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
Research on impacts of N doped hydro-chars on the adsorption of pyrolysis oil and its methane production during the anaerobic digestion process
Q. An, D. Chen, Y. Hu
pyrolysis oil, hydro-char, nitrogen doping, co-anerobic digestion, density functional theory
A03 (4) Anaerobic digestion: process efficiency
Prediction and real-time optimization in biogas production plants with circulating flow
B. Lemke, A. Nägel, F. Niebling, T. Scheidemann, M. Tietze, G. Wittum, R. Wittum
flexibility, modelling and simulation
A03 (5) Anaerobic digestion: process efficiency
Effect of feedstock solids, composition and C/N ratio on biomethane production from anaerobic co-digestion of chicken wastes with agro-industrial wastes
S. Li, A. Salih, N.E. Jones, Z. Zahan, S. Georgiou, M.Z. Othman
Simultaneous removal process of hydrogen sulfide(H2S) and siloxanes and field application of iron hydroxide desulfurization agent for green hydrogen production from biogas
J. M. Lee, G. Kim, J. C. Shin, M. Lee, W. J. Kim, H. Song, S. D. Kim
iron hydroxid desulfurization agent, green hydrogen, hydrogen sulfide, biogas pretreatment, siloxanes
A06 (4) Biohydrogen production
Potential biohydrogen production from agricultural residues
R. Savio, G. Ferrari, A. Pezzuolo, F. Marinello, M. Guidolin, M.C. Lavagnolo
biohydrogen production, agricultural residues, biomass, dark-fermentation, Veneto region
A06 (5) Biohydrogen production
Modelling of energy polygeneration system for conversion of silviculture waste into hydrogen and drop-in biofuels
L. Bartolucci, E. Bocci, S. Cordiner, E. De Maina, F. Lombardi, V. Marcantonio, P. Mele, V. Mulone, D. Sorino
polygeneration energy system, residual biomass valorization, modelling, fast pyrolysis, Integrated Sorption Enhanced Gasification (ISEG)
A07 (1) Specific biomass management
Combined valorization of grape pomace
G. Bacchetta, G. Cappai, G. De Gioannis, G. Farru, M. Manconi, M.L. Manca, A. Muntoni, A. Orsini, M. Perra, M. Piredda, C.I.G. Tuberoso
B01 (4) Strategical approach in thermal treatment technologies
Development of a reactor network model for thermal conversion of solid waste in a grate-fired furnace
R. Vandevelde, M. Vanierschot, J. De Greef
reactor network model (RNM), thermal waste treatment, Waste-to-Energy (WtE), combustion control
B01 (5) Strategical approach in thermal treatment technologies
Water leaching pre-treatment of different lignocellulosic biomass: a detailed study on process parameters, kinetics, thermodynamic equilibrium modelling, and pyrolysis product yields
A. Singhal, A. Goel, A. Bhatnagar, J. Konttinen, T. Joronen
B02 (1) Carbon capture and decarbonation in thermal treatments
11 reasons why Carbon Capture should be prioritized in the Waste to Energy sector
T. Croymans, B. Englebert, A. Wightman, J. Izquierdo
carbon capture, waste to energy, emissions, climate change
B02 (2) Carbon capture and decarbonation in thermal treatments
Application of Organic Rankine Cycle (ORC) and industrial heat pump for energy efficiency and CO2 reduction in wood industry and decentralised energy from waste
A. Guercio, A. Bertacchini
ORC, biomass, waste to energy, wood based panel, large heat pump
B02 (3) Carbon capture and decarbonation in thermal treatments
Towards carbon neutral waste incineration
M. Ritzkowski, J. Springer
carbon neutrality, incineration, CO2 separation, green hydrogen, synthetic fuels
B02 (5) Carbon capture and decarbonation in thermal treatments
Decarbonising district heating with alternative fuels
K. Kyriakopoulos, G. Kardaras, K.D. Panopoulos, T. Kraia, N. Lestos, N. Perdikaris
solid recovered fuels, decarbonisation, district heating, energy transition
B03 (1) Thermal treatment: emission control
MSW thermal treatment – An overview on the flue gas emissions
D. Panepinto, M. Zanetti
thermal treatment, incineration, gasification, flue gas emissions
B03 (2) Thermal treatment: emission control
Overview on air pollution control technologies in waste combustion plants
B04 (3) Thermal treatment residues: quality and valorisation
