage sludge, municipal solid waste, physicochemical characterization
C10 (1) Greenhouse gases in biowaste managementCircular economy of food waste digestate compostingJ.W.C. Wong, M.K. Manu, D. LiCircular economy, food waste digestate, composting, nitrogen conservation
C10 (2) Greenhouse gases in biowaste managementEffective GHG mitigation from composting with the use of biochar from compostS. Stegenta-Dabrowska, P. Telega, M. Dworniczak, E. Sygula, M. Bednikcomposting, biochar, GHG emissions, process intensification, carbon monoxide
C10 (3) Greenhouse gases in biowaste managementRecovery potential of Nitrogen and Phosphorus from biomass waste management system and their impact on GHG emission in JapanG. Ham, N. Shinoda, K. Ishii, S. Ochiaiorganic wastes, nitrogen and phosphorus flow, MSW, sewage sludge, livestock manure
C10 (4) Greenhouse gases in biowaste managementEstimation of GHG emissions for different food waste categories from restaurants – Case study of Novi Sad (Serbia)B. Batinic, I. Berezni, B. Tot, T. Marinkovic, G. Vujicfood waste, quantity, composition, restaurants, GHG emissions
C11 (1) Advanced wastewater treatmentEffect of operational parameters on photocatalytic removal of acetaminophen using green synthesized zinc oxide nanoparticleN.O. Sanjeev, E.V. Aswathyacetaminophen, activated carbon, azadirachta indica, emerging contaminants, photocatalyst, zinc oxide
C11 (2) Advanced wastewater treatmentRemoval of phenol from waste water using fenton processA. Abhiram, N.S.B. Virinchi, N. Sai Chandra, S. Saji,Bibin, T.S. Anantha Singh, G.K. VargheseCashew-nut shell liquid (CNSL), Phenol, Fenton Reaction, COD, TOC & IC
C11 (3) Advanced wastewater treatmentEffects of different bio-carriers in moving bed biofilm reactors for high-strength nitrogen wastewater treatmentD. Jang, J. Won, S. Kang, A. Jangbio-carrier, moving bed biofilm reactor, high-strength wastewater treatment, nitrification, microbial community
C11 (4) Advanced wastewater treatmentAvocado seed and custard apple seed as natural coagulants for the treatment of grey waterK.K. Basaira Thamanna, A.K. Anjana, A. Gautam, Anusree, T.S. Anantha Singh, E.V. AswathyAvocado seed, Custard apple seed, Greywater, natural coagulants, Turbidity, COD, Removal efficiency
C11 (6) Advanced wastewater treatmentWastewater treatment by using Black Soldier Fly larvae: principles & resultsV. Grossule, M.C. LavagnoloHermetia Illucens, resourse recovery, protein, lipids, biological treatment
C12 (2) Soil remediationRice growth and soil enzyme activities in lead contaminated InceptisolA. Khandelwal, M. Shrivastavalead, translocation factor, soil enzymatic activities, plant enzymatic activities
C12 (3) Soil remediationSource apportionment of heavy metals and organic compounds at a contaminated site using Monte Carlo AnalysisL. Priya, G. K. VargheseContaminated site, Monte Carlo Analysis, Remediation, Source apportionment, Waste management
C12 (4) Soil remediationPollutant treatment performance of Passive Convergence-Permeable Reactive Barrier (PC-PRB): a case studyK. Zheng, H. Wangpassive convergence-permeable reactive barrier; hydraulic performance evaluation; pollutant treatment performance evaluation; numerical simulation; sensitivity analysis
C12 (5) Soil remediationDepositions from air on soil present an efficient forensic tool to establish past air pollution incidentsA.G. Bindu, E.V. Aswathy, G.K. Vargheseenvironmental forensics, fireworks display releases, atmospheric deposition, heavy metal
C12 (6) Soil remediationTreatment of hydrocarbon-contaminated soil with biosurfactants obtained from agricultural wasteT. Ambaye, A. Franzetti, A. Bava, L. Mellere, M. Vaccaribiosurfactant, agricultural waste, microbial electrochemical treatment, landfarming, petroleum hydrocarbon, bioremediation
C12 (7) Soil remediationChallenges associated with the remediation of high organic soilsM. Somaniorganic solis, challenges, remediation
C13 (1) Packaging waste: recyclingAssessment of the recovery potential of recyclables via automated sorting of municipal solid waste – A case study from AustriaD. Blasenbauer, A-M. Lipp, J. Fellner, J. Lederermunicipal solid waste, recycling rate, packaging waste, material recovery facility, sorting
C13 (2) Packaging waste: recyclingStatus, lack and increase potentials of recycling rates for packaging waste: a case study from Tyrol, Western AustriaA.-M. Lipp, D. Blasenbauer, J. Lederermixed municipal solid waste, packaging waste, sorting, recycling rates, material flow analysis
C13 (3) Packaging waste: recyclingRecycling of polyolefin packaging for food applications: requirements and gapsZ.K. Chong, K. Kuchtaplastic recycling, packaging, food-contact materials, contaminants, polyolefins
C13 (4) Packaging waste: recyclingEnd-of-life modelling and environmental evaluation of paper packaging wasteA. Paini, G. Vignalipaper, packaging, end of life, Life Cycle Assessment, recyclability
C13 (5) Packaging waste: recyclingPerformance characteristics of a pilot-scale plastics waste gasifier using oxygen-enriched air and steamG. Calì, F. Parrillo, C. Boccia, F. Ardolino, A. Pettinau, U. Arenagasification, mixed plastics waste, chemical recycling, waste-to-chemicals
D01 (1) Waste generation & characterizationIdentification of variables related to household solid waste generation forecasting in residential areasL. Izquierdo-Horna, R. Kahhat, I. Vázquez-Roweeconomic variables, environmental variables, food waste, machine learning, sociocultural variables, waste management
D01 (2) Waste generation & characterizationModelling commercial waste generation as share of municipal residual waste collectionP. Beigl, A. Happenhofer, R. Ottner, S. Salhofercommercial waste, municipal solid waste, modelling, residual waste
D01 (3) Waste generation & characterizationTechnical-analytical procedures for the verification of the quality of waste management services in a metropolitan city: the experience of Roma CapitaleG. Ferrari, R. Ferrari, L. Ianelliwaste collection, case study, metropolitan area, Rome, waste characterization
D01 (4) Waste generation & characterizationNew ideas for smart waste management: machine learning assisted rapid identification of characteristics of Municipal Solid Waste (MSW)Y. Qi, P. He, D. Lan, H. Xian, F. Lü, H. Zhangmunicipal solid waste, machine learning, waste classification, waste identification, smart waste management
