Barrier Area 1: Research Activities Membrane/Filtration Separation Processes Vapor Phase Filters: process Demonstrate long-term char filtration. optimization, Develop optimal pressure to enable particulate filter and removal from filters that are compatible with gasket materials, catalytic liquids and gases. removal/upgrading of Evaluate/develop optimal high-temperature filter specific process-stream materials compatible with biomass-derived liquids and components, and gases. permselective filters. Evaluate/develop optimal high-temperature gasket Liquid Phase Membranes: materials compatible with biomass-derived liquids and process optimization and techniques to improve aids to stabilize Evaluate/develop catalytically active filters to remove desired product, and solids and upgrade pyrolysis oils. process yields. (10 yrs) Develop high-temperature, high-pressure permselective filters to remove H2 from off gas, syngas, and recycled gas. Develop optimal pressure pulse process to enable particulate removal from membranes that are compatible with biomass-derived liquids. Evaluate/develop anti-fouling membranes compatible with biomass-derived liquids. on materials and system (e.g., flow pattern design to develop flow pattern; membrane surface chemistry to control wetting; magnetic- and electric-active separations). Evaluate/develop anti-bacterial membranes compatible with biomass-derived liquids. Evaluate/develop membrane process to remove char from bio-oil with low liquid organic losses.
Barrier Area 1: Membrane/Filtration Separation Processes Research Activities Vapor Phase Filters: process optimization, filter and gasket materials, catalytic removal/upgrading of specific process-stream components, and permselective filters. Liquid Phase Membranes: process optimization and techniques to improve aids to stabilize desired product, and process yields. Demonstrate long-term char filtration. Develop optimal pressure to enable particulate removal from filters that are compatible with liquids and gases. Evaluate/develop optimal high-temperature filter materials compatible with biomass-derived liquids and gases. Evaluate/develop optimal high-temperature gasket materials compatible with biomass-derived liquids and Evaluate/develop catalytically active filters to remove solids and upgrade pyrolysis oils. (10 yrs) Develop high-temperature, high-pressure permselective filters to remove H2 from off gas, syngas, and recycled gas. Develop optimal pressure pulse process to enable particulate removal from membranes that are compatible with biomass-derived liquids. Evaluate/develop anti-fouling membranes compatible with biomass-derived liquids. on materials and system (e.g., flow pattern design to develop flow pattern; membrane surface chemistry to control wetting; magnetic- and electric-active separations). Evaluate/develop anti-bacterial membranes compatible with biomass-derived liquids. Evaluate/develop membrane process to remove char from bio-oil with low liquid organic losses.
CTAB%20ROADMAP_PreRFI_Final.docx