New reforming technology enables converting stranded natural gas into low-sulfur syngas
The "cleanest" - low-sulfur hydrocarbons - products are produced from natural gas. Promising developments in the gas-to-liquids (GTL) technology are pioneering Fischer-Tropsch (F-T) processes to convert remote, stranded natural gas into synthesis gas.
New GTL processes enable reforming natural gas and steam into a synthesis gas. This syngas is catalytically reacted to form waxy long-chain hydrocarbons in an F-T converter; the long-chain hydrocarbons are then hydrocracked to a low-sulfur hydrocarbon feed that is suitable for fuels or a feed for petrochemicals processes. The following case history highlights a commercial GTL test facility at Nikiski, Alaska.
Market overview. Nat
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