D01 (5) Waste generation & characterizationConsiderations on waste characterization and the production of energy: how useful can waste be?A. Ramoswaste-to-energy, thermalconversion, sustainability, energy efficiency
D02 (1) Separate waste collectionDeveloping robust KPIs for waste collection and composition: lessons learned from residual, paper and biogenic waste composition analysesP. Beigl, A. Happenhoferwaste characterization, municipal solid waste, modelling, residual waste, waste paper, biogenic waste
D02 (2) Separate waste collectionMunicipal policies for promoting household plastic recycling in JapanH. Yamakawawaste separation/sorting, monitoring and enforcement, recycling apps, retailers’ cooperation
D02 (3) Separate waste collectionFood waste collection versus food waste disposers: the case study of a Portuguese cityP. Rodrigues, R. Rodrigues, F. David, N. Melo, E. Soareswastewater treatment plant, foodwaste, disposers, economic aspects, environmental aspects
D03 (1) Combustion technologies: strategies & advanced issuesReaching EU recycling targets: influence on SRF qualityM.J. Enengel, S.A. Viczek, R. Sarcrecycling, mixed municipal waste, mixed commercial waste, refuse-derived fuels (RDF), lower heating value (LHV)
D03 (2) Combustion technologies: strategies & advanced issuesOverview on pollution control technologies in waste combustion plants: analysis on the environmental aspectsD. Panepinto, M. Zanettithermal treatment, flue gas depuration line, macro and micro pollutants, Hg removal
D03 (3) Combustion technologies: strategies & advanced issuesEfficient thermal utilization of compost oversize material: processing steps for the improvement of fuel quality and combustion behaviorV. Scheff, G. Dürl, H. Ali Raza, K. Kätzl, D. LanerCompost oversize material, Fuel quality, Pre-processing, Combustion, Slagging
D03 (4) Combustion technologies: strategies & advanced issuesRecent insights into the use of smouldering combustion for waste managementT. Rashwan, T. Fournie, M. Zanoni, C. Switzer, J. Torero, G. Grant, J. Gerhardsmouldering combustion, thermal treatment, process scale-up, heat losses, emissions, ash, circular economy
D03 (5) Combustion technologies: strategies & advanced issuesScenarios for waste incineration in a regional waste management system for EuropeV. Bisinella, A.S. Varling, T.H. ChristensenWaste, incineration, import, energy recovery, climate change impacts, carbon capture, CCS
D04 (1) Pyrolysis: processes & performancePyrolysis – An Integral Link in the Circular EconomyC. Eden, R. EdenPyrolysis, gasification, municipal solid waste, refuse derived fuel, sustainability, emissions
D04 (3) Pyrolysis: processes & performanceEx-situ thermo-catalytic upgrading of pyrolysis volatiles from end-of-life (EoL) fibre reinforced polymer (FRP) waste: catalyst screening study on a fixed bed reactorA. Serras Malillos, S.D. Stefanidis, S. Karakoulia, A.A. Lappas, A. Lopez-Urionabarrenechea, E. Acha, B.M. Caballerozeolite screening, fixed bed reactor, fibre-reinforcedpolymer recycling, pyrolysis, oil upgrading,carbon/glass fibre
D04 (4) Pyrolysis: processes & performancePyrolysis and oxidative pyrolysis of palm kernel shells using a continuous two-stage pyrolysis process for the production of phenol-rich oil: the effect of the reaction temperature and the concentration of oxygen in fluidizing mediumD.Y. Chae, J.K. Kim, K.B. Park, J.S. Kimpalm kernel shells, Biomass-derived phenol, continuous two-stage pyrolysis, oxidative pyrolysis
D04 (5) Pyrolysis: processes & performancePrediction of MSW pyrolysis products based on deep artificial neural networksY. Zang, D. Chen, S. Ge, L. YinMSW, artificial neural networks, pyrolisys
D05 (1) Waste management in Developing CountriesWaste picker rights and social inclusion: the creation of a university with knowledge democracyJ. Gutberlet, I. de Carvalho Vallinwaste picker, education, recycling, university, knowledge democracy
D05 (2) Waste management in Developing CountriesUsing nationally representative household surveys to estimate waste arisings in developing and low-income countriesP.J. Shaw, J.A. Wright, M.L.H. Thomas-Possee, A.G. Hill, J. Okotto-Okotto, L. Okotto, M. Dzodzomenyohousehold surveys, waste arisings estimation, developing low income
D05 (3) Waste management in Developing CountriesRole of SCIP plastics project to mitigate plastic pollution in Khulna region of BangladeshP. Subrata, I.M. Rafizul, M. Alamgir, S.K. Sarkar, E. Kraft, G. Biastoch, S. Setu, J.A. Saju, A.A. Nomanplastics, pollution, waste management, waste generation, recycling shop, landfill
D05 (4) Waste management in Developing CountriesQuantifying plastic emissions to assess the environmental impact of open landfill sitesS. Berner, S. Setu, H.M. Nahid, E. Kraft, I.M. Rafizulplastic waste, landfills, modelling, developing countries, Bangladesh
D06 (1) Education & communicationHow an innovative environmental education program can help the waste management sectorG. De Feoenvironmental education, Greenopoli, Life Cycle Thinking, sustainability, waste
D06 (2) Education & communicationGreening humanitarian aid: integrating solid waste management into WASH emergency response trainings – A case study of the Austrian Red Cross training planJ. Zeilinger, G. Eckerwaste management in emergencies, education and training, disaster waste management, WASH, green response
D06 (3) Education & communicationLIFE-C: promoting Life Cycle thinking in higher educationL. Lombardilife cycle assessment, sustainability, education
D06 (4) Education & communicationIs it possible to transform citizens’ reluctance towards reusing personalized objects? The case of discarded bed mattressesB. Haugediscarded mattresses, citizen engagement, qualitative methods, reuse, change of behaviour, waste generation patterns, empowerment
D06 (5) Education & communicationPromoting the separate collection of biowaste through citizen engagementV. Leppälä, S. Vanhamäki, K. Manskinenbiowaste, citizen engagement, separate collection
D07 (1) Thermal recycling of plastic wasteAdvanced recycling technologies for mixed plastics waste. A reviewU. Arena, F. Parrillo, C. Boccia, F. Ardolinomixed plastics waste, chemical recycling, physical recycling, waste-to-plastics, waste-to-fuel, waste-to-chemicals, technological readiness level
