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6-Channel Reactor System
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Molten-salt Reactor System
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Multi-channel parallel reactor is one of the evaluation
methods of catalysts which developed rapidly in recent
years. Through effort of five years, proprietary
technologies of material distribution and on-line
simultaneous analysis have been formed. So the reactions
in six channels can be carried out at the same
reactants, temperature and pressure. And the products
can be automatically removed out in 1 min and analyzed
in turn by GC as an in-line operation after sampling.
Operating pressure: 0-10MPa
Temperature range: ambient-600℃
Catalyst charge: 1-10mL
Number of channels: 4-6 |
The system is designed for reactions which must be
conducted isothermally, especially for exothermic
reactions, due to its effective removal of the heat of
reactions. We can customize the molten-salt reactor
system according to the specific reaction.
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Parallelized 16-Channel Reactor System
A 16-channel parallel reactor for the high throughput
screening of catalysts has been developed. Homogenous
distribution of the inlet reactants is assured by a
diffusor plate and the same pressure over the catalyst
beds by the same back pressure system. The system which
can carry out 16 parallelized reactions simultaneously
in common heating furnace decreases the development
times for novel catalysts.
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Reaction System for the Hydrogenation of Bio-oils to Jet
Fuel
At present, renewable energy is developing rapidly at
home and abroad due to the world energy crisis. Bio-oil
is a relatively mature alternative energy. According to
the varied raw oils, TJGE designs experiments to choose
the suitable pretreatment methods, optimizes the
technological process and manufactures the optimal
production equipment for producing high quality
biodiesel, jet fuel, etc. |
Reaction System for the Hydrogenation of Heavy Oil
Temperature range: ambient-600℃
Operating pressure: 0-20MPa
Catalyst charge: 20mL
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Complete Process Research System for Reaction of Syngas
to Ethylene Glycol
Comprehensive utilization of coal has been an important
research field in China, of which the most popular
approach is to use the synthesis gas as a raw material
in a multi-stage reaction to synthesize ethylene glycol.
This system allows the independent supply of raw
materials, has a gas recycle, and has multiple reactors.
The complete system is an integrated unit containing
reaction, separation and control modules.
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Reaction System for the Esterification of Acetic Acid to
Ethenyl Ethanoate
It is dangerous to synthetize ethenyl ethanoate due to
the corrosivity of acetic acid as feedstock, so that
every detail should be thought out to smooth everything
for the whole process. |
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Pilot Plant for High-pressure Hydrotreating Reaction
with Hydrogen Recycle
The system is designed for catalyst testing, catalytic
cracking, catalytic hydrogenation, disproportionation,
hydrocarbon oxidation, and arene oxidation. It includes
feed module, stainless steel tubular reactor, gas/liquid
separators and control system (controllers of gas and
liquid flow, liquid level, reaction pressure and
temperature) and data acquisition system.
Features:
Catalyst charge: 200~4000 mL
Temperature range: ambient~600
℃
System pressure: 0~10 MPa
Liquid products can be drained automatically
Hydrogen recycle
On-line analysis of reaction effluents
Monitoring of all process variables, system states, user
commands, alarms and events |
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Multi-channel Micro Reaction System
The system is designed for simultaneous evaluation of
multiple catalysts under the same reaction condition.
The products out of each channel can be diverted online
through its unique feed and automatic sampling system
and analyzed by chromatography in turn, eliminating the
influences of variations in temperature, pressure and
flow rate on the results. The system reduces screening
time, testing resource and energy consumption for
catalyst development and research, especially in
low-carbon applications. |
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