Sample preparation for Fischer-Tropsch research
Fischer-Tropsch synthesis is important for producing ultra-clean, premium transportation fuels from syngas derived from biological matter. One major challenge to commercial use of biomass and coal are stringent syngas cleanup costs because of its many impurities. Syngas often has many impurities, and ridding the gas of these impurities efficiently is a high priority for cost- and energy-saving in the syngas production process. By investigating potential impurities, researchers from the University of Kentucky are pinpointing ways to reduce costs and emissions from the syngas production process.
Learn more at: www.lightsource.ca/news/media_release_20150522_1.php
Sample preparation for Fischer-Tropsch research
Fischer-Tropsch synthesis is important for producing ultra-clean, premium transportation fuels from syngas derived from biological matter. One major challenge to commercial use of biomass and coal are stringent syngas cleanup costs because of its many impurities. Syngas often has many impurities, and ridding the gas of these impurities efficiently is a high priority for cost- and energy-saving in the syngas production process. By investigating potential impurities, researchers from the University of Kentucky are pinpointing ways to reduce costs and emissions from the syngas production process.
Learn more at: www.lightsource.ca/news/media_release_20150522_1.php