The Pipeline Steam Booster Heat Pump is an innovative energy recovery system designed to enhance steam pressure in industrial pipelines while utilizing waste heat. By integrating screw expansion technology, it recovers residual energy from low-pressure steam or scattered steam emissions, converting it into usable power for pressure boosting or electrical generation. This solution optimizes energy efficiency, reduces operational costs, and supports sustainable industrial practices.
Dual Functionality: Boosts steam pressure and generates electricity simultaneously.
Screw Expansion Technology: Ensures smooth, low-vibration operation for stable performance.
Compact Design: Easy to integrate into existing steam pipelines.
Smart Control: Automated pressure regulation and energy output optimization.
Eco-Friendly: Reduces carbon emissions by recycling waste steam energy.
The system replaces traditional steam boosting methods by using a screw expander to capture pressure energy from low-pressure or scattered steam. This energy drives the booster compressor, increasing steam pressure to meet user demands. Simultaneously, the unit can generate electricity for on-site equipment or grid supply. The process maintains consistent steam quality while maximizing energy recovery.
Scattered Steam Recovery: Captures and reuses waste steam in petrochemical plants.
Low-Pressure Steam Boosting: Upgrades steam pressure for heating systems in steel mills.
Pipeline Network Optimization: Enhances steam distribution efficiency in building material factories.
Medical Equipment: Provides stable high-pressure steam for sterilization processes.
Application Cases:
Petrochemical industry: Low-pressure steam boosting for distillation units.
Building materials: Scattered steam recovery in cement production.
Medical devices: Pipeline steam pressure enhancement for hospital utilities.
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Email: sxz@gongboshi.com
Website: https://www.shgongboshi.com/contactus.html
