an official journal of: published by:
 
Editor in Chief: RAFFAELLO COSSU
 

Virtual Monograph:
THERMO-CHEMICAL TREATMENT

  1. WASTE ENERGY PROPERTIES
    1.1 Incinerability Assessment
    R. M. Sebastian, D. Kumar and B. Alappat (IN)
    Comparative assessment of incinerability of municipal solid waste over different economies / Vol. 02 – June 2018

    1.2 Thermal Characterisation
    A. Khanyile, N. M. Mkhize, S. L. Nkomo and G. C. Caws (ZA)
    Thermal characterisation study of two disposable diaper brands / Vol. 09 – March 2020
  2. RDF/SRF
    2.1 Characterisation
    A. Curtis, J. Adam, R. Pomberger, R. Sarc (AT)
    Grain size-related characterization of various non-hazardous municipal and commercial waste for solid recovered fuel (SRF) production / Vol. 07 – September 2019

    T. Schwarzboeck, P. Aschenbrenner, S. Muehlbacher, S. Spacek, J. Fellner and S. Szidat (CH)
    Determining the climate relevance of refuse-derived fuels – Validity of literature-derived values in comparison to analysis-derived values / Vol. 02 – June 2018

    2.2 Production
    R. Sarc, L. Kandlbauer, K. E. Lorber and R. Pomberger (AT)
    Production and characterisation of SRF premium quality from municipal and commercial solid non-hazardous wastes in Austria, Croatia, Slovenia and Slovakia / Vol. 09 – March 2020

    T. M. Ismail, K. Ramzy and H. Sherif (EG)
    Drying of refuse-derived fuel (RDF) using solar tunnel dryer integrated with flat-plate solar collector: an experimental approach / Vol. 13 – December 2020

    2.3 Case Study
    T. Ismail, K. Yoshikawa, H. Sherif, M. Salah and S. Saeed (EG)
    Assessment of thermal treatment for windrow drying process of refuse-derived fuel (RDF): a case study / Vol. 05 – March 2019
  3. INCINERATION
    3.1 Best Available Techniques (BAT)
    H. de Chefdebien (IT)
    The meaningful silences of the waste incineration bref bat-conclusions / Vol. 05 – March 2019

    3.2 Energy Production
    T. Sasao (JP)
    How does municipal solid waste policy affect heat and electricity produced by incinerators? / Vol. 02 – June 2018

    3.3 Air Pollution Control
    S. Andersson, T. Jonsson, J. Phother-Simon and M. D. Paz (SE)
    High temperature corrosion and dioxin abatement using sulfur recirculation in a waste-to-energy plant / Vol. 05 – March 2019

    G. Lonati, A. Cambiaghi and S. Cernuschi (IT)
    The actual impact of waste-to-energy plant emissions on air quality: a case study from northern Italy / Vol. 06 – June 2019
  4. PYROLISIS AND GASIFICATION
    4.1 Pyrolisis
    S. A. Iwarere and N. M. Mkhize (ZA)
    Pyrolisis of various tyre types: characteristics and kinetic studies using thermogravimetric analysis / Vol. 09 – March 2020

    O. Sosa Sabogal, S. Valin, S. Thiery and S. Salvador (FR)
    Pyrolisis of solid waste and its components in a lab scale induction-heating reactor / Vol. 15 – June 2021

    B. Chiwara, E. Makhura, G. Danha, E. Muzenda (BW), N. Hlabangana (ZW) and J. Gorimbo (ZA)
    Optimization of the pyrolisis oil fraction: an attainable region approach / Vol. 03 – September 2018

    M. L. Van Rensburg, S. L. Nkomo and N. M. Mkhize (ZA)
    Characterization and pyrolisis of post-consumer leather shoe waste for the recovery of valuable chemicals / Vol. 14 – March 2021

    4.2 Gasification
    M. Dudynski (PL)
    Novel oxygen-steam gasification process for high quality gas from biomass / Vol. 06 – June 2019

    V. Messerle, A. Ustimenko, O. Lavrichshev, Z. Sytdykov (KZ) and N. Slavinskaya (DE)
    Gasification of biomass in a plasma gasifier / Vol. 12 – September 2020

    G. Groleau, F. Tanguay-Rioux, L. Spreutels, M. Heroux and R. Legros (CA)
    Development of a MSW gasification model for flexible integration into a MFA-LCA framework / Vol. 07 – September 2019

    Dudynski, M. (PL)
    Wood gasification. Influence of process parameters on the tar formation and gas cleaning / Vol. 16 – September 2021

    4.3 Case studies
    I. Gökalp (FR), O. Kaya, S. Keçecioglu and D. Boden (TR)
    A techno-economic feasibility analysis of the gasification of used tires for energy generation in Turkey / Vol. 07 – September 2019
  5. HYDROTHERMAL TREATMENT
    5.1 Liquefaction
    G. Haarlemmer, M. Briand, A. Roubaud, J. Roussely and M. Déniel (FR)
    Economic evaluation of a hydrothermal liquefaction process / Vol. 03 – September 2018

    F. A. Aisien and E. T. Aisien (NG)
    Liquid fluids from thermo-catalytic degradation of waste low-density polyethylene using spent fcc catalyst / Vol. 19 – June 2022

    5.2 Torrefaction
    P. Stępień and A. Białowiec (PL)
    Kinetic parameters of torrefaction process of alternative fuel produced from municipal solid waste and characteristic of carbonized refuse derived fuel / Vol. 03 – September 2018
  6. COMBUSTION RESIDUES
    6.1 Characterisation
    Simon, F-G., Vogel, C. and Kalbe, U. (DE)
    Antimony and Vanadium in incineration bottom ash- leaching behavior and conclusions for treatment processes / Vol. 16 – September 2021

    6.2 Recycling and application
    S. Seraj, M. Nikravan, A. A. Ramezanianpour and P. Zendehdel (IR)
    Evaluation of the application of municipal solid waste incinerator (MSWI) ash in civil engineering using a sustainability approach / Vol. 09 – March 2020

    P. Rabelo Monich, F. Dogrul, E. Bernardo (IT), H. Lucas and B. Friedrich (DE)
    Strong porous glass-ceramics from alkali activation and sinter-crystallization of vitrified MSWI bottom ash / Vol. 08 – December 2019






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