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Alternative feedstock for the production of activated carbon with ZnCl_(2):Forestry residue biomass and waste wood

Carbon Resources Conversion 2022年第4期5卷 299-309页

作者： dominik bosch Jan OBack David Gurtner Sara Giberti Angela Hofmann Anke Bockreis Josef Ressel Centre for Production of Activated Carbon from Municipal Residues Department of EnvironmentalProcess and Energy EngineeringMCI–The Entrepreneurial SchoolUniversitaetsstrasse 156020 InnsbruckAustria Unit of Environmental Engineering Department for InfrastructureUniversity of InnsbruckTechnikerstrasse 136020 InnsbruckAustria Department of Environmental Process and Energy EngineeringMCI–The Entrepreneurial SchoolUniversitaetsstrasse 156020 InnsbruckAustria Institute for Chemical and Energy Engineering BOKU-University of Natural Resources and Life ScienceGregor-Mendel-Strasse 331160 ViennaAustria Department of Civil ChemicalEnvironmentaland Materials EngineeringUniversit`a di BolognaVia Zamboni 3340126 BolognaItaly

In order to substitute fossil resources in activated carbon(AC)production,recent efforts have focused on the utilization of renewable raw *** with important wood industries offer two potentially underestimated resource types:forestry residue biomass(FRB)and waste wood(WW).Although these materials are widely available(approx.130 mio.m3a-1 FRB,approx.50 ***^(-1) WW in the EU),they are mostly valorised through energy production,as they are high in ashes and may be contaminated with organics and heavy *** this study,both FRB and WW were treated via one-step pyrolysis for AC ***_(2) was applied as activating agent at pyrolysis temperatures varying from 400 to 600℃ and residence times between 1 and 3 ***,76 samples were prepared and characterized thoroughly via elemental analysis,N_(2)/CO_(2) ad/-desorption,thermogravimetric analysis(TGA),scanning electron microscopy(SEM),and infrared spectroscopy(FTIR).The produced carbons showed specific surface areas of up to 1430 m2g􀀀1 and a pore size distribution with a micropore share of up to 80%.The presence of oxygen-containing functional groups was confirmed via *** feedstock contamination can be mitigated,as minerals and heavy metals could be leached out(up to-99.15%)by an additional wash step and organic contamination undergoes thermal cracking during *** presented study could be a next step in upcycling considerable waste streams from the wood sector through localised and non-fossil-based AC production.

关键词： Sustainable resources Waste wood Forestry residue Activated carbon Chemical activation Pyrolysis Porosity Functionalized surface

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Corrigendum to“Alternative feedstock for the production of activated carbon with ZnCl2:Forestry residue biomass and waste wood”[Carbon ***.5(2022)299-309]

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Carbon Resources Conversion 2023年第1期6卷 65-66页

作者： dominik bosch Jan O.Back David Gurtner Sara Giberti Angela Hofmann Anke Bockreis Josef Ressel Centre for Production of Activated Carbon from Municipal Residues Department of EnvironmentalProcess and Energy EngineeringMCI-The Entrepreneurial SchoolUniversitaetsstrasse 156020 InnsbruckAustria Unit of Environmental Engineering Department for InfrastructureUniversity of InnsbruckTechnikerstrasse 136020 InnsbruckAustria Department of Environmental Process and Energy EngineeringMCI-The Entrepreneurial SchoolUniversitaetsstrasse 156020 InnsbruckAustria Institute for Chemical and Energy Engineering BOKU-University of Natural Resources and Life ScienceGregor-Mendel-Strasse 331160 ViennaAustria Department of Civil ChemicalEnvironmentaland Materials EngineeringUniversit`a di BolognaVia Zamboni 3340126 BolognaItaly

The authors regret that there was a mix-up in the illustrations during the approval *** is the correct image for Fig.4:The authors would like to apologise for any inconvenience caused.

关键词： approval process. residue

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