Evaluation of the utilisation potential of mineral fractions from the treatment of waste incineration bottom ash based on leaching tests and risk assessment
L. Acampora, G. Costa, A. Falsetti, F. Lombardi, F. Marafioti, C. Mensi, I. Verginelli
mineral fraction, bottom ash, leaching tests, risk assessment, End-of-Waste
B04 (4) Thermal treatment residues: quality and valorisation
Application of statistical entropy for evaluation of technologies: the FLUWA case study
E. Korotenko, H. Rechberger, O. Cencic, J. Jadrný, M. Šyc
MSWI fly ash, FLUWA, recovery of metals, MFA, statistical entropy
B04 (5) Thermal treatment residues: quality and valorisation
Analysis of the treatability by carbonation of different types of alkaline residues within the BBCircle project
A. Masi, G. Costa
carbonation, CO2 storage, CO2 utilization, industrial residues, leaching, mineralogy
B05 (1) Thermal treatment: pyrolysis
Investigations into the catalytic cracking of pyrolysis oil obtained from plastic wastes
S.S. Ail, G. Chaudhry, M.J. Castaldi, L. Dorazio, J. Shi, J.C. Fu, C.P. Kelkar
catalytic cracking, pyrolysis, plastics
B05 (2) Thermal treatment: pyrolysis
Pyrolysis products derived from co-processing of coal fines and microalgae
Characterization of ilmenite mining residue for its potential use as a geocatalyst in pyrolysis processes
D. Venta Noriega, M. Gomez, P. Villegas, O.D. Gutiérrez
ilmenite, catalytic pyrolysis, sugarcane bagasse valorization, biofuels, sustainable development
B05 (4) Thermal treatment: pyrolysis
Co-pyrolysis and co-gasification reactivities and kinetics of blends of hydrochar from municipality waste residue and South African density separated coal
R.C. Uwaoma, C.A. Strydom, J.R. Bunt, R.H. Matjie
residue, co-pyrolysis, co-gasification reactivity, random pore model, modified random pore model, kinetic parameters
B06 (1) Gasification: process and quality control of outputs
Operation results and the measures for low emissions at the largest waste gasification plant
N. Tanigaki, T. Kashiwabara, N. Fukuda, T. Izumiya
gasification, waste, biomass, CCUS, Flue Gas Treatment, NOx
B06 (2) Gasification: process and quality control of outputs
Numerical analysis and experiment on plasma gasification of biomass
B07 (5) Pyrolysis and gasification of different substrates
Valorisation of plastic waste: Waste-to-Chemicals processes vs. co-combustion in cement kilns
F. Viganò, A. Conversano, D. Di Bona, D. Sogni, S. Consonni
plastic wastes, Waste-to-Chemicals, SRF, gasification, cement industry
B08 (1) Low-temperature technologies: process and emissions
Effects of process water recirculation in hydrothermal carbonization products
R.P. Ipiales, D.C. Pimentel, A.F. Mohedano, E. Díaz, M.A. de la Rubia
aerobic biodegradability, anaerobic biodegradability, garden and park waste, hydrochar, hydrothermal carbonization, process water recirculation
B08 (2) Low-temperature technologies: process and emissions
Environmental assessment of hydrothermal treatment of wet industrial bio-residues into intermediate bioenergy carriers
M. Ugolini, L. Recchia, H.E. Wray, J.W. Dijkstra, S. Shah, F. Kruip, I. Lundström, S. Lundkvist, L. Ånnhagen, P. Cobden, C. Wang, T. Hendrickx, D. Witkowska, G.C. Becker, E. Ovsyannikova
B08 (5) Low-temperature technologies: process and emissions
Microwave hydrothermal carbonization of rabbit manure
I. Moukazis, E. Gidarakos
animal waste, rabbit manure, hydrochar
B09 (1) Low-temperature technologies in biorefineries and waste recycling perspectives
Proof of the concept: the food waste transformation yeast biomass due to combined hydrothermal carbonization and biological treatment – A novel approach to waste recycling
W.A. Rasaq, B. Matyjewicz, K. Swiechowski, Z. Lazar, P. Kupaj, M. Valentin, A. Białowiec
C08 (1) Workshop: Enhancement of Waste to Energy plants
Enhancement of combustion capacity in waste to energy and biomass to energy plants by implementation of modern optimization systems (theory and case studies)
D. Zibrat, M. Lukic
combustion optimization, stabilization of steam production, enhancement of steam production, forward moving reciprocating grates, plant profitability enhancement, plant reliability and availability enhancements