D07 (2) Thermal recycling of plastic wasteHydrogen from plastic waste: effects of feedstock composition on product characteristicsA. Veksha, Y. Wang, G. Lisakcarbon, hydrogen, marine plastic litter, post-consumer plastics, pyrolysis, thermolysis
D07 (3) Thermal recycling of plastic wasteSteam gasification of waste plastic using a two-stage gasifier for producing clean hydrogen-rich syngas with active carbonH.J. Kim, J.W. Kim, J.S. Kimwaste plastic, gasification, hydrogen, thermochemical conversion, recycling
D07 (4) Thermal recycling of plastic wasteThermochemical conversion of plastic-rich waste coming from sorting of municipal solid waste (MSW) into oils of interest for the petrochemical industryB.B. Perez-Martinez, A. Lopez-Urionabarrenechea, E. Acha, B.M. Caballero, A. Serras-Malillos, J. de la Torre-Bilbaopyrolysis, oils, wax, aromatics, MSW, heating rate, flash pyrolysis
D07 (5) Thermal recycling of plastic wasteHydrothermal gasification of plastic: exploratory study for the conversion of waste to hydrogen as a zero-carbon fuelS. Lotfi, M. Beaulne, J.-C. Morais, W. Ma, K. Austin, J. ButlerPlastic waste, hydrothermal gasification, hydrogen, catalyst, automotive fluff
D08 (1) Fly ash: characterization & treatmentMaterial recovery in waste-to-energy fly ash treatmentM. Šyc, E. Korotenko, J. Jadrný, T. Baloch, P. Mašínfly ash, metal recovery, gypsum, waste-to-energy
D08 (2) Fly ash: characterization & treatmentBehavior of landfilled stabilized fly ash treated by different treatment methods for the past 27 yearsJ.M.C. Tan, A. Saffarzadeh, T. Shimaokamunicipal solid waste incineration, fly ash, long-term stability, landfill, chelate/acid-treatment, compost
D08 (3) Fly ash: characterization & treatmentPossibilities of fly ash/APCr treatment in waste-to-energy plant: the environmental perspectiveE. Korotenko, M. Syc, J. Jadrny, T. Baloch, P. Masin, L. GricWtE, fly ash/APCr treatment, resource recovery, environmental properties
D08 (5) Fly ash: characterization & treatmentSingle particle fly ash analysis for improved elemental correlation outcomes in synchrotron-based NanoXRFA. R. Jahangiri, S. Sala, B. Ebin, C. Nilsson, K. Karlfeldt Fedje, J. Risslerfly ash, synchrotron, nanoxrf, image processing, opencv
D08 (6) Fly ash: characterization & treatmentSafe reutilization of MSWI fly ash from grate furnace and fluidized bed incinerator via a co-reduction processW. Qi, J. LiuMSWI fly ash, grate furnace, fluidized bed incinerator, co-reduction process
D09 (1) MSWI bottom ash: characterization & recovery opportunitiesTreatment of MSWI bottom ash from grate incineration and fluidized bed combustion: a comparisonJ. Mühl, S. Hofer, D. Blasenbauer, F. Feher, J. Lederermunicipal solid waste incineration, incineration bottom ash treatment, fluidized bed incineration, glass recycling
D09 (2) MSWI bottom ash: characterization & recovery opportunitiesChemical analysis of the output-flows of an IBA processing plant in Austria – The fate of Pb and CdS. Hofer, J. Mühl, J. Ledererincinerator bottom ash, circular economy, substance flow analysis, recycling
D09 (3) MSWI bottom ash: characterization & recovery opportunitiesUtilisation of MSWI bottom ash in Denmark – A valuable contribution to the circular economyO. Hjelmar, J. Hyks, J. Kallesøe, S. Dyhr-JensenDenmark, MSWI bottom ash, bottom ash gravel, utilisation, circular economy, legislation, environmental protection, leaching, limit values, characterisation, classification, certification, processing, application, metals
D09 (4) MSWI bottom ash: characterization & recovery opportunitiesOptimization of a selective fragmentation process for the improvement of copper recovery in the incineration bottom ash fine fractionH. Muñiz Sierra, M. Syc, F. Meneces Fuertesincineration bottom ash, copper, liberation process, comminution, milling
D09 (5) MSWI bottom ash: characterization & recovery opportunitiesDust emissions and deposition during construction works with recycled MSWI-bottom ashM. van Praagh, J. Lundberg, J. Rissler, A. Rundegren, A. Larsson, S. Janhällbottom ash, dust emissions, deposition, occupational health, environmental risk assessment
D10 (1) Bottom ash in concrete production: process & environmental behaviorProcessing routes for municipal waste incineration bottom ash as a substitute for aggregates and binders in concreteD. Laner, I. Vateva, M. Laabs, B. Middendorfbottom ash treatment, mechanical processing, waste utilization, construction material
D10 (2) Bottom ash in concrete production: process & environmental behaviorProperties of concretes containing fluidized bed combustion bottom ash as partial substitute for natural aggregateF. Feher, J. Mühl, J. Hron, O. Zeman, J. Lederermunicipal solid waste incineration, fluidized bed incineration, fluidized bed combustion bottom ash, concrete, properties of concrete
D10 (3) Bottom ash in concrete production: process & environmental behaviorInitial screening of leaching of per-and polyfluoroalkyl substances (PFAS) from Danish municipal solid waste incineration bottom ash used as secondary aggregateJ. Hyks, O. Hjelmarperfluoroalkyl and polyfluoroalkyl substances, bottom ash, leaching
D10 (4) Bottom ash in concrete production: process & environmental behaviorProposal of a tiered risk-based approach for evaluating the utilisation potential of mineral fractions from incineration bottom ash treatmentL. Acampora, G. Costa, F. Lombardi, C. Mensi, I. Verginellimineral fraction, bottom ash, leaching tests, tiered approach, risk assessment, End-of-Waste
D11 (1) Carbon capture based processesGas pretreatment for CCS in Waste-to-Energy plantsS. Andersson, M. BiermannWaste-to-Energy, gas treatment, DCC, DCCPS, CCS, post-combustion, oxyfuel
D11 (2) Carbon capture based processesEnergy demands of membrane-based carbon capture at a waste-to-energy plantB. Zach, J. Pluskal, J. Jadrny, R. Somplak, J. Kudela, M. Syccarbon dioxide, membrane separation, carbon capture, multicriteria optimization, waste incineration
D11 (3) Carbon capture based processesCharacteristic of CO2 sequestration in steel slag wastes at elevated temperature and longer contact timeK. Elyasi Gomari, S. Rezaei Gomari, D. Hughes, T. Galadanchi Ahmedsteel slag waste, mineral carbonation, elevated temperature, contact time, CO2 sequestration, zero emissions
D12 (2) Performance of covers Vs landfill lifetimeAssessment of the durability of Dutch landfill covers, a case study of BavelF. Molema, H. Geusebroek, R. van Wijhefinal top cover, barrier performance, lifetime assessment research, aftercare, mineral layers, geomembrane, case study
