|
||||||
Enzymatic conversion of waste algae into specialty chemicals Waste algae from municipal wastewater-treatment plants is typically sent to landfills, but a new process offered by Gen3Bio, Inc. (West Lafayette, Ind.; www.gen3bio.com) aims to convert it into specialty» |
||||||
|
||||||
Producing hydrogen (and more) from biomass A new electrochemical system that uses biomass-derived lignin to produce hydrogen has been developed by a team from the School of Energy and Chemical Engineering at the Ulsan National Institute of Science and» |
||||||
|
||||||
Improved catalyst production lowers electrolysis costs
Water electrolysis is widely used for hydrogen production, but there are still high costs associated with manufacturing advanced electrolysis catalysts, which may involve high temperatures and pressures or»
Na-ion battery design eliminates crystal formation
Pilot plant produces apatite from mine wasteResearchers at Washington State University (Pullman, Wash.; www.wsu.edu) and Pacific Northwest National Laboratory (Richland, Wash.; www.pnnl.gov) have created a cathode material and electrolyte system for» In a project called ReeMAP, LKAB Minerals AB (Luleå, Sweden; www.lkabminerals.com) is developing technology to recycle mine waste to produce phosphorus mineral fertilizers, rare earth elements (REEs)» |
||||||
JDA to advance conversion of syngas to ethylene A recently announced joint development agreement (JDA) between Enerkem Inc. (Montreal, Que.; www.enerkem.com) and NOVA Chemicals (Calgary, Alta.; www.novachem.com) is aimed at developing recycling technology» |
||||||
|
||||||
![]() |
||||||
from our bookstore
|
||||||
|
||||||
© 2020 Access Intelligence, LLC. All rights reserved. |