Xylan Corporation

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George J Tyson

A woody or non-woody biomass is delignified through continuous extrusion technology, utilizing high-pressure steam to break down complex biomass materials. The process is useful to form a hydrophobic fiber material for use as an extrusion filler, a plastics modifier, and in the papermaking arts. Alternatively, the process is useful for preparing dietary feeds for ruminant animals, as well as to produce a broad range of alcohols or polymers from lignocellulosic substrates.

Production of hydrophobic fibers

A non-woody biomass is delignified through extrusion technology, utilizing hydrogen peroxide and an alkali agent, to break down complex biomass materials. The process is useful in forming a highly absorbant fiber material for use as a dietary fiber or an absorbant fiber. Alternatively, the process is useful for preparing dietary feeds for ruminant animals, as well as produce a broad range of alcohols or polymers from the non-woody lignocellulosic substrate.

Delignification of non-woody biomass

A non-woody biomass is delignified through extrusion technology, utilizing hydrogen peroxide and an alkali agent, to break down complex biomass materials. The process is useful in forming a highly absorbent fiber material for use as a dietary fiber or an absorbent fiber. Alternatively, the process is useful for preparing dietary feeds for ruminant animals, as well as produce a broad range of alcohols or polymers from the non-woody lignocellulosic substrate.

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Madison, WI, United States of America

George J Tyson