D12 (3) Performance of covers Vs landfill lifetimeBiochar for methane mitigation in landfill cover: properties and mechanismsX. Bai , D. Huang, Q. XuMethane oxidation; biochar; landfill cover soil; extracellular polymeric substances
D12 (4) Performance of covers Vs landfill lifetimeCapping of old unlined landfills: shifts on microbial populations and contributions to metals precipitationA.K. Martins Morita, I. K. Sakamoto, M.B.A. Varesche, E. Wendlandmunicipal solid waste, 16S rRNA, metals precipitation, landfill cover
D12 (5) Performance of covers Vs landfill lifetimeAttenuation of volatile inorganic and organic compounds in landfill cover soils treated with sewage sludge and landfill leachateG. Viti, A. Randazzo, S. Venturi, F. Tatàno, F. Tassibiogas, laboratory experiment, landfill cover soil, landfill leachate, sewage sludge, VOCs
D12 (6) Performance of covers Vs landfill lifetimePlant selection for landfill phytocaps: Australian case studiesR.N. Michael, T.D.H. Kim, R. Fernandoplant selection, site assessment, natural analogues, multi-benefit design, ecological services, phytocap, evapotranspiration landfill cover, landfill rehabilitation, landfill capping, Australian native plants
D13 (1) Aftercare and sustainability of landfillsSustainable landfill design in a climate of changeN. Ruxton, A. NovianiClimate Change, Extreme Rainfall, Failure, Landfill, Landfill Design, Landfill Failure, Landslide, Prescriptive Approach, Risk-Based Approach, Slope Failure, Waste
D13 (2) Aftercare and sustainability of landfillsRestoring landfill covers into Natura 2000 habitats and biotope for EU-protected speciesA. De Vocht, T. Smeets, W. De Witte, L. Van Doninckbiodiversity, Nature 2000, bird directive, habitat restoration
D13 (3) Aftercare and sustainability of landfillsGIS to identify the value of ecological rehabilitation of landfillsV.R. Chulliparambil, H. Shearer, T. Matthews, J. Cortes Ramirez, R. Michaellandfills, after-use, ecological rehabilitation, connectivity, endangered species habitat
D13 (4) Aftercare and sustainability of landfillsEvaluation of groundwater hydrology system associated with a landfill in ColombiaC. Nieto, E. Vazquez-Suñè, J.J. Velascolandfill, leachate, statistical analysis, leachate aquifer contamination, natural attenuation, groundwater remediation
D13 (5) Aftercare and sustainability of landfillsEffect of landfill age and rainfall on pollution potential of landfill leachateT. Singh Bisht, D. Kumar, B. J. Alappatlandfill leachate, revised leachate pollution index, leachate pollution, municipal solid waste
E01 (1) Landfill processes modelling & simulationThree landfills, six treatments, sixteen landfill simulation reactorsN. Quist, F. van Raffe, R.N.J. ComansActive treatment, Contaminant Partitioning, Landfill simulation reactors
E01 (2) Landfill processes modelling & simulationMechanisms governing carbon and nitrogen pathways during enhanced waste degradation in landfill simulator reactorsC.F. Andrade, A.-C. Dieudonne, J. Gebert, T. Heimovaaranitrogen, sorption, municipal solid waste, inhibitions,boundary conditions
E01 (3) Landfill processes modelling & simulationSimulation of complex leachate generation patterns using an updated empirical methodK. Knoxlandfill, leachate, water balance, modelling, prediction, buffer storage, treatment capacity
E01 (4) Landfill processes modelling & simulationA three-dimensional numerical model to predict future leachate generation in landfill sites under climate changeK. Ishii, M. Narita, S. Ochiai, G. Hamclimate change, leachate generation, long-term prediction, adjusting reservoir
E01 (5) Landfill processes modelling & simulationComparing modelled, recovered and generated gas in a MSW landfill under leachate recirculationN. Meza, T. Heimovaara, T. Kanen, J. Gebertin-situ stabilization, leachate recirculation, landfill
E02 (1) Landfill gas extraction & utilizationAutomated control system for biogas extractionM. Giovannetti, G. Cordarolandfill, biogas, Internet of things, automation, climate change, GHG emissions
E02 (2) Landfill gas extraction & utilizationAssessment of landfill gas storage and application regarding energy management: a case study in the province of Quebec, CanadaT. Malmir, D. Lagos, M. Héroux, U. Eickerlandfill gas, CH4 storage, gas collection data, energy management
E02 (3) Landfill gas extraction & utilizationUsing landfill gas as a source of electricity instead of a source of pollutionS. Jenningslandfill gas, methane, landfill gas-to-energy, landfill gas-to-electricity
E02 (4) Landfill gas extraction & utilizationThe upgrading of a variable quality landfill biogas to biomethane – Feedback from the operation of several upgrading unitsG. Barina, T. Denoun, O. Belkacemi, A. Trueba, M. Venturini, E. Trottinibiogas, biomethane, upgrading, big data, nitrogen, oxygen, methane, GHG, monitoring, meteorological factors
E02 (5) Landfill gas extraction & utilizationH2 injection in organic landfills for production of green natural gasP. Wens, E. Willelandfill mining, H2 injection, green methane
E03 (1) Landfill methane oxidation systemsThe Danish Biocover Initiative – Background, monitoring and statusC. Scheutz, Z. Duan, P. Kjeldsenfugitive methane emissions, greenhouse gas, climate change, methane oxidation
E03 (2) Landfill methane oxidation systemsThe Danish Biocover Initiative – Case studiesC. Scheutz, Z. Duan, P. Kjeldsenfugitive methane emissions, greenhouse gas, climate change, methane oxidation
E03 (3) Landfill methane oxidation systemsLarge-scale pilot biofilter to abate methane emissions from a depleted landfill gasJ.L. Almeida, J. Dumouchel, J.J. das Neves Santos, R. Sellez, Y. Dulac, A. Cabralbiofilter, passive methane oxidation system, landfill
E03 (4) Landfill methane oxidation systemsResilience of a methane oxidation biosystem treating residual methane emissions from a closed landfillZ.L. Kanmacher, R.G. Zytner, E. Short, A. Yochim, R. Vaillancourt, D. Lake, B.R. Nelson., Y. Dulac, A. Cabralugitive methane emissions, greenhouse gas emissions, greenhouse gas treatment, passive methane oxidation biosystems, landfill management
