Description
Sundyne Centrifugal magnetic Petrochemical & Petroleum Industry API 685 Pump – GSP- leak-free, maintenance-free performance in the most demanding petrochemical environments.
Key Technical Specifications:
- Flows to 3,084 gpm (700 m³/hr)
- Heads to 790 ft (240 m)
- Design Pressure 580 psi (40 bar)
- Temperature Range -148 to 660°F (-100 to 350°C)
Why Choose GSP
The GSP pump offers a rugged , hermetically sealed solution specifically engineered for demanding petrochemical and petroleum environments. Built to meet API 685 standards , it ensures zero liquid leakage , reduced maintenance , and enhanced safety in processes involving toxic , high-temperature , or valuable fluids.
Main Features
Fully sealless , magnetic-drive design removes mechanical seals and prevents emissions
Constructed to API 685/API 610 OH2 with centerline-mounted , heavy-duty housings
Named for its zero-loss containment shell, maximizing process uptime
Modular frame sizes (1–4) accommodate a wide range of flow and head requirements
Broad chemical compatibility , with standard stainless steel or optional alloys (C276, Duplex)
Temperature range from –40°F to 660°F (–40°C to 350°C) without external cooling
Handles moderate solids (<150 µm) while maintaining performance
Back-pull-out design enables fast servicing without disturbing piping
ISO/ANSI compatible , simplifying retrofits and installations
Ideal Applications
Specifically designed for rigorous hydrocarbon and petrochemical services , including:
Sour-water , amine , benzene , toluene , and xylene handling
Refinery sampling and pump-around loops
Produced water and crude transfer in upstream operations
Acid storage , diesel additive , and biofuel transfer
Battery acid , hypochlorite, cyanide , and wastewater streams
Choose the GSP for leak-free, maintenance-free performance in the most demanding petrochemical environments. Whether handling sour water or aromatic hydrocarbons , its API-certified design , robust containment shell , and modular versatility ensure reliable , safe, and efficient operation where it matters most.
