Technologies
- Production of LNG and CNG from biogas (green natural gas)
- Carbon capture, use and storage
- Production of sulfuric acid from sulfur
Carbon, sulfur, and ecology
- Extraction of helium from steam gas
- Extraction of helium from natural gas
- Liquefaction of helium
Rare gases
- Nitrogen refrigeration cycle
- Cycle with one mixed refrigerant
- A cycle with two mixed refrigerants
- Propane pre-cooling cycle
- Steam gas liquefaction
- Regasification of LNG
Liquefied natural gas
Hydrogen and synthesis gas
- Hydrogen Production – Methanol Cracking
- Hydrogen production – Steam reforming of methane
- Purification of CO – Methane washing
- Purification of CO – Partial condensation
- Washing with liquid nitrogen
- Hydrogen purification – Short cycle adsorption
- Hydrogen purification – Membrane technology
- Liquefaction of hydrogen
- Cost-effective technology for producing hydrogen and synthesis gas
- Low consumption of energy resources (electricity, steam, natural gas and oxygen)
- In the production of hydrogen, the technology guarantees high carbon capture efficiency (99+%)
- The possibility of producing synthesis gas with a wide range of H₂/CO depending on the process conditions
- Minimum CO₂ emission
Autothermal reforming (ATR)
Steam reforming of hydrocarbon raw materials
- Capacity from 500 to 200 000 nm³ /h H₂
- Reliable and proven technology with a high degree of automation
- Compact container type installations from 50 to 300nm³ /h H₂
- Adjustable purity of H₂ from 99% to 99.999%
- Low consumption of natural gas (including fuel gas) 0,40-0.5 nm³-PG / nm³-H₂
- Reduction of fuel consumption and emissions due to reverse combustion of desorbed exhaust gas
Capture of hydrogen-containing streams (HRU)
- The technology of hydrogen extraction from hydrogen-containing streams makes it possible to obtain hydrogen from fuel, residual and waste gases.
- The economic efficiency of production processes is significantly increased
- Stable continuous operation throughout the year without stopping
- Reduction of operating costs for the purchase of hydrogen and waste gas disposal costs
- Ultra-short cycle adsorption (PSA) technology at variable pressure, membrane separation, cryogenic purification
- Compact location of the equipment, in a small area
- Plant loading from 30% to 100% of productivity with safe adjustment and stable output flow
- High level of automation
- Reducing the loss of raw materials due to H₂ recovery, increasing the overall efficiency of the production cycle (hydrocracking, hydrotreating of petroleum products)
- Modern solutions for key reinforcement components and adjustment of adsorption cycles
- Reducing emissions, improving the company's environmental image
Natural gas treatment
- Acid gas purification – Amine purification
- Acid gas purification – Short cycle adsorption
- Acid gas purification – Membrane technology
- Mercaptan Removal – Adsorption
- Mercaptan removal – Washing with a solution
- Mercaptan Removal – Alkaline flushing
- Mercaptan Removal – Catalytic Hydrolysis
- Removal of organic sulfur – Hydrotreating
- Adsorption drying
- Glycolic drying
- Mercury removal
- Adsorption removal of heavy hydrocarbons
- Low-temperature removal of heavy hydrocarbons
- Extraction of CFLU
- Separation and cooling of LPG
Chemical technologies
- Cryogenic separation of propane dehydrogenation products
- Cryogenic separation of ethylene
Air separation
- Cryogenic air separation
- Short cycle adsorption
- Vacuum short-cycle adsorption
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