E03 (5) Landfill methane oxidation systemsValidation of a methane oxidation biosystem design methodY. Dulac, Z.L. Kanmacher, R.G. Zytner, A. Yochim, R. Vaillancourt, D. Lake, B.R. Nelson, A. Cabralmodeling, passive methane oxidation biosystem, compost, air permeability, unsaturated soils
E04 (1) Semi-aerobic landfill and aerationLandfill aeration as a technology to reduce the length of the aftercare period at AV Miljø Landfill, Denmark – Results of an initial pilot-scale aeration testP. Bonilla Prado, C. Scheutz, N.S. Jensen, L. Fjelsted, J.E. Larsen, A.G. Christensen, R.R. Møller, P. KjeldsenAftercare period, Landfill aeration, methane, leachate, ammonia, aerobic waste degradation
E04 (2) Semi-aerobic landfill and aerationLandfill stabilisation by enhanced aeration lessons learned and optimisation of the aerationC.R. Cruz, H. Lammenin situ aeration, landfill stabilization, landfill aeration, sustainable landfill management, carbon removal
E04 (4) Semi-aerobic landfill and aerationSimulation of landfill gas flow around a gas monitoring well in a closed landfillH. Yoshida, A. Itolandfill gas, semiaerobic landfill, passive aeration, simulation
E05 (1) Landfill aeration specific aspectsAssessing the efficiency of landfill aeration with a carbon mass balance approachJ. Gebert, N. Meza, C. Cruz, H. LammenIn-situ stabilization, aeration, over-extraction
E05 (2) Landfill aeration specific aspectsUnderstanding nitrogen transformation using the ratio of nitrogen to argon in landfills under in-situ stabilisationS.C. Yi, N. Meza, H. Oonk, J. Geberttracer gas, nitrogen argon ratio, nitrogen speciation
E05 (3) Landfill aeration specific aspectsPressure field tests to infer permeability of waste bodies under in situ aerationL. Duarte Campos, T. Rees-White, R. Beaven, C. Cruz, H. Lammen, J. Gebertin-situ stabilisation, pressure, connectivity, permeability
E05 (4) Landfill aeration specific aspectsInsights into leachate reduction in landfill with different ventilation rates: balance of water, waste physicochemical properties and microbial communityW. Yu, P. Jin, S. Bian, J. Yanglandfill, ventilation, leachate reduction, water balance, microbial analysis
E06 (1) Assessment and prediction of landfill gasAssessing biogas emissions from 5 landfills: measurements and predictive gas models comparison and lessons learnedE. Allegrini, M. Lozano, P. Kumar, A. Shah, O. Laurent, G. Broquet, P. Ciais, M. Kerkar, G. Mauguen, M. Nibart, V. David, D. Buty, O. Obertimethane emissions, landfill, measurements, reverse modelling, predictive biogas model
E06 (2) Assessment and prediction of landfill gasAnalysis of methane gas emission by LandGEM model from open dump landfill in Khulna of BangladeshS. Setu, I.M. Rafizul, S. Berner, M. Alamgir, E. Kraftmethane, LandGEM, landfill gas, municipal solid waste
E06 (3) Assessment and prediction of landfill gasChanges in the methane oxidation efficiency of a passive biocover system due to barometric pressureK. Kissas, A. Ibrom, P. Kjeldsen, C. ScheutzMethane oxidation efficiency, Empirical emission model, Tracer gas dispersion method, Barometric pressure
E06 (4) Assessment and prediction of landfill gasBiogas monitoring at the end of aftercare phase on a landfill site in WalloniaS. Herzet, C. Collart, E. Bietlotend of aftercare, biogas management, case study, criteria
E07 (1) Aerial based landfill monitoringValidation and application of a drone-based method for fugitive emissions quantificationC. Scheutz, N.T. Vechi, J. Knudsenmethane emission quantification, method validation, climate change
E07 (2) Aerial based landfill monitoringUAV-based whole-site methane emissions quantification at Reykjavik landfill siteN. Proietti, T. Thorbjornssonmethane flux, quantification, landfills, IPCC, unmanned aerial systems, greenhouse gases, methane flux
E07 (3) Aerial based landfill monitoringLarge-scale Canadian landfill methane quantification surveyD. Risk, E. Bourlon, R. Martino, J. Stuart, D. Ghasemi, A. Khaleghi, C. Fougère, L. Coyle, A. Kennedy, M. Boyd, G. Perrine, M. Lavoie, J. Vogt, S. Kennedy, E. Copp, M. Hammer, C. Hall, L. Gillespie, F. Vogel, S. Ars, S. Fraser, E. Gilbertsonlandfill, methane, emission, rate, estimates, sources, gaussian dispersion, inversion, mass balance, truck, drone, aircraft, regulation, Global Methane Pledge
E07 (4) Aerial based landfill monitoringUAV settlement monitoring on a sanitary landfillV. Baiocchi, A. Bosman, F. Cianfanelli, V. Marzaioli, Q. Napoleonisanitary landfill, settlement, monitoring, landfill reclamation, case studies
E08 (1) Leachate recirculationInstallation of a vadose zone monitoring system for tracer testing in a municipal solid waste landfill subject to leachate recirculationA. Stringfellow, R. Beaven, T. Rees-White, J. Smethurst, W. Powrie, T. Kanenvadose zone monitoring system, landfill, leachate recirculation, fluorescein tracer test
E08 (2) Leachate recirculationVertical heterogeneity of organic matter in the pore water of a municipal solid waste landfill subject to leachate recirculationN. Quist, F. van Raffe, T.C. Rees-White, R.N.J. ComansVadose Monitoring System, Dissolved Organic Carbon, Humic substances
E08 (3) Leachate recirculationVertical heterogeneity of contaminants in the pore water of a municipal solid waste landfill subject to leachate recirculationF. van Raffe, N. Quist, T.C. Rees-White, R.N.J. Comanslandfill pore water, vertical heterogeneity, contaminants
E08 (4) Leachate recirculationBorehole dilution tests to measure leachate flow at a recirculation landfillT. Rees-White, M. Feenstra, T. Kanen, R. Beaven, J. Gebertrecirculation, tracer tests, well tests, hydraulic properties
E09 (1) Waste landfilling: case studiesFlexible and convenient solution to monitor and model landfills with real applicationM. Coldesina, R. Casazzadiscarica di Masserano
E09 (2) Waste landfilling: case studiesLandfill gas lateral migration management: case studyC.K. Vidanaarachchi, B. DearmanLandfill Gas, Lateral Migration, low-calorific flare, pin wells, continuous gas monitoring
E09 (3) Waste landfilling: case studiesHydrogen sulphide generation and emission in landfills: new wastes, new challengesR. Gregoryhydrogen sulphide, odour, gypsum, calcium sulphate, plasterboard, MSW, methanogenesis
E09 (4) Waste landfilling: case studiesDiscovering old mine shafts under a new landfill cellA. SalihLandfill cell, mine shafts, Victoria, Australia
E09 (5) Waste landfilling: case studiesNew science in landfill fire control – Extinguishing the Caton landfill fireT. Sperling, A. Abedini, T. Thalhammerlandfill fire, oxygen suppression, hydrogen cross contamination
