Gas Separation

PSA Hydrogen Purification

Hydrogen Separation & Purification

Hydrogen is a critical industrial raw material widely used in oil refining, coal chemical processing, and other industries. Lirun Technology has developed a hydrogen production process based on high-performance proprietary adsorbents, which efficiently extracts hydrogen from syngas, coke oven gas, and other hydrogen-containing mixtures. This process is characterized by:

· Simple flowsheet

· High product purity (up to 99.99%)

· High recovery rate (85–95%)

· Strong feedstock adaptability

It provides customers with significant energy-saving and efficiency-enhancing solutions.

 

PSA Hydrogen Principle

The system employs multi-component adsorption beds composed of activated carbon, silica gel, and molecular sieves. Under specific pressures, impurities from feed gases such as methanol cracking gas and ammonia purge gas are selectively adsorbed, while hydrogen—difficult to adsorb—passes through and is extracted as product gas from the top of the tower. This technology can handle various hydrogen sources, including FCC dry gas and water gas, achieving efficient hydrogen purification.

Hydrogen Separation & Purification

Hydrogen is a critical industrial raw material widely used in oil refining, coal chemical processing, and other industries. Lirun Technology has developed a hydrogen production process based on high-performance proprietary adsorbents, which efficiently extracts hydrogen from syngas, coke oven gas, and other hydrogen-containing mixtures. This process is characterized by:

· Simple flowsheet

· High product purity (up to 99.99%)

· High recovery rate (85–95%)

· Strong feedstock adaptability

It provides customers with significant energy-saving and efficiency-enhancing solutions.

 

PSA Hydrogen Principle

The system employs multi-component adsorption beds composed of activated carbon, silica gel, and molecular sieves. Under specific pressures, impurities from feed gases such as methanol cracking gas and ammonia purge gas are selectively adsorbed, while hydrogen—difficult to adsorb—passes through and is extracted as product gas from the top of the tower. This technology can handle various hydrogen sources, including FCC dry gas and water gas, achieving efficient hydrogen purification.

System Capacity


Hydrogen output: 100–100,000 Nm³/h

Product purity: 90–99.999%

Hydrogen recovery: 80–95% at 99.9% purity




Core Advantages

Superior Key Components

High-efficiency proprietary adsorbents

High-reliability programmable valves

Stable system performance

Intelligent Maintenance Services

Remote operation monitoring

Smart maintenance alert functions

Advanced Process Design

Multi-tower alternating operation

System uptime ≥99%

High Recovery Efficiency

Hydrogen recovery ≥85%

High raw material utilization

Broad Adaptability

Operating pressure range: 0.6–6 MPa

Strong adaptability to various feed gases

Significant Economic Benefits

Excellent energy efficiency

Remarkable overall cost advantages