chemical process pumps

chemical process pumps which are also petroleum pumps

This pump belongs to petrochemical process pumps, widely used in oil refining, petrochemical, coal chemical and other industrial processes in the liquid transportation, especially suitable for dealing with high temperature, high pressure and corrosive, volatile fluids.

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Description

The high efficiency and low NPSHR design of petrochemical process pumps guarantees reliability and efficiency under severe working conditions, making them indispensable fluid equipment in the petrochemical industry.

Chemical Process Pump Main Technical Parameters:

  • Flow: Q = 2 to 2390 m³/h — covers a wide range for both small and large-scale fluid transport.
  • Head: H = 4 to 240 m — suitable for low to medium head systems, ensuring effective fluid delivery in various working conditions.
  • Operating temperature: -45 °C to +420°C — suitable for extreme temperature environments, ensuring reliability and safety when handling high-temperature fluids.
  • Drive power: about 710 kW — high power drive supports large loads and high-performance industrial processes.

Chemical Process Pump Structure:

  • Single-stage, single-suction cantilever pump: Compact design with one impeller and single-side suction for efficient liquid transfer in small spaces.
  • Foot or centerline mounting: Options for installation stability and operational accuracy; foot mounting offers general stability, centerline mounting is ideal for demanding applications.
  • Suction port at the end, discharge port at the top: Optimizes fluid flow, reduces cavitation, and improves pump efficiency.

Main Uses:

  • Refining, petrochemical, coal chemical industry: Ideal for liquid transport in high temperature, high pressure, and corrosive environments during refining, chemical reaction, and catalytic processes.
  • Oil and chemical tanks: Transfers and loads liquids safely and efficiently between tanks for storage and transit.
  • Oil and water transfer in oilfields: Stable fluid transfer of crude oil, natural gas, and water during extraction and processing.

Features:

  • Heavy-duty, safe, and reliable structure: Designed for high temperature and pressure environments, reducing failure rate and extending service life.
  • High efficiency, low NPSHR: Delivers stable operation under low suction pressure, avoids cavitation, and ensures maximum efficiency.
  • Wide adaptability: Handles complex and harsh conditions including high temperature, pressure, corrosive, and viscous fluids for diverse industrial needs.