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Hydrogenation
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- A process is mainly
employed to reduce or saturate organic compounds which involves the
chemical reaction between molecular hydrogen and another element,
usually in the presence of a catalyst.
- Most hydrogenations
use gaseous hydrogen (H2), but some involve the alternative sources
of hydrogen, not H2: these processes are called transfer
hydrogenations.
- The reverse reaction
that is the removal of hydrogen from a molecule is called
dehydrogenation.
- Hydrogenation has
three components, the unsaturated substrate, the hydrogen or
hydrogen source and invariably a catalyst.
- Process of converting
liquid oils to semisolid plastic fats suitable for margarine,
shortening, heavy-duty frying fats.
- Physical
characteristics will change under the hydrogenation process where
viscosity and
melting point will increase as the degree of saturation increases.
- Unsaturated fatty
acids may be converted to saturated fatty acids by the simple
hydrogenation reaction. A simple hydrogenation reaction is:
H2C=CH2 + H2 ---> CH3CH3 alkene plus hydrogen produces an alkane.
- For hydrogenation to
take place, catalyst such as gaseous hydrogen, liquid oil and nickel
are
placed in a specially designed reaction vessel under controlled
temperature and pressure.
- Great importance to
the petrochemical and fine chemical industries.
- In fine chemical and
pharmaceutical industries, this type of reaction is often an
important step in
producing the end product.
- In food industry,
hydrogenation is completely to saturate the unsaturate fatty acids
in vegetable oils to convert them into semi-solid fats.
- One of the critical
step in upgrading of biocrude to usable, renewable biofuel.
- Purpose of this
process to increase the resistance of the oil to changing the
melting behavior of the oil.
- Hydrogenation also
tends to be a highly exothermic reaction, resulting in demanding
temperature control requirements.
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Technology
- Hydrogenation.
- Processing
Technologies-Hydrogenation.
- Summary of
Hydrogenation.
- Hydrogenation of
Unsaturated Fats.
- Hydrogenation Plant.
- Hydrogenation of
Alkenes.
Product
Process
- Hydrogenation
Catalysis.
- Hydrogenation Process.
- Description of
Hydrogenation Process.
- Optimization
hydrogenation process of D-glucose to D-Sorbitol.
Patent
- Hydrogenation Catalyst
for carbon disulphide.
- Preparation of Menthol
by hydrogenation of Isopulegol.
- Hydrogenation process
for improving yield of hydrogenated bisphenol-a-based epoxy resin.
- Catalytic
Hydrogenation Process.
- Hydrogenation process
for conversion of carboxylic acid.
- Hydrogenation of
Acetone.
- Copper Chromite
Hydrogenation catalysts.
- Hydrogenation of
benzoic acid to cyclohexane carboxylic acid.
Project
- Phenol Hydrogenation
to Cyclohexanone.
Guidelines
- Guidelines for
conducting hydrogenation reactions.
- Guide to good practice
on safe operation of hydrogenation units.
Machinery
- High pressure and
hydrogenation equipment.
- Hydrogenation
Apparatus.
- Hydrogenation Reactor.
- Deoxygenation
Equipment Through Hydrogenation.
Turnkey
Provider
- Turnkey Provider from
Belgium.
- Turnkey Provider from
India.
-
Turnkey Provider from
Singapore.
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Consultancy
- Expert from New York.
- Online Consultancy.
Hydrogenation Plants
- Plant1 from India.
- Plant2 from India.
- Plant3 from India.
- Plant from Delhi.
- Plant from
Maharashtra.
- Plant from Malaysia.
- Plant from Mumbai.
Study
- New Acetophenone
Hydrogenation process for propylene oxide.
- Catalytic
Hydrogenation in Modified Dense CO2.
- Overview on C2 and C3
Selective Hydrogenation in Ethylene Plants.
- Plant wide Control of
Acetylene Hydrogenation Process.
- Study of
bio-hydrogenation from kitchen waste fermentation.
Report
- Low Temperature
Hydrogenation.
- High Selective
Hydrogenation Catalysts.
- Asymmetric
Hydrogenation.
- Recent advances in
catalytic hydrogenation of CO2.
Market Demands
- Catalysts of
hydrogenation Processes forecast.
- Developing
Hydrogenation Technique.
News
- China team optimizes
catalytic hydrogenation process to convert coal tar to gasoline and
diesel.
Uses
- Hydrogenation in Ionic
Liquids.
- Naphthenic Base Lube
oil manufactured via hydrogenation process.
- Catalytic
Hydrogenation.
- Uses of Hydrogenated
Oils.
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