PP (1) Poster Session
Biohydrogen production by a novel strain of Enterococcus faecalis isolate VT-H1
T. Woraruthai, C. Supawatkorn, P. Uthaipaisanwong, K. Kusonmano, T. Wongsurawat, P. Jenjaroenpun, N. Weeranoppanant, P. Chaiyen, T. Wongnate
biohydrogen, enterococcus faecalis, hydrogen-producing bacteria, dark fermentation
PP (10) Poster Session
Feasibility of energy self-sufficiency by biomass production in a Brazilian state
C.I. Fabreti Calciolari, F.G. Fernandes da Silva Rossato
planted forests, cellulose industry, bioelectricity, business player
PP (11) Poster Session
High-rate activated sludge (HRAS) process for biogas recovery in sewage treatment
Y. Jo, J. Park, G.-B. Kim, S.-H. Kim
sewage treatment, energy recovery, high-rate activated sludge (HRAS), biochemical methane potential (BMP) test
PP (12) Poster Session
Hydrothermal carbonization of sewage sludge – an effective approach to treat and manage sewage sludge in rural areas of Germany
T. Ender, V. Shettigondahalli Ekanthalu, M. Nelles
Manufacture of lightweight aggregates from mixtures of kaolin and iron-rich waste
C.J. Cobo-Ceacero, J. Alonso-Azcárate, A. Conde-Sánchez, B. González-Corrochano, A.B. López-García, C. Martínez-García, A.M. Martínez-Rodríguez, J.M. Moreno-Maroto, A. Rentero López, M. Uceda-Rodríguez, M.T. Cotes-Palomino
Metagenomic and Metatranscriptomic Identification of Active Methane Production Microbial populations and Pathways in AnMBR with Rotary disks and Floating media
M. Lee, K. Yoo, S. Kim, K.-G. Song, J. Park
AnMBR, municipal wastewater, metatranscriptomics, methanogen, syntrophic bacteria
PP (17) Poster Session
Novel Prosopis juliflora leaf ethanolic extract effectiveness for extending postharvest shelf-life of strawberries and cucumbers
Simultaneous removal process of hydrogen sulfide(H2S) and siloxanes and field application of iron hydroxide desulfurization agent for green hydrogen production from biogas
J. M. Lee, G. Kim, J. C. Shin, M. Lee, W. J. Kim, H. Song, S. D. Kim
iron hydroxid desulfurization agent, green hydrogen, hydrogen sulfide, biogas pretreatment, siloxanes
A06 (4) Biohydrogen production
Potential biohydrogen production from agricultural residues
R. Savio, G. Ferrari, A. Pezzuolo, F. Marinello, M. Guidolin, M.C. Lavagnolo
biohydrogen production, agricultural residues, biomass, dark-fermentation, Veneto region
A07 (1) Workshop: Biodiesel from different lipids sources
Lipids deriving from Hermetia Illucens larvae as a feedstock for biodiesel production: relevance and perspectives
D. Caniani, R. Cossu, P. Falabella, A. Feratovic, A. Franco, V. Grossule, M.C. Lavagnolo, S. Masi, V. Pucciarelli, R. Salvia, C. Scieuzo
Hermetia Illucens larvae, Black Soldier Fly, biodiesel production, alternative feedstock, renewable energy
A07 (2) Workshop: Biodiesel from different lipids sources
Novel catalyst synthesised from waste glass and eggshells for cleaner fuel production
A.H. Al-Muhtaseb, F. Jamil, A. I. Osman, R. Al-Hajri
B01 (4) Strategical approach in thermal treatment technologies
Development of a reactor network model for thermal conversion of solid waste in a grate-fired furnace
R. Vandevelde, M. Vanierschot, J. De Greef
reactor network model (RNM), thermal waste treatment, Waste-to-Energy (WtE), combustion control
B01 (5) Strategical approach in thermal treatment technologies
Water leaching pre-treatment of different lignocellulosic biomass: a detailed study on process parameters, kinetics, thermodynamic equilibrium modelling, and pyrolysis product yields
A. Singhal, A. Goel, A. Bhatnagar, J. Konttinen, T. Joronen
B02 (1) Carbon capture and decarbonation in thermal treatments
11 reasons why Carbon Capture should be prioritized in the Waste to Energy sector
T. Croymans, B. Englebert, A. Wightman, J. Izquierdo
carbon capture, waste to energy, emissions, climate change
B02 (2) Carbon capture and decarbonation in thermal treatments
Application of Organic Rankine Cycle (ORC) and industrial heat pump for energy efficiency and CO2 reduction in wood industry and decentralised energy from waste