E10 (2) Waste management case studiesAn assessment of the impact of policy interventions for organic waste in the City of Cape TownS. Kissoon, C. TroisOrganic waste management, landfills, municipalities, GHG emissions mitigation
E10 (3) Waste management case studiesThe integrated Waste Management System of Western Macedonia (IWMS), GreeceP. Kafasis, K. Tsioptsias, P. Papagorassolid waste management, integrated systems, waste treatment, recycle, reuse, reduce
E10 (4) Waste management case studiesClosing material loops through optimized communication among stakeholders of the circular economy: an example from the chemical industryA. do Carmo Precci Lopes, T. Hagedorn, A. Schlüte, B. Boeddinghaus, B. Völker, E. Ionescu, L. Wenzel, M. Cornelli, S. Mehmood, C. Binnig, L. Schebekblockchain, circular economy, information management, material flow management, waste from the chemical industry
E11 (1) Landfill miningAssessment of the landfill mining potential in inactive landfills in the State of São Paulo, BrazilC. Camolesi Guimarães, A. Muselli Barbosa, E. dos Santos Rosa Bezerra, G. Paulino Pereira, L. Guireli NettoWaste deposits, landfill, dumpsite, landfill mining, resource recovery
E11 (2) Landfill miningLandfill remediation by landfill mining – Case study of the Villadose landfillP. Tan, W. Giacetti, R. Raga, E. Villaniremediation, landfill mining, groundwater quality
E11 (3) Landfill miningRemediation by landfill mining of the Slettebakken landfill in Bergen, NorwayS. D'Haene, S. Pensaert, D. Moscalandfill minig, Slettebanken, Bergen, remediation
E11 (4) Landfill miningEvaluation of dust emission rate from landfill mining activitiesM. Zari, R. Smith, R. Ferrariemission rate, landfill mining, airborne particle, dust pollution
E12 (2) Workshop: Tools for evaluating the real convenience of recycled materialsThe importance of generating data about “extensive material characterization” during different life stages of the materialsC. Castiglioni
E12 (3) Workshop: Tools for evaluating the real convenience of recycled materialsThe proposition of scientifically-sound approaches useful to understand, define and assess the “environmental impacts” of recycled materials according to their scope of applicationG. Beggio
E12 (6) Workshop: Tools for evaluating the real convenience of recycled materialsCase studies: plasticsP. Dzoh Fonkou
E13 (1) Workshop: Open issues in EU regulations on End of WasteMust the discourse change? – A review of CJEU Waste Case Law 2012-2023O. JohanssonEnvironmental Law, Circular Economy, Concept of Waste
E13 (2) Workshop: Open issues in EU regulations on End of WasteAnalysis of the End of Waste (EoW) criteriaM. Zanetti, D. Panepintowaste framework directive, End of waste, End of Waste criteria
E13 (3) Workshop: Open issues in EU regulations on End of WasteBy-product and end-of-waste technologies’ policy implications and management decision triggers for sustainable and circular use of bioresources across agriculture, forestry, and aquacultureK. Kenk, M. Kriipsalu, K. Kergeby-products, end-of-waste, policy, bioresource circulation
F01 (1) Strategie e prassi nella gestione dei rifiutiAnalisi dei flussi di massa dei rifiuti urbani nelle regioni italianeG. De Feo, C. Carotenuto, A. Grosso
F01 (2) Strategie e prassi nella gestione dei rifiutiVerso il monitoraggio in tempo reale delle emissioni odorigene dagli impianti di trattamento rifiuti: un caso studioC. Ratti, B.J. Lotesoriere, C. Bax, L. Capelli
F01 (3) Strategie e prassi nella gestione dei rifiutiCome un innovativo programma di educazione ambientale può aiutare il settore della gestione dei rifiutiG. De Feo
F01 (4) Strategie e prassi nella gestione dei rifiutiLa gestione della frazione organica dei rifiuti urbani tra riduzione e recupero di materia: l’esperienza dell’ASA di TivoliF. Girardi, G. FerrariASA Tivoli GFAmbiente forsu olio vegetale raccolta differenziata rifiuti urbani biocella compostiera di comunità autocompostaggio compostaggio locale
F02 (1) Rifiuti organici e trattamenti biologiciSviluppo di un modello di simulazione per condurre uno studio di fattibilità di un processo di valorizzazione di scarti alimentariL. Preite, G.P.C. Tancredi, A. Paini, G. Vignali
F02 (2) Rifiuti organici e trattamenti biologiciRecupero di sostanze bioattive dai residui agroindustriali della nocciola seguendo un approccio ingegneristicoM. Miccio
F02 (3) Rifiuti organici e trattamenti biologiciScarti della tostatura del caffè, due tecnologie a confronto: digestione anaerobica e combustione diretta. Un caso studioG. Campo, D. Panepinto, V.A. Riggio, A. Cerutti, M. Ravina, M. Zanetti
F02 (4) Rifiuti organici e trattamenti biologiciBioenergia da frazione organica verde mediante digestione anaerobica a scala di laboratorio: caratterizzazione in condizioni termofile e mesofileA. Folino, A. Randazzo, F. Tassi, F. Tatàno, S. de Rosa, A. Gambioli
F02 (5) Rifiuti organici e trattamenti biologiciProseguimento dello studio sull’utilizzo in agricoltura biologica del compost di qualità nella Repubblica di San MarinoG. Barulli, G. Ferrariagricoltura biologica, compost, economia circolare, rifiuti biodegradabili, compostaggio, ammendanti, fertilizzanti
F03 (1) Recupero di materiali ed energia dai rifiutiValorizzazione dei rifiuti organici nella produzione di imballaggi in plastica in una prospettiva di economia circolare: valutazione dell’impatto ambientale nel ciclo di vitaL. Moreschi, M. Gallo, A. Del Borghi, G. Perotto, E. Gagliano
F03 (2) Recupero di materiali ed energia dai rifiutiImpianto prototipale per il riciclo di rifiuti costituiti da pannelli fotovoltaici a fine vita, basato su un processo brevettato a basso impato ambientaleM. Tammaro, L. M. Cafiero, L. Tuccinardi, R. Tuffi
F03 (3) Recupero di materiali ed energia dai rifiutiL’approccio del progetto RE-MED all’implementazione dell’economia circolare nel settore delle costruzioni stradali riciclando i rifiuti di costruzione e demolizione e l’asfalto rigeneratoO. Yazoghli-Marzouk, Z. Jaouadi, G. Di Mino, I. Srour, A. KraiemEconomia Circolare (EC), Progetto REMED, rifiuti da costruzione e demolizione (RCD), Asfalto Rigenerato (RA), modello economico circolare (CEM), Valutazione del Ciclo di Vita (LCA), Analisi dei Costi del Ciclo di Vita (LCCA) Decisione Multi- Criteriale Quadro Making (MCDM).
