hydrogen booster compressor for chemical tail gas recovery

This hydrogen booster compressor employs advanced digital simulation technology for optimized design, enabling precise pressure matching and efficient gas processing. It ensures highly efficient and stable operation across various gas source conditions.

Features of Hydrogen Booster Compressor

1. Wide range of motor power: Adjustable motor power from 30 kW to 2000 kW, suitable for diverse hydrogen boosting scales and requirements.
2. Customized pressure settings: Inlet and exhaust pressures can be flexibly adjusted to meet specific application and site needs.
3. Adjustable compression stages: Supports 1 to 6 compression stages. Multi-stage design allows users to select the optimal number of stages based on gas source and target pressure, optimizing efficiency and energy use.
4. Advanced digital simulation: Utilizes simulation technology for accurate airflow, pulsation, and parameter adjustments, improving pressurization efficiency, reducing noise and vibration, and extending equipment lifespan.
5. Large displacement capacity: Each compressor delivers up to 2000 Nm³/min, meeting large-scale hydrogen pressurization demands for extensive delivery systems.
6. Skid-mounted and non-skid-mounted design: Both configurations are available, providing flexibility for various site installation requirements.

Working Principle of Hydrogen Booster Compressor

An electric motor drives pistons, screws, or other compression components through multiple compression stages, raising hydrogen from low to high pressure. Each stage incrementally increases the pressure until the target discharge level is reached. The digital control system continuously monitors and dynamically adjusts each stage’s parameters to optimize gas flow, reduce energy use, and minimize vibration. Digital simulation and pulsation calculations further enhance efficiency and stability, ensuring steady gas flow and preventing pressure fluctuations.

Application Areas of Hydrogen Booster Compressor

1. Hydrogen energy industry: Pressurizes hydrogen for refueling stations, ensuring efficient delivery to fuel cell vehicles and application equipment.
2. Hydrogen storage and transportation: Enables high-pressure storage and safe, stable pipeline transportation of hydrogen to various locations.
3. Chemical and metallurgical industry: Supplies high-pressure hydrogen for hydrogenation reactions, steel smelting, and other high-temperature, high-pressure processes.
4. Electronics and semiconductor industry: Provides accurate, stable hydrogen boosting for high-purity environments in semiconductor and electronics manufacturing.
5. Aerospace: Supports spacecraft and rocket engine fuel systems with powerful high-pressure hydrogen solutions.
6. Energy systems and experimental research: Delivers high-pressure hydrogen for laboratory, energy storage, and research applications.
7. Environmental protection and energy recovery: Enhances hydrogen recovery rates in gas recovery systems for environmental and exhaust gas treatment.