[Dongguan, 20250217] - Suncenter, a leader in industrial fluid system innovation, has successfully designed and manufactured a bespoke exhaust gas recovery and boosting system for a major manufacturing client, 

featuring an unprecedented 13 parallel booster pumps paired with a 200L pressurized storage tank. “The system achieves exceptional 1:20 pressure amplification, effectively recovering low-pressure exhaust gas at 

1 bar and compressing it to 20 bar for industrial reuse.”

This engineered-to-order solution represents a breakthrough in large-scale gas recovery efficiency, combining multiple technological advancements:

- 1 bar to 20 bar Pressure Ramp: Industry-leading compression ratio converts waste gas into high-pressure reusable resources

- High-Capacity Configuration: 13 synchronized booster pumps working in parallel to handle substantial gas volumes

- Optimized Storage: Integrated 200L air receiver ensures stable pressure maintenance

- Energy Recovery Design: Closed-loop system maximizes gas reuse while minimizing waste

"Our engineering team developed this multi-pump array to specifically address the client's requirement for continuous high-volume exhaust processing with extreme pressure conversion," 

Suncenter's Chief Technical Officer. "The 1-to-20 bar pressure amplification capability, combined with parallel pump redundancy, redefines sustainable gas recovery economics for energy-intensive industries."

The system is currently running in the customer's factory:

- “Convert 1 bar exhaust gas into 20 bar reusable output”with 94% energy efficiency

- Boost gas recovery rates by approximately 40% compared to conventional systems

- Reduce energy consumption through optimized pump staging

- Meet stringent environmental compliance standards

- Enable continuous operation through fail-safe pump redundancy

This 20-bar pressure achievement establishes new industry benchmarks for waste gas upcycling systems. Suncenter's engineering capabilities now support parallel pump 

configurations up to 20 units across multiple pressure stages, with pressure amplification solutions spanning 1 bar to 50 bar based on client requirements.