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Search Results - catalysis
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Condensed Phase Catalytic Hydrogenation of Lactic Acid to Propylene Glycol
IntroductionPropylene glycol is a nontoxic chemical used in polymers production, as a nontoxic antifreeze, and in food, drink, cosmetic, and pharmaceutical applications. Propylene glycol is currently made commercially by high pressure and high temperature hydrolysis of propylene oxide. Description of TechnologyMichigan State University’s invention...
Published: 9/21/2011
|
Inventor(s):
Dennis Miller
,
Zhigang Zhang
,
James Jackson
Keywords(s):
Biomass
,
Catalysis
,
Catalyst
,
Lactic Acid
,
Propylene Glycol
Category(s):
Chemicals
,
Materials
A Method for the Cost-Effective Preparation of Organofunctional, Mesostructure Molecular Sieves for Toxic, Heavy Metal Ion Trapping and Heterogeneous
Catalysis
IntroductionThe ability to create lower cost, industrial strength catalytic materials with desired pore sizes and with a chemically modified surface of organic groups can improve efficiency and selectivity in existing industrial processes that modify vast volumes of fluid. Template agents (usually organic molecules or ions) direct the crystallization...
Published: 9/24/2010
|
Inventor(s):
Thomas Pinnavaia
,
Jainisha Shah
,
Seong-Su Kim
Keywords(s):
Catalysis
,
Mesoporous
,
Microporous
,
Organofunctional
,
Surface Functional
,
Zeolite
Category(s):
Chemicals
,
Materials
,
Nanotechnology
Ultrastable Organofunctional Microporous to Mesoporous Silica Compositions for Industrial
Catalysis
Introduction The ability to create industrial strength catalytic materials with desired pore sizes and with a chemically modified surface of organic groups can improve efficiency and selectivity in existing industrial processes that modify vast volumes of fluid. Template agents (usually organic molecules or ions) direct the crystallization of the...
Published: 9/24/2010
|
Inventor(s):
Thomas Pinnavaia
,
Yutaka Mori
Keywords(s):
Catalysis
,
Cracking
,
Fluidized Bed
,
Hydrothermal Stability
,
Mesoporous
,
Microporous
,
Zeolite
Category(s):
Chemicals
,
Materials
,
Nanotechnology
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