Posters
A list of posters to be presented at the Biochar Summit 2023. Poster presenters are underlined.
Agriculture and Animals
1
Soil biochar amendment effect on vegetable yield and soil properties: field-tested results under the organic farming conditions in Latvia
Reihmanis J.1, Strazdiņš Ģ. (Latvian Fund for Nature, Latvia)
2
Nutrient-enriched biochar helps to fertilize and moisture the growth soil
Pudas J. (Woodgrow Oy, Finland), Tervonen P. (University of Oulu, Finland), and Saralampi T. (Kemin Digipolis Oy, Finland)
3
Addition of fine biochar particles to coarse sandy soil to improve hydraulic properties
Bruun E. W. (Copenhagen University, Denmark), Ravenni G. (Copenhagen University, Denmark), Müller-Stöver D. (Copenhagen University, Denmark) and Petersen C. T. (Copenhagen University, Denmark)
Soil and land
4
Balance-treatment of low-contaminated soil with biochar produced from organic waste for sustainable resource use and circular economy
Enell A.(Swedish Geotechnical Institute, Sweden), Berggren Kleja D. (Swedish Geotechnical Institute, Sweden), Ekblad A. (Örebro University, Sweden), Gustavsson H. (Helsingborg Stad, Sweden), Hallin S. (Swedish University of Agricultural Sciences, Sweden), Landen L. (NSR AB, Sweden), Larsson M. (Örebro University, Sweden), Rijk I. (Örebro University, Sweden), Sorelius A. (Helsingborg Stad, Sweden), Sundberg C. (Swedish University of Agricultural Sciences, Sweden), Tiberg C. (Swedish Geotechnical Institute, Sweden)
5
Pilot study at Kolleberga tree nursery – use of biochar and plants to manage risks from ddt contamination and improve soil quality
Drenning P., Enell A.1 (Swedish Geotechnical Institute, Sweden), Norrman J., Volchko Y., Berggren Kleja D., Wåhlen H., Sorelius A., Axelsson M.
Materials and non-soil
6
Environmental application of bone char
Ai J. (Stockholm University, Sweden), Hedin N. (Stockholm University, Sweden)
7
Intrinsic peroxidase-like catalytic activity of wood-derived porous Fe3C/nitrogen-doped carbon membrane for colorimetric sensing of ascorbic acid
Garakani S. S.(Stockholm University, Sweden), Yuan, J. (Stockholm University, Sweden)
8
Biochar effect on anti-corrosion potential of zinc epoxy coatings
Li Z. (Technical University of Denmark), Bi H. (Technical University of Denmark), Weinell C. E. (Technical University of Denmark), Ravenni G. (Technical University of Denmark), Benedini L. (Technical University of Denmark), Dam-Johansen K. (Technical University of Denmark)
9
Biochar in Net-Zero conrete
Koessler W. (SynCraft, Austria), Huber M. (SynCraft, Austria)
10
Capturing volatile organic compounds (VOCs) from indoor air by biochars mixed with building materials
Loikala T. (South-Eastern Finland University of Applied Sciences, Finland), Korpela T. (South-Eastern Finland University of Applied Sciences, Finland), Kuosa M. (South-Eastern Finland University of Applied Sciences, Finland), Huurtomaa S. (South-Eastern Finland University of Applied Sciences, Finland), Kokkonen J. (South-Eastern Finland University of Applied Sciences, Finland), Tuomela O. (South-Eastern Finland University of Applied Sciences, Finland), Solio J. (South-Eastern Finland University of Applied Sciences, Finland), Karttaavi T. (South-Eastern Finland University of Applied Sciences, Finland), Rahiala S.1, Jernström P. (South-Eastern Finland University of Applied Sciences, Finland)
Environmental impacts
11
Evidence for long-term biochar permanence
Petersen H. I. (Geological Survey of Denmark and Greenland (GEUS), Denmark), Lassen L. (Aarhus University, Denmark), Rudra A. (Aarhus University, Denmark), Nguyen L. X. (Aarhus University, Denmark), Do P. T. M. (Aarhus University, Denmark) and Sanei H. (Aarhus University, Denmark)
12
Long-term stability of biochar in soil at low temperatures: role of biochar types and carbonates
Li H., Cederlund H., Azzi E. S. (Swedish University of Agricultural Sciences, Sweden), Sundberg C. (Swedish University of Agricultural Sciences, Sweden), Karltun E.
