Germany / Sweden / Norway / United States / Finland / /
Facility
University of Oulu / Participants Luleå University of Technology / Oslo University / Luleå University of Technology / Oulu University / University of Oslo / /
IndustryTerm
synthesis gas composition / projects/networks / important energy saving components / energy efficient alternative / chemical and thermal stability / natural gas / gas permeance / energy content / energy efficient separation method / energy / clear synthesis solutions / water gas shift reaction / low concentrated solution / synthesis gas sweetening / suitable gas-tight evaluation cell / respective aqueous solutions / gas-tight modules / homogeneous aqueous solutions / synthesis gas / lean alcohol solutions / chemicals / telephone conferences / energy-demanding / /
Organization
Department of Civil / Mining and Environmental Engineering / Oslo University / Swedish Foundation for Strategic Research / Oulu University / US Federal Reserve / Jonas Hedlund Division of Sustainable Process Engineering / University of Oslo / European Union / University of Oulu / Luleå University of Technology / /
Person
Zebastian Boström / Karl Petter Lillerud / Jonas Hedlund / Maxwell Stefan / Linda Sandström / Allan Holmgren / Juha Tanskanen / Gundula Fischer / Hannes Richter / /
Position
Assoc. prof. / project manager / researcher / membrane model / /
ProvinceOrState
Colorado / /
Technology
alpha / av / Biofuels / Environmental Engineering / /
FINAL SCIENTIFIC REPORT High permeance nano porous tubular zeolite membranes for efficient separation of CO2 and methanol at demanding conditions (HIP NANOMEM). Jonas Hedlund