nash-vacuum-ingersoll-rand.jpg

Reach Out to Our Experts

Have questions or need more information? Choose one of the options below to contact us, request a service, or request a quote

The modern vapour recovery solutions, featuring liquid ring compressors and vacuum pumps, are designed to meet the evolving demands of modern tank systems and stricter environmental standards. These systems are tailored for Vapour Recovery Units (VRUs) that utilize cutting-edge membrane technology to recover fuel vapours and other chemical substances in tank farms and large storage systems. With decades of expertise, we provide reliable, high-performance compressors optimized for diverse applications, including handling a wide range of fuels and chemical vapours.

Key Features

High Capacity and Versatility

  • Vacuum Pumps: Offering suction volume flow capacities ranging from 500 m³/h to 7000 m³/h and drive power options from 20 to 250 kW.
  • Compressors: Designed with suction volume flows of 100 m³/h to 2200 m³/h and drive powers ranging from 10 to 300 kW, ensuring adaptability across various recovery applications.

Application-Specific Adaptations

  • Extensive development ensures liquid ring compressors are optimized for diverse fuels, including biological and synthetic variants, and other aggressive chemical substances.
  • adapted compressors address the unique challenges of handling varying vapour compositions, ensuring reliability and performance.

Robust Design and Compliance

  • Compressors are built for durability, utilizing corrosion-resistant materials to withstand harsh operating environments.
  • Designed to meet stringent environmental and industry standards, ensuring compliance with evolving regulations and minimizing environmental impact.

Advanced Engineering for Reliable Performance

  • Featuring simple yet effective designs with minimal moving parts for low maintenance and long-lasting operation.
  • Engineered to provide efficient recovery rates while maintaining safety and operational excellence.
Features Compressors for vapour recovery systems

Benefits

Enhanced Efficiency

Our compressors make this possible VRU solutions maximize resource recovery while minimizing energy consumption, thanks to adapted liquid ring technology. These systems not only reduce emissions but also enable significant operational cost savings over time.

Sustainable and Scalable Solutions

With the ability to handle a wide variety of fuels and chemicals, including emerging biofuels, our systems offer a future-proof solution for expanding recovery applications. This versatility ensures that your operations remain sustainable and adaptable to evolving industry needs.

Proven Reliability and Long-Term Support

Decades of innovation and a high installed base have resulted in a stable order intake and growing service business. With our extensive expertise and dedicated support, we ensure reliable operation and ongoing optimization of the compressors.

Key benefits system page

Technical Specifications

Typical Package Components:

  • Liquid ring vacuum pumps
  • Liquid ring compressors

Performance Metrics:

  • Vacuum pumps: Suction volume flow of 500 m³/h to 7000 m³/h with drive powers of 20 to 250 kW
  • Compressors: Suction volume flow of 100 m³/h to 2200 m³/h with drive powers of 10 to 300 kW

Our Compressors for vapour recovery systems represent the pinnacle of efficiency, safety, and adaptability in managing industrial emissions. With decades of experience and application-specific expertise, we deliver components for engineered solutions that enable cleaner, more sustainable operations while meeting the highest standards of environmental compliance.

2BK compressor for vapour recover

Applications

Broad Industrial Use

Our compressors are widely utilized in:

  • Fuel and chemical vapour recovery
  • Tank farms and large storage systems
  • Petrochemical and chemical processing

Expanding Capabilities

Stricter environmental regulations and the rising use of alternative fuels have driven the need for versatile recovery systems. Our compressors are engineered to meet these challenges, ensuring compatibility with evolving fuel and chemical compositions.