13
Pyrogenic Carbon Capture and Storage through Wood Gasification – An Up- and Downstream Investigation
Schuchter L. (MCI | The Entrepreneurial School, Austria), Schaaf N. V. (MCI | The Entrepreneurial School, Austria), Koch M. (MCI | The Entrepreneurial School, Austria)
Certification, Policy & Economics
14
A new Swedish standard for carbon credits with biochar
Hermansson, C. (Hushållningssällskapet Sjuhärad, Sweden)
15
Biochar CDR standard: a comparative summary
Leung M. (GECA Environnement, Canada)
Production & Characterization
16
The Skånefrö hammenhög system
Henriksson, C.-G. (Skånefrö AB, Sweden)
17
SynFerm – Efficient syngas fermentation of gasified woody biomass
Held J. (Baltic Ennergy Innovation Centre, Sweden), Alitalo A. (Q-Power Oy, Finland), Ejlertsson J. (Scandinavian Biogas Fuels AB, Sweden), Staffan Hellsén S. (Cortus Energy AB, Sweden), Landen L. (NSR AB, Sweden), Svensson N. (Linköping University, Sweden)
18
The designing of a small-scale biochar production plant (Wise Carbon -project)
Lehmus A. (Häme University of Applied Sciences, Finland), Lindgren, A. (Häme University of Applied Sciences, Finland), Väisänen T. (Häme University of Applied Sciences, Finland), Kontu, K. (Häme University of Applied Sciences, Finland)
19
Effects of residence time on the degradation of biomass during biochar production
Lang M. (RWTH Aachen, Germany), Brautlacht A. (RWTH Aachen, Germany), Weber K. (SINTEF Energy Reserach, Norway), Quicker P. (RWTH Aachen, Germany)
20
Pyrolysis of solid digestate from biogas plants for biochar and activated carbon production
Sfetsas T. D. (Qlab, Research and Analytical Laboratory, Greece), Dimitropoulou G.1 (Qlab, Research and Analytical Laboratory, Greece), Stefanidis S. D. (Chemical Process and Energy Resources Institute, Greece), Lappas A. A. (Chemical Process and Energy Resources Institute, Greece), Choleva E. N. (Demokritos National Research Center, Greece), Romanos G. E. (Demokritos National Research Center, Greece)
21
Reducing NOx Emissions in Pyrolysis Machines for Biochar Production: A machine learning approach
Köppel, M. (AIRA Holding GmbH, Germany), Schweitzer, T. (AIRA Holding GmbH, Germany), Cerrato, M. (University of Mainz, Germany), Witzig, N. (University of Mainz, Germany), Klausmann, T. (Ai.Mainz, Germany), Yilmaz, E. (PYREG GmbH, Germany), Weber, J. (PYREG GmbH, Germany)
22
Pyrolyzed biogenic residues for cost-reduced carbon dioxide capture
Tondl G. (University of Natural Resources and Life Sciences Vienna, Austria), Kronawitter A. (University of Natural Resources and Life Sciences Vienna, Austria), Soja G. (University of Natural Resources and Life Sciences Vienna, Austria), Pfeifer C. (University of Natural Resources and Life Sciences Vienna, Austria)
23
The influence of pelletizing grass fibre prior to pyrolysis on the biochar production and characteristics
Saner A. (Aarhus University, Denmark), Smith A. M. (Aarhus University, Denmark), Ambye-Jensen M. (Aarhus University, Denmark), Masek O. (University of Edinburgh, United Kingdom), Jensen S. K. (Aarhus University, Denmark)
24
A Low-Cost Sustainable Biowaste Converter Technology (BCT) to produce activated Carbon/Carbon from Biomass
Manju T. D. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India), Pankaj T. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India), Yashas B. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India), Sarang B. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India), Shahaji M. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India), Bhavsar M. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India), Sarika L. (Research Innovation Centre (RIC), Organic Recycling Systems Limited, India)
25
Managing the Rampant Subble Burning Problem in India
Datar A. A. (Krishnasuvarna, India), Gadgil A. A. (GD Environmental Pvt Ltd, India)
Case studies
26
Zero Waste to Net Zero. The feasibility of a commercial community biochar operation in Northern England.
Barraclough A. K. (Akb-Environmental Ltd, United Kingdom), Barraclough A. J. (Akb-Environmental Ltd, United Kingdom)
