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l  Liquefied Natural Gas Technology 

Ø  Take natural gas as raw materials to produce liquefied natural gas

Ø  Take coal bed methane as raw materials to produce liquefied natural gas

Ø  Comprehensive utilization of coke oven gas as raw materials to produce liquefied natural gas

Ø  Take biogas as raw materials to produce liquefied natural gas

Ø  Comprehensive utilization of tail gas with methane as raw materials to produce liquefied natural gas

Ø  Take coal mine gas as raw materials to produce liquefied natural gas

 

l  Comprehensive Utilization of Coke Oven Gas 

Ø  Take coke oven gas as raw materials to produce liquefied natural gas (LNG)

Ø  Take coke oven gas as raw materials to produce compressed natural gas (CNG)

Ø  Desulfurization of coke oven gas

Ø  Benzene and naphthalene removal of coke oven gas

Ø  Non-catalytic conversion of coke oven gas to produce methanol and synthetic ammonia gas

Ø  Hydrogen production from coke oven gas

 

l  Comprehensive Utilization of Coal Bed Methane 

Ø  Take coal bed methane as raw materials to produce liquefied natural gas (LNG)

Ø  Take coal bed methane as raw materials to produce compressed natural gas (CNG)

 

l  Carbon Dioxide Removal Technology 

Ø  PSA technology to remove carbon dioxide from mixed gas ( eg: shift gas, natural gas, methane and other gases)

Ø  Compound amine solution to remove carbon dioxide from mixed gas ( eg: shift gas, natural gas, methane and other gases)

 

l  Carbon Dioxide Recovery Technology 

Ø  PSA technology to recover carbon dioxide from shift gas

Ø  PSA technology to recover carbon dioxide from industrial tail gas

Ø  Compound amine solution to recover carbon dioxide from flue gas

Ø  Compound amine solution to recover carbon dioxide from lime-kiln gas

 

l  Food Grade/High-purity Liquid Carbon Dioxide Technology 

Ø  Take fermentation tail gas as raw materials to produce high-purity liquid carbon dioxide 

²  Take alcohol fermentation tail gas as raw materials to produce high-purity liquid carbon dioxide

²  Take fermentation tail gas of butanol/acetone as raw materials to produce high-purity liquid carbon dioxide

 

Ø  Take carbon dioxide tail gas vented form chemical plant as raw materials to produce high-purity liquid carbon dioxide 

²  Take decarbonization tail gas as raw materials from MDEA, PC, Benfield, Rectisol process of synthetic ammonia plant

²  Take decarbonization flash gas as raw materials from PC, Rectisol process of synthetic ammonia plant

²  Take vacuum desorption gas from PSA decarbonization process of synthetic ammonia plant

²  Take other tail gas with carbon dioxide as raw materials

 

l  Hydrogen Production Technology 

Ø  Hydrogen concentration/purification from various mixed gases by PSA

Ø  Hydrogen production by PSA from light hydrocarbon (natural gas, naphtha) steam reform

Ø  Hydrogen production by PSA from methanol pyrolysis

Ø  Hydrogen production by PSA from coal gasification

Ø  Hydrogen production by PSA from ammonia pyrolysis

Ø  Hydrogen separation of coke oven gas

 

l  Non-catalytic Conversion Process to Produce Synthesis Gas 

Ø  Take coke oven gas as raw materials to produce methanol and synthetic ammonia gas by non-catalytic conversion

Ø  Take natural gas as raw materials to produce methanol and synthetic ammonia gas by non-catalytic conversion

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