A. Guercio, A. Bertacchini
ORC, biomass, waste to energy, wood based panel, large heat pump
B02 (3) Carbon capture and decarbonation in thermal treatments
Towards carbon neutral waste incineration
M. Ritzkowski, J. Springer
carbon neutrality, incineration, CO2 separation, green hydrogen, synthetic fuels
B02 (5) Carbon capture and decarbonation in thermal treatments
Decarbonising district heating with alternative fuels
K. Kyriakopoulos, G. Kardaras, K.D. Panopoulos, T. Kraia, N. Lestos, N. Perdikaris
solid recovered fuels, decarbonisation, district heating, energy transition
B03 (2) Thermal treatment: emission control
Overview on air pollution control technologies in waste combustion plants
B04 (3) Thermal treatment residues: quality and valorisation
Evaluation of the utilisation potential of mineral fractions from the treatment of waste incineration bottom ash based on leaching tests and risk assessment
L. Acampora, G. Costa, A. Falsetti, F. Lombardi, F. Marafioti, C. Mensi, I. Verginelli
mineral fraction, bottom ash, leaching tests, risk assessment, End-of-Waste
B04 (4) Thermal treatment residues: quality and valorisation
Application of statistical entropy for evaluation of technologies: the FLUWA case study
E. Korotenko, H. Rechberger, O. Cencic, J. Jadrný, M. Šyc
MSWI fly ash, FLUWA, recovery of metals, MFA, statistical entropy
B04 (5) Thermal treatment residues: quality and valorisation
Analysis of the treatability by carbonation of different types of alkaline residues within the BBCircle project
A. Masi, G. Costa
carbonation, CO2 storage, CO2 utilization, industrial residues, leaching, mineralogy
B05 (1) Thermal treatment: pyrolysis
Investigations into the catalytic cracking of pyrolysis oil obtained from plastic wastes
S.S. Ail, G. Chaudhry, M.J. Castaldi, L. Dorazio, J. Shi, J.C. Fu, C.P. Kelkar
catalytic cracking, pyrolysis, plastics
B05 (2) Thermal treatment: pyrolysis
Pyrolysis products derived from co-processing of coal fines and microalgae
Characterization of ilmenite mining residue for its potential use as a geocatalyst in pyrolysis processes
D. Venta Noriega, M. Gomez, P. Villegas, O.D. Gutiérrez
ilmenite, catalytic pyrolysis, sugarcane bagasse valorization, biofuels, sustainable development
B05 (4) Thermal treatment: pyrolysis
Co-pyrolysis and co-gasification reactivities and kinetics of blends of hydrochar from municipality waste residue and South African density separated coal
R.C. Uwaoma, C.A. Strydom, J.R. Bunt, R.H. Matjie
residue, co-pyrolysis, co-gasification reactivity, random pore model, modified random pore model, kinetic parameters
B06 (1) Gasification: process and quality control of outputs
Operation results and the measures for low emissions at the largest waste gasification plant
N. Tanigaki, T. Kashiwabara, N. Fukuda, T. Izumiya
gasification, waste, biomass, CCUS, Flue Gas Treatment, NOx
B06 (2) Gasification: process and quality control of outputs
Numerical analysis and experiment on plasma gasification of biomass
B07 (5) Pyrolysis and gasification of different substrates
Valorisation of plastic waste: Waste-to-Chemicals processes vs. co-combustion in cement kilns
F. Viganò, A. Conversano, D. Di Bona, D. Sogni, S. Consonni
plastic wastes, Waste-to-Chemicals, SRF, gasification, cement industry
B08 (1) Low-temperature technologies: process and emissions
Effects of process water recirculation in hydrothermal carbonization products
R.P. Ipiales, D.C. Pimentel, A.F. Mohedano, E. Díaz, M.A. de la Rubia
aerobic biodegradability, anaerobic biodegradability, garden and park waste, hydrochar, hydrothermal carbonization, process water recirculation
B08 (2) Low-temperature technologies: process and emissions
Environmental assessment of hydrothermal treatment of wet industrial bio-residues into intermediate bioenergy carriers
M. Ugolini, L. Recchia, H.E. Wray, J.W. Dijkstra, S. Shah, F. Kruip, I. Lundström, S. Lundkvist, L. Ånnhagen, P. Cobden, C. Wang, T. Hendrickx, D. Witkowska, G.C. Becker, E. Ovsyannikova
B08 (5) Low-temperature technologies: process and emissions
Microwave hydrothermal carbonization of rabbit manure
