David A. Agar
Utilisation of Organic Sludge in Metal Industry - OSMet S2
The OSMet S2 Project aims to utilise various pulp & paper mill sludge in metallurgical applications with the goal of reducing fossil fuel dependence and associated emissions. Project partners include Swerea MEFOS AB, SSAB Merox AB, SP Processum, Volvo GTO, Outokumpu Stainless AB, The Royal Institute of Technology (KTH) and Stora Enso.
Substance Flow and Transformation in Biorefinery Processes
This Bio4Energy Strategic Project investigates flows and transformation of potentially undesirable substances, heavy metals and persistent organic pollutants for example, in relevant biochemical and thermochemical processes. The work is a Bio4Energy cross-platform collaboration involving P7, P1, P3, P4 and P5.
BioHub ( www )
The BioHub Project aims to serve the emerging biorefining industry in Sweden and Finland and to facilitate the transition to bioeconomy in the Botnia-Atlantica area. Methods and business models for forest terminals will be developed to increase the value of the forest-based resources. Partners include Natural Resources Institute Finland (Luke), Biofuel Region and the University of Vaasa.
Mobile Flip (www)
The Mobile Flip Project aimed at developing and demonstrating mobile processes for the treatment of forest and agricultural based biomass resources into products and intermediates. Key technologies included pelleting, torrefaction, slow pyrolysis and carbonization. The 12 Project partners from five European countries included VTT (Finland), RISE (Sweden) and CEA (France).
PhD, Inorganic Chemistry, Åbo Akademi, Finland
MSc, Applied Physics, University of Jyväskylä, Finland
Publikationer i urval
Agar D , Rudolfsson M, Kalén G, Campargue M, Da Silva Perez D, Larsson SH. A systematic study of ring pellet production of forest and agricultural biomass, Fuel Processing Technology 180; 45-55 (2018).
Agar D , Kwapinska M, Leahy JJ. Pyrolysis of Wastewater Sludge and Composted Organic Fines from Municipal Solid Waste: Laboratory Reactor Characterisation and Product Distribution. Environmental Science and Pollution Research 25; 35874 (2018).
Agar D , A comparative economic analysis of torrefied pellet production based on state-of-the-art pellets. Biomass and Bioenergy 97; 155-161 (2017).
Agar D , DeMartini N, Hupa M. Influence of Elevated Pressure on the Torrefaction of Wood. Energy and Fuels 30 (3), pp. 2127-2136 (2016).
Alakoski E, Jämsén M, Agar D , Tampio E, Wihersaari M. From wood pellets to wood chips - risks of degradation and emissions from the storage of woody biomass - a short review. Renewable and Sustainable Energy Reviews 54; 376-383 (2016).
Agar D , Gil J, Sanchez D, Echeverria I, Wihersaari M. Torrefied versus conventional pellet production - A comparative study on energy and emission balance based on pilot plant data and EU sustainability criteria. Applied Energy 138; 621-630 (2015).