Products
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Ionic liquid desulfurization technology
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Hydrogen production by splitting methanol
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Battery material precursor production technology
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CO removal by pressure swing adsorption
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CO2 removal by pressure swing adsorption
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Hydrogen purification technology by pressure swing adsorption
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Technology of desulfurization and CO2 removal using NHD method
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Coal gas organic sulfur fine removal technology
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Nitrogen production by pressure swing adsorption
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Hydrogen production by conversion of light hydrocarbons with steam
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Flue gas CO2 recovery technology
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Flue gas desulfurization technology using ammonia
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Flue gas denitrification SCR、SNC
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Hydrogen production from coke oven gases
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Oxygen purification and utilization
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Special acid regeneration equipment
Liquefaction of natural gas
The production of LNG from natural gas first involves the absorption of CO2, H2S and other acidic components of natural gas with an MDEA solution. The unabsorbed purified gas is dried after separating the liquid, then enters the cold box to produce LNG.
Description
marker
use:
Liquefaction of natural gas
Description of technology
The production of LNG from natural gas first involves the absorption of CO2, H2S and other acidic components of natural gas with an MDEA solution. The unabsorbed purified gas is dried after separating the liquid, then enters the cold box to produce LNG.
Specifications
（1）The use of wet CO2 removal technology with MDEA solution allows us to maximize the extraction coefficient of C2, C3 in the feed gas, increase the productivity and calorific value of LNG, and increase economic efficiency;
（2）Adopts wet CO2 removal technology with MDEA solution, CO2 removal accuracy is higher;
（3）Adopts TSA drying and purification technology, can deeply remove H20 up to 1 ppm, at the same time can further remove CO2, to further meet the requirements of liquefaction system
Applications
Natural gas and other feed gases rich in methane are used to produce LNG.
Flow diagram
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Hydrogen production from coke oven gases
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Food grade CO2 purified
Food CO₂ purified Adopting the internationally recognized new catalytic oxidation purification technology, the catalytic purification tower adopts a new type of internal cooling device, so that the bed temperature distribution is in the appropriate reaction zone, normal production heat balance, reducing the use of electric furnaces and extending the service life of the catalyst.
Oxygen purification and utilization
In the production and combustion process of lithium batteries, residual high-temperature oxygen-rich flue gas is generated, in the traditional method, usually after environmental treatment, it is directly discharged into the atmosphere as exhaust gas, which leads to large oxygen consumption in the production process, high energy consumption, thereby increasing the production cost of lithium batteries.
VOC tail gas disposal
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Special acid regeneration equipment
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Flue gas desulfurization technology using ammonia
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Methane extraction technology - biogas
PSA natural gas purification is a technology using adsorbent to separate gases such as methane, carbon dioxide and nitrogen in biogas to achieve the goal of methane enrichment. Biogas removes water through a liquid separation tank and then after desulphurization in a column enters PSA to produce natural gas product. Installation scale: 200~5000nm³/h.
MEA-MDEA-NHD Desulfurization Technology
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Hydrogen purification technology by pressure swing adsorption
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Oxygen production by pressure swing adsorption
Since 1994, our company began to work on the development and application of oxygen production technology using the air separation method PSA (VPSA-O2), and in May 1995, we industrialized and built an oxygen production plant using the PSA method. The oxygen plant built by the company has excellent performance, low production costs, and no environmental pollution. The company is a manufacturer of patented technologies, as well as the production of proprietary LIX lithium oxygen adsorbent and large bore control valve.