I. Moukazis, E. Gidarakos
animal waste, rabbit manure, hydrochar
B09 (1) Low-temperature technologies in biorefineries and waste recycling perspectives
Proof of the concept: the food waste transformation yeast biomass due to combined hydrothermal carbonization and biological treatment – A novel approach to waste recycling
W.A. Rasaq, B. Matyjewicz, K. Swiechowski, Z. Lazar, P. Kupaj, M. Valentin, A. Białowiec
Valutazione del potenziale utilizzo delle frazioni minerali presenti nelle ceneri di fondo degli impianti di incenerimento (test di lisciviazione e analisi di rischio)
L. Acampora, G. Costa, A. Falsetti, F. Lombardi, F. Marafioti, C. Mensi, I. Verginelli
C03 (1) Gassificazione e processi termici a bassa temperatura
Co-gassificazione di plastica e biomassa in un reattore pilota a letto fluido
G. Calì, F. Parrillo, F. Ardolino, C. Boccia, D. Marotto, A. Pettinau, U. Arena
C03 (2) Gassificazione e processi termici a bassa temperatura
Gassificazione di scarti da agricoltura e bioraffineria: effetti dell’ossigeno e del vapore sulla qualità del Syngas
N. Cerone, F. Zimbardi, L. Contuzzi, M. Carnevale, A. Villone
C03 (3) Gassificazione e processi termici a bassa temperatura
Valutazione ambientale della conversione idrotermica di bioresidui industriali umidi in vettori bioenergetici
M. Ugolini, L. Recchia, H.E. Wray, J.W. Dijkstra, S. Shah, F. Kruip, I. Lundström, S. Lundkvist, L. Ånnhagen, P. Cobden, C. Wang, T. Hendrickx, D. Witkowska, G.C. Becker, E. Ovsyannikova
C03 (4) Gassificazione e processi termici a bassa temperatura
Analisi della trattabilità mediante carbonatazione di diversi tipi di rifiuti alcalini (Progetto BBCircle)
A. Masi, G. Costa
C03 (5) Gassificazione e processi termici a bassa temperatura
Torrefazione dei residui industriali della lavorazione delle nocciole in vista di una loro valorizzazione in bioraffineria
M. Miccio, M. Casa, M. Fraganza, P. Brachi, D. Albanese, B. Tauleigne
C04 (1) Workshop: Pyrolysis of industrial sewage sludge
Introduction to the workshop
A. Pivato, M.C. Lavagnolo
C04 (2) Workshop: Pyrolysis of industrial sewage sludge
Management strategies for industrial sewage sludges
C. Mensi, S. Malvezzi
C04 (3) Workshop: Pyrolysis of industrial sewage sludge
The role of biochar in a Carbon Negative Economy
G. Beggio
C04 (4) Workshop: Pyrolysis of industrial sewage sludge
Technologies for sludge pyrolysis
S. Basso Ricci
C05 (1) Workshop: Waste to Energy perspectives in low income countries
Challenges of waste management in Ethiopia and East Africa
J. Sprafke, M. Lenhart, M. Pohl, A. Nassour, M. Nelles
waste management, Ethiopia, guideline
C05 (2) Workshop: Waste to Energy perspectives in low income countries
An example of sinergies in PhD research on thermal treatment of healthcare waste in low-income countries
M. Ragazzi, V. Torretta, A. Castellucci, P. Castellani, E.C. Rada
biodrying, healthcare waste, low-income countries, municipal solid waste, organic waste
C06 (1) Workshop: Carbon capture in Waste to Energy plants
Molten Carbonate Fuel Cells (MCFC) for the carbon capture in Energy-from-Waste (EfW) plants
C08 (1) Workshop: Enhancement of Waste to Energy plants
Enhancement of combustion capacity in waste to energy and biomass to energy plants by implementation of modern optimization systems (theory and case studies)
D. Zibrat, M. Lukic
combustion optimization, stabilization of steam production, enhancement of steam production, forward moving reciprocating grates, plant profitability enhancement, plant reliability and availability enhancements
B02 (4) Carbon capture and decarbonation in thermal treatments
Towards carbon neutral waste incineration
M. Ritzkowski
Focus III (1) The contribution of biomass in the energy system - Competition with food and material use?
The role of hydrogen in Net-Zero
M. Materazzi
Focus III (2) The contribution of biomass in the energy system - Competition with food and material use?
The contribution of biomass in the energy system – Competition with food and material use?
M. Nelles
Focus II Role of thermal treatment in circular economy
The role of thermochemical treatment in circular economy
