Control Engineering Laboratory / Processes Programme / Sustainable Products / CRC Press / McGraw-Hill / Marshall C. L. (1997) Review / Heat Transfer Process Laboratory / CO2 / BASF / /
Country
Italy / Singapore / Finland / / /
Event
Environmental Issue / /
Facility
Thule Institute / University of Oulu / Åbo Akademi University / University of Oulu During / University of Bourgogne / University of Oulu Chemical / Laboratory of Industrial Chemistry / Riitta Keiski2 University of Oulu / /
IndustryTerm
chemical utilization / oil recovery / transportation / industrial systems / chemical intermediates / versatile commodity chemical / others electricity / ecosystem services / energy generation / greenhouse gas / by-products / important chemical / energy-efficient processes / chemical identity / chemical industry / chemical feedstock / predominant technology / energy end-use efficiency / preferred reforming technologies / commodity chemicals / chemical / food industry / synthesis gas / chemicals / /
Organization
Thule Institute / University of Oulu Chemical / Institut de Chimie Moléculaire / Laboratory of Industrial Chemistry / University of Bourgogne / Department of Process / Åbo Akademi University / University of Oulu / Centre of Northern Environmental Technology / /
Person
Marcel Dekker / /
Position
*Corresponding author / Major / Marshall / /
ProvinceOrState
Massachusetts / /
PublishedMedium
Industrial & Engineering Chemistry Research / Green Chemistry / /
ENERGY RESEARCH 79 at the University of Oulu Chemical utilization of CO2 in dry reforming and methanol synthesis Eva Pongrácz1,2*, Esa Turpeinen2, Outi Mäyrä3, Kauko Leiviskä3 and Riitta Keiski2 University of Oulu, T