F03 (4) Recupero di materiali ed energia dai rifiutiProposta di una procedura multilivello basata sull’analisi di rischio per valutare la compatibilità ambientale dell’utilizzo di frazioni minerali dal trattamento di ceneri di fondo da termovalorizzazione di rifiutiL. Acampora, G. Costa, F. Lombardi, C. Mensi, I. Verginelli
F03 (5) Recupero di materiali ed energia dai rifiutiTecnologia Flameless Pressurized Oxy-combustion (FPO): si avvicina alla fase di industrializzazione la nuova frontiera per la chiusura sostenibile del ciclo dei rifiutiA. Di Biase, A. Quarta, P. Corvaglia, M. Malavasi, G. Di Salviahazelnut, cuticle, Soxhlet extraction, continuous extraction, mass balances, waste valorization
F04 (1) Discariche e sink sostenibili per i rifiuti residuiSistema di controllo automatizzato per la captazione del biogas di discaricaM. Giovannetti, M. Cordaro
F04 (2) Discariche e sink sostenibili per i rifiuti residuiSoluzione flessibile ed economica, con applicazione reale, per il monitoraggio di una discaricaM. Coldesina, R. Casazza
F04 (3) Discariche e sink sostenibili per i rifiuti residuiIl ruolo della evoluzione normativa sulla riduzione della produzione di percolato nelle discariche in post-gestioneG. Preda, F. Crociati, M. Neri, L. Savigni, E. Bosilandfill, leachate, multi-layer capping, carbon footprint
F04 (4) Discariche e sink sostenibili per i rifiuti residuiAttenuazione di composti inorganici e organici volatili da suoli di copertura di discarica trattati con fanghi di depurazione e percolato di discaricaG. Viti, A. Randazzo, S. Venturi, F. Tatàno, F. Tassi
F05 (1) Workshop: Waste and HealthOn the complexity of the relation between the environment and human healthN. Fraeyman, S. Malfait, V. Duprez, L. Hens, E. Mortierpollutants, environment, human health, exposome
F05 (2) Workshop: Waste and HealthOne Health approach in Waste ManagementA.S.N. Ndiforngu, M.C. Lavagnoloone health, waste management and health, exposome, stressor, pollution
F06 (1) Workshop: Advanced issues in waste gasificationSteam reforming of tars in hot syngas cleaning: removal efficiency of different waste-derived catalystsF. Parrillo, C. Boccia, G. Ruoppolo, V. Arconati, F. Ardolino, U. Arenagasification, syngas cleaning, waste-derived catalysts, iron catalysts, tar removal
F06 (2) Workshop: Advanced issues in waste gasificationWaste reduction and NEWSand generation by co-gasification of sludge and municipal solid waste in SingaporeX. Fu, W.P. Chan, Y.Z. Boon, V.M.P. Chin, Y. Zhao, A. Veksha, L.Y. Ge, Y. Zhou, S.A Snyder, G. LisakNEWSand, slag, sludge, municipal solid waste, incineration ash, co-gasification
F07 (1) Workshop: Recent development in landfill aerationIntroduction into the development of the in situ aeration technology and its applicationM. Ritzkowski
F08 (1) Workshop: Ecotoxicology for waste managementConventional, standardized and innovative ecotoxicity toolsR. Pedrazzani
F08 (2) Workshop: Ecotoxicology for waste managementEnd-of-waste and waste classification: the role of ecotoxicologyA. Pivato, G. Beggio
F08 (3) Workshop: Ecotoxicology for waste managementBioassays as a support for end-of-waste definition: case studiesC. Alias
F08 (4) Workshop: Ecotoxicology for waste managementEffect-based methods and their implementation in the monitoring program: From Science to PoliciesL. Gomez, E. Porcel Rodriguez, I. Sanseverino, D. Marinov, R. Carafa, P. Sciuto, M. Carere, D. ten Hulscher, T. Lettieri
F08 (5) Workshop: Ecotoxicology for waste managementIntegrated data processing of ecotoxicological analysesG. Bertanza, M. Menghini
F09 (1) Workshop: Waste management in South-Eastern CountriesCapacity building in municipal solid waste management in Asian countries of Vietnam, Cambodia and Thailand: the state of the art and the case of the Erasmus+ “SWAP” projectM. Kitzberger, K. KuchtaSustainable Solid Waste Management, Policies, Southeast Asia, Capacity Building, Higher Education, TVET Courses, Teaching Material, Training Hubs, Vietnam, Thailand, Cambodia, Massive Open Online Courses
F09 (2) Workshop: Waste management in South-Eastern CountriesAchieving sustainability in capacity building projects: sharing educational products and tools in the SWAP projectC. Muzzi, L. BoettiSustainable Solid Waste Management, Policies, Southeast Asia, Capacity Building, Higher Education, TVET Courses, Teaching Material, Training Hubs, Vietnam, Thailand, Cambodia, Massive Open Online Courses
F09 (3) Workshop: Waste management in South-Eastern CountriesDiscussing the possibility of extending the European vision of solid waste management to the Asian countries of Vietnam, Cambodia and ThailandS. De Gisi, G. Gadalet, M. Notarnicola, M.K. Pholchan, P. Sok, P. Tara, P. Pholchan, K. Soben, Y. Nida, T.T. Anh Tuyet, K. KutchaSWAP, 3Rs, informal sector, carbon footprint, legal framework, European scheme.
F10 (1) Workshop: Circular Construction in Regenerative CitiesIntroduction to the workshopK. Kuchta, J. zum Brock
F11 (1) Workshop: From biowaste collection to high quality compostGamechanger biogenic waste? A guideline for representative sampling with consideration of impurities, biodegradables and food wasteP. Beigl
F11 (2) Workshop: From biowaste collection to high quality compostAustrian regulations about impurities in feedstock material and compostsE. Binner
F11 (3) Workshop: From biowaste collection to high quality compostState of the art of composting in Austria – Regulations for bio-wastes and compostsC. Zafiu
F12 (1) Workshop: Evaluation of food waste preventionIntroduction to the workshop – Evaluation criteriaG. Obersteiner
F12 (2) Workshop: Evaluation of food waste preventionEvaluation of food waste prevention measures at retailE. Schmied
F12 (3) Workshop: Evaluation of food waste preventionEvaluation of food waste prevention measures at homeK. Watanabe
F12 (4) Workshop: Evaluation of food waste preventionEvaluation of food waste prevention measures out of homeT. Okayama
F12 (5) Workshop: Evaluation of food waste preventionEvaluation of food waste prevention measures in agricultureG. Obersteiner
F13 (1) Workshop: Circular Economy in the Mediterranean areaFactors influencing CDW policies and strategies in LebanonA. Abou Jaoude, I. Srour, O. Yazoghli-Marzoukfactors, strategies, policies, CDW management, drivers, focus
F13 (2) Workshop: Circular Economy in the Mediterranean areaCDW state of the art and action strategy – The case of Lebanon and TunisiaA. Abou Jaoude, I. Srour, N. Hamdi, O. Yazoghli-Marzoukconstruction and demolition waste, case study, Lebanon, Tunisia
F13 (3) Workshop: Circular Economy in the Mediterranean areaRecycling Construction and Demolition waste and Reclaimed Asphalt in the road sector with a view of the Circular Economy. The boundaries, regulations and perspectives in developed countriesG. Di Mino, O. Yazoghli-Marzouk, R. Idir, P. VaillantCircular Economy, End-of-Waste, Construction and Demolition waste, Reclaimed Asphalt
F13 (4) Workshop: Circular Economy in the Mediterranean areaKnowledge transfer as a driver to sustainable development – The RE-MED project experienceA. Abou Jaoude, O. Yazoghli-Marzouk, I. Srour, N. Hamdieducation, sustainability, knowledge transfer, trainings, circular economy.
