-
Plasma Co-catalysis Evaluation System
TKSC-DBDC80 plasma synergistic catalytic evaluation system is suitable for ammonia synthesis, methane reforming, carbon dioxide to methanol, pollutant explanation and other reactions. The system breaks through the limitations of traditional thermodynamics through the synergistic effect of plasma ... -
Solid Oxide Fuel Cell Evaluation System
Solid oxide fuel cell (SOFC), the electrolyte used in SOFC is a solid non-porous metal oxide, usually yttrium trioxide-stabilised zirconium dioxide (Y2O3-stabilised-ZrO2, YSZ), and the oxygen ions within the electrolyte at an operating temperature of 650~1000°C have a high conductivity. The mater... -
Electro-Thermal Synergistic Catalyst Evaluation System with Photo-Thermal
The TKSC-SOEC80 electro-thermal synergistic catalyst evaluation system is a solid oxide electrolysis cell (SOEC) experimental platform that combines the synergistic effects of electric and thermal fields for the efficient electrolysis of H2O/CO2 to produce H2/CO, which is the inverse reaction of ... -
Fixed-bed Reactor Acetylene Reaction Catalytic Device
Fixed bed reactor acetylene reaction catalytic device, is a practical gas-liquid-solid on-line reaction evaluation system, can achieve gas-solid-liquid-solid-gas-liquid-gas-liquid-solid reaction process.
-
High Temperature High Pressure Thermal Catalytic Evaluation Units
Product Description High-temperature and high-pressure thermal catalytic evaluation system is a set of reaction instruments used to complete the evaluation and screening of catalyst activity, applicable to gas, liquid or gas-liquid simultaneous feeding; gas-solid, liquid-solid, gas-liquid-solid r... -
Dual Light Path Photothermal Catalysis System
TK-DPTC dual optical path photothermal catalysis system is suitable for photothermal co-catalysis, evaluation and screening of photocatalytic catalysts.
It is mainly applied to high-temperature photothermal catalytic reaction, photothermal co-catalysis, which can be specifically used in the fields of synthesis and sintering of semiconductor materials, preparation of catalyst materials, evaluation of activity of catalyst materials, hydrogen production by photolysis of water, oxygen production by photolysis of water, reduction of carbon dioxide, gas-phase photocatalysis, photocatalytic degradation of formaldehyde gas, VOCs, NOx, SOx, nitrogen fixation and so on.TK-DPTC dual optical path photothermal catalytic system (<5MPa) is a set of fixed-bed photothermal reaction device used to complete the evaluation and screening of catalyst activity, applicable to gas, liquid or gas-liquid feeding at the same time; gas-solid, liquid-solid, gas-liquid-solid reaction, able to achieve automatic control of the temperature, gas-phase flow rate, liquid-phase flow rate, the reaction temperature is able to achieve the programmed temperature rise (linear heating), through the programmed temperature rise settings The heating time and holding time of the experimental temperature can be set through the programmed heating, and the experimental products under different pressures and temperatures can be tested and analysed on-line in stages with the GC and other analytical instruments.
-
500ml Hydrothermal Synthesis Autoclave Reactor
The hydrothermal synthesis reactor is also known as high pressure disintegration tank, hydrothermal reactor, pressure dissolution bomb, high pressure digestion tank. It is used for the rapid disintegration of insoluble substances by using strong acid or alkali in a closed environment with high temperature and pressure. It can be used in the determination of heavy metals such as lead, copper, cadmium, zinc, calcium, manganese, iron, mercury, etc. It can also be used as a reaction vessel for high temperature and high pressure corrosion resistance and high purity, as well as for organic synthesis, hydrothermal synthesis, crystal growth or sample ablation and extraction. In sample pre-treatment ablation of heavy metals, sludges, rare earths, aquatic products, organic matter, etc. Therefore, it is widely used in research and production in petrochemical, biomedical, material science, geochemistry, environmental science, food science, commodity inspection and other sectors.
-
Liftable 2000ml Sapphire High Pressure Glass Reactor
The product is used in chemistry and chemical synthesis reactions or catalytic reactions at high temperatures, high pressures and negative pressures, where pressure, temperature, rotational speed and the addition of inert gases are to be measured simultaneously and where on-line sampling is to be achieved.
-
Fixed Bed Hydrogenation Reactor
Catalyst loading capacity: 100ml, 50ml, 30ml.
H2 gas flow rate: 0-500ml/min, control accuracy: ±1%
N2 gas flow rate: 0-500ml/min, control accuracy: ±1%
Liquid feeding volume: 0-10ml/min, control accuracy: ±1％
Reaction pressure: 0-9Mpa, control accuracy: ±1%
Design pressure: 10Mpa, control accuracy: ± 1%
Reaction temperature: room temperature-500℃, temperature control accuracy ±1℃.
Design temperature: 550℃, control accuracy: ±1℃.
-
Fixed-bed Catalyst Evaluation Units
Overview The fixed-bed catalyst evaluation device is equipped with two gas inlets and one liquid inlet, the gas inlet is precisely controlled by a gas mass flow controller, and the liquid inlet is controlled by a precision metering pump. The device adopts a reactor with three sizes of reactors, w... -
Synthesis Gas Separation Experiment Conversion Device
Process flow of the device The gas from the cylinder firstly enters into the buffer tank for preliminary gas-liquid separation, and at the same time regulates and stabilises the gas volume. The gas from the cylinder firstly enters the buffer tank for preliminary gas-liquid separation, and at the ... -
Electrochemical Autoclave Reactor
Mixing Reactor，Chemical High Pressure Reactor,Stirring Autoclave,Stainless Steel Autoclave,Reaction Kettle Reactor,mixer,reactor,stainless steel tank,chemical equipment,pressure vessel,high pressure reactor,Mixing Reactor,Hydrogenation Reactor,Lab Reactor,Chemical High Pressure Reactor ,Autoclave Reactor ,Stainless Steel Reactor
