Ethane, propane and heavier hydrocarbons recovery from natural gas feed streams using a cryogenic turboexpander process. High propane recovery (>99%) is achievable. Residue compression is…
Category: Gas
To produce ultra-clean, synthetic fuels from natural gas. The fuels, diesel, kerosene, naphtha and LPG contain no sulfur, aromatics or heavy metals. This process can…
Liquefied natural gas (LNG) often has a higher heating value and is richer in heavier hydrocarbons than is permitted by typical natural gas pipeline specifications.…
The Fluor Cryo-Gas process for natural gas liquids (NGL) recovery is a complete portfolio of patented or patent pending turbo-expander-based NGL recovery processes. It is…
Application: A cryogenic process for gas fractionation to recover C2+ hydrocarbons from natural gas. With this process, more than 95% of the ethane can be…
Application: A cryogenic process for gas fractionation to recover C3+ hydrocarbons from natural gas. With this process, more than 98% propane is extracted from natural…
Purification and liquefaction of carbon dioxide (CO2) from process gases to remove small traces of light hydrocarbons, e.g., amine stripper offgases. Purification of natural gas…
The patented AET Process Nitrogen Rejection Unit utilizes noncryogenic absorption to separate methane and heavier hydrocarbons from nitrogen containing natural gases. If desired, propane plus…
The patented AET Process NGL Recovery Unit technology utilizes propane-refrigerationbased absorption to recover C2+ or C3+ NGLs from natural gas streams. The absorbed NGLs in…
Extract H2S, COS and mercaptans from gases and light liquid streams, including gasoline, with caustic using FIBER-FILM contactor technology. It can also be used to…