Practical considerations for a simple ethanol concentration from a fermentation broth via a single adsorptive process using molecular-sieving carbon
DJ Seo, A Takenaka, H Fujita, K Mochidzuki… - Renewable Energy, 2018 - Elsevier
A simple ethanol concentration process composed of a simple adsorptive apparatus using a
single adsorbent, ie, molecular-sieving carbon (MSC), is proposed for small-scale
bioethanol production. The process designed to comprise pre-concentration of ethanol
through gaseous-phase adsorption onto MSC and selective dehydration driven by
molecular-sieving during desorption was tested under various conditions. Among the
candidate adsorbents, MSC 5A showed the highest maximum ethanol adsorption capacity …
single adsorbent, ie, molecular-sieving carbon (MSC), is proposed for small-scale
bioethanol production. The process designed to comprise pre-concentration of ethanol
through gaseous-phase adsorption onto MSC and selective dehydration driven by
molecular-sieving during desorption was tested under various conditions. Among the
candidate adsorbents, MSC 5A showed the highest maximum ethanol adsorption capacity …
Practical considerations for a simple ethanol concentration from a fermentation broth via a single adsorptive process using molecular-sieving carbon.
SDJ Seo DongJune, A Takenaka, H Fujita… - 2018 - cabidigitallibrary.org
A simple ethanol concentration process composed of a simple adsorptive apparatus using a
single adsorbent, ie, molecular-sieving carbon (MSC), is proposed for small-scale
bioethanol production. The process designed to comprise pre-concentration of ethanol
through gaseous-phase adsorption onto MSC and selective dehydration driven by
molecular-sieving during desorption was tested under various conditions. Among the
candidate adsorbents, MSC 5A showed the highest maximum ethanol adsorption capacity …
single adsorbent, ie, molecular-sieving carbon (MSC), is proposed for small-scale
bioethanol production. The process designed to comprise pre-concentration of ethanol
through gaseous-phase adsorption onto MSC and selective dehydration driven by
molecular-sieving during desorption was tested under various conditions. Among the
candidate adsorbents, MSC 5A showed the highest maximum ethanol adsorption capacity …
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