Why API 610 pumps cost more: standards compliance, materials, testing, documentation, API 682 seals, baseplate. Breakdown of API 610 pump pricing factors.
Read More →API 610 defines multiple pump configurations for petroleum, heavy chemical, and gas industry services. OH2 (overhung, foot-mounted) and BB2 (between-bearing, radially split) are...
Read More →Maintenance strategy for API 610 OH2 back-pull-out design pumps in refinery operations. Covers the back-pull-out principle, step-by-step seal and bearing replacement without...
Read More →Comprehensive guide to mechanical seal support systems for API 610 OH2 process pumps, including heat tracing, buffer/barrier fluid reservoirs, API 682 auxiliary plans (Plan 52...
Read More →Mechanical seal selection guide for API 610 BB1 split case pumps in refinery circulation water and process services. Covers single vs double seals, seal face materials, flush...
Read More →Technical guide to GNF series screw pumps for heavy fuel oil, vacuum residue, and bitumen handling in refineries, covering high-temperature design, jacketing, wear monitoring, and...
Read More →Technical analysis of API 610 OH2 overhung pumps for refinery crude desalter service, covering erosion-corrosion from water-in-oil emulsion, material selection for chloride and...
Read More →Technical specification guide for API 610 VS4 vertical sump pumps in oil tank farm drainage and oily water sump service, covering column length, bearing span, material selection...
Read More →Technical guide to API 610 BB5 radially split barrel pumps for high pressure water injection in oilfields, covering pressure containment, rotor dynamics, material selection, and...
Read More →Offshore platform fire water pumps deliver seawater at 7-12 bar for fire protection, complying with NFPA 20 and API 670. Pumps are typically vertical turbine (lineshaft or...
Read More →Bitumen and heavy oil pumps handle high-viscosity (100-100,000 cSt) fluids at 150-250°C. Covers positive displacement pump selection, jacketing/heat tracing, viscosity reduction...
Read More →Gas processing pumps handle NGL (ethane, propane, butane) in fractionation columns. Covers low-temp/high-vapor-pressure pump design, NPSH management, seal systems, and...
Read More →FCCU pumps handle high-temperature slurry oil with abrasive catalyst fines. Covers erosion from catalyst particles, high-temp materials, and main fractionator slurry/recycle...
Read More →Hydraulic fracturing requires high-pressure, high-flow pumps to inject fracturing fluid (water, sand, chemicals) into shale formations. This article covers plunger pump design...
Read More →Pipeline booster pumps maintain pressure in long-distance crude oil and product pipelines, transporting millions of barrels per day. This article covers pump station design...
Read More →Crude stabilization removes light ends (H2S, methane, ethane) from crude oil, while NGL recovery extracts natural gas liquids. This article covers pump selection for crude...
Read More →Amine gas sweetening removes H2S and CO2 from natural gas using amine solutions (MDEA, DEA, MEA). Amine circulation pumps handle corrosive, foaming fluids at high flow rates. This...
Read More →Sour water is contaminated with H2S, ammonia, and phenols from refinery and gas plant processes, requiring corrosion-resistant, zero-leakage pumps. This article covers sour water...
Read More →Water injection pumps deliver high-pressure water into oil reservoirs to maintain pressure and enhance oil recovery. This article covers multistage pump selection, API 610 BB5/BB2...
Read More →Offshore oil and gas platforms rely on seawater lift pumps for cooling, fire water, and injection service. This article covers vertical turbine and submersible pump selection...
Read More →Our engineering team is ready to help you select the right pump for your application. Get a free quote today.