F13 (5) Workshop: Circular Economy in the Mediterranean areaLife cycle assessment of the first road constrcuted in Tunisia including recycled aggregatesR. Idir, Z. Jaouadi, O. Yazoghli-MarzoukLife Cycle Assessment (LCA), recycled aggregates, sustainable road, waste management, road infrastructure
G02 (1) Workshop: Waste ArchitectureCritical analysis of processing architectural salvage through reclamation yardsS. Ripley, I.D. Williamsconstruction, architectural salvage, reuse, recycling, reclamation yards, survey
G02 (2) Workshop: Waste Architecture(Techno-) geographies of waste: tools of rising awareness on waste culture and landscape aestheticsE.A. Diamantouli, F. Chatzopoulou, L. Stendardolandscape, waste (management), circular economy, wasteland, wastescape, landfilling, environmental education
G02 (3) Workshop: Waste ArchitectureArchitectural salvage vs Modern construction: Investigation into sustainability and aesthetic valuesE. Daskalova, I.D. Williamsconstruction, architectural salvage, environmental impact, carbon footprint, aesthetic value, survey
G03 (2) Workshop: Waste characterization practices in affluent & Developing Countries IAustrian guideline for analysing the composition of mixed Municipal Solid WasteP. Beigl
G03 (3) Workshop: Waste characterization practices in affluent & Developing Countries IWaste sampling for characterizing sorting processesD. Blasenbauer
G06 (1) Workshop: Rethinking Circular Economy in view of biodiversity regenerationIntroduction to biodiversity and circular economy: the NBFC projectM.C. Lavagnolo, V. Cucino, A. Piccaluga
G06 (2) Workshop: Rethinking Circular Economy in view of biodiversity regenerationThe systemic approach to explore the relationship between business and biodiversity: the role of regenerative business modelsD. Tosi, S. Tessitore, F. Testa
G06 (3) Workshop: Rethinking Circular Economy in view of biodiversity regenerationMeasuring companies’ impacts on and dependencies from biodiversityN. Braico, L. Cinquini
G06 (4) Workshop: Rethinking Circular Economy in view of biodiversity regenerationEconomic valuation of ecosystem services: an example applied to the decentralized waste management systemG. Felici, A. Lanzavecchia
G08 (1) Workshop: Elastane, the pest in textile recyclingGeneral introduction to the topicA. Bartl
G08 (2) Workshop: Elastane, the pest in textile recyclingDetermination of the proportion of garments containing elastane in Viennese textile wasteP. Kählig
G08 (4) Workshop: Elastane, the pest in textile recyclingElastane, big problem in small amounts for NIR spectroscopy?H. Stipanovic
G10 (1) Workshop: Potential of candidate materials for methane oxidation systemsThe role of methane oxidation capacity in the design of methane oxidation systems and challenges related to its determination in a timely basisA. Cabral
G10 (2) Workshop: Potential of candidate materials for methane oxidation systemsFactors impacting assessment of the methane oxidation capacity – Batch studiesJ. Gebert
G10 (3) Workshop: Potential of candidate materials for methane oxidation systemsChallenges and impacting factors during operation of methane oxidation columnsM. Huber-Humer
G10 (4) Workshop: Potential of candidate materials for methane oxidation systemsCase study for application of batch tests to assess methane oxidation potential for the Danish Biocover InitiativeC. Scheutz
G13 (1) Workshop: Implementing modern WM strategies in Developing CountriesNavigating a pathway to the insertion of various waste technologies and their applicable institutional drivers and barriers in South AfricaK.C. Grewan, C. TroisWaste management, Environmental policies, Legislation, Waste to Energy technology, Institutional barriers, Institutional drivers, Just Energy transition
G13 (2) Workshop: Implementing modern WM strategies in Developing CountriesNormative influence on intention to segregate household waste: reflections from a low-middle income city in sub-Saharan AfricaP.K. Dagadu, G. Sagoe, M. Oteng-Ababionormative behaviour, pro-environmental behaviour, waste segregation, structural equation modelling, developing country
G13 (3) Workshop: Implementing modern WM strategies in Developing CountriesValorisation of plastic waste in the context of circular developing economyJ.P. Dzoh Fonkou, C.P. Neba, M.C. LavagnoloPlastic, PET, recycling, circular economy, building construction
G13 (4) Workshop: Implementing modern WM strategies in Developing CountriesEstablishing a monitoring and evaluation framework for waste management strategies in South AfricaC. Stander, J. SnymanSustainable Solid Waste Management, landfill, reclaimers, clean material recovery facility, compost. Waste management evaluation framework.
A00 (1) Opening SessionAnthropogenic debris in the Arctic: Pollution in a region far, far away …M.B. Tekman
A00 (2) Opening sessionAustria – Country information and contribution to modern strategies in waste managementJ. Fellner
A00 (3) Opening sessionWaste management and circular impact on health and environmentR. Cossu
A00 (4) Opening sessionThe necessity for an ecological waste managementR. Stegmann
A00 (5) Opening sessionMain controversial / Hot issues in Sardinia 2023 that will be discussed in the focus sessionsJ. Kumpiene
A00 (6) Opening sessionWaste & emerging contaminantsP. He
A00 (7) Opening sessionLarWaR Project: Use of black soldier fly larvae for innovative wastewater treatment and resource recoveryV. Grossule
A08 (4) C&D Waste: ValorizationImproving building refurbishment strategies to promote circular economyJ. Fernandes, P. Ferrão
C11 (5) Advanced wastewater treatmentWastewater treatment by using Black Soldier Fly larvae: principles & resultsV. Grossule
D11 (4) Carbon capture based processesInvestigation of carbonation-based processes to obtain products from industrial alkaline residues while storing CO2 in the framework of the BBCircle projectS. Masi, G. Costa
F05 (3) Workshop: Waste and healthSource credibility for the assessment of health impacts of waste treatment facilities in EU contriesA. Pivato, F. di Maria
F11 (4) Workshop: From biowaste collection to high quality compostMacro- and microplastic pollution in composts and the transfer to agriculture and environmentC. Zafiu
Focus I Definition of waste and products. How far are we with the end of waste procedure?IntroductionR. Stegmann
Focus II (1) Do we need new definition and regulations for land¬filling in circular economy?IntroductionR. Cossu
Focus II (2) Do we need new definition and regulations for land¬filling in circular economy?A pragmatist’s view on future of landfilling in time of circular economyR. Gregory
Focus II (3) Do we need new definition and regulations for land¬filling in circular economy?A new proposed role of landfills in the circular economyA. Kihl
Focus III Reuse, upcycling, downcycling, sidecycling, bicycling: where to go?IntroductionJ. Kumpiene
G05 Workshop: Fast fashion vs circular economyFast fashion vs circular economyA. Bartl, W. Ipsmiller
G07 Workshop: future for public communication about wasteWhat is the future for public communication about waste?I. Williams. P. Shaw
G09 Workshop: PFAS removal from contaminated matricesIntroduction to the workshop: challenges with managing PFAS-contaminated solid wasteI. Carabante
G11 Workshop: semi-aerobic landfilling: Online technology transferEffective learning centered education during COVID19 pandemic for the master degree in Environmental Engineering at ENSTP, YaoundeM.C. Lavagnolo
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