submersible turbine pump for fuelling infrastructure

Submersible turbine pumps pressurize oil to higher than atmospheric pressure by means of turbocharging technology and use this pressure difference to transport the oil through the pipeline to the discharge end.

Description

Submersible turbine pumps are widely used in gas stations around the world as efficient oil transfer equipment.
The working principle of submersible turbine pumps is based on turbocharging technology. When the pump is started, the turbine impeller inside the pump body begins to rotate, sucking in the oil and pressurizing it. Due to the design of the impeller inside the pump, the oil is gradually accelerated as it passes through the pump chamber and creates a pressure difference, which allows the oil to be transported through the pipeline at a higher pressure. During the refueling process, the submersible turbine pump not only provides a stable flow rate, but also ensures the rapid transfer of oil through the pipeline, reducing clogging and flow fluctuations caused by insufficient pressure during the transfer process.

Submersible turbine pumps Features:

  1. simple oil circuit design: The oil circuit design of the submersible turbine pump’s oil pump is streamlined, which effectively reduces the pressure loss of oil at the pump port. This design improves the working efficiency of the pump, enabling the oil to be transported stably and efficiently, while reducing energy consumption.
  2. automatic pressure relief and reflux: when pulling out the pump tube and motor assembly, the system can automatically unpressurize and reflux the oil into the pump body. This design effectively prevents the overflow phenomenon, ensures the safety of the equipment, and avoids oil leakage or system failure due to pressure imbalance.
  3. integrated design: the pump head integrates all the connected parts, the installation of the pump becomes easier and safer. This design reduces the connection and disassembly of components, simplifies maintenance operations and improves the durability and stability of the pump.
  4. lifting check valve: the pump is equipped with a lifting check valve, effectively preventing the oil backflow or overflow phenomenon in the pressure relief process. This design greatly improves the safety of the maintenance process and avoids the trouble of oil overflow during the maintenance of the dispenser.
  5. built-in wire bridge and junction box: the pump head is designed as an integrated unit, with a built-in wire bridge and junction box, without the need for additional adjustment of the wire bridge device. This can greatly simplify the installation and commissioning process of the equipment, while reducing the chances of failure.
  6. easy to clean vacuum sensor siphon system: the pump is equipped with an independent vacuum sensor siphon system, and reserved two siphon ports. The siphon system helps to improve the pump’s self-priming ability and ensures that the pump is able to suck in oil quickly when it starts up. At the same time, the system is designed for easy cleaning and maintenance, avoiding the reduction of pump efficiency caused by dirt accumulation.
  7. Flexible outlet design: The outlet design of the pump head can support horizontal or vertical oil discharge, this flexible design makes the piping layout and construction more convenient, adapting to different sites and equipment requirements, the installation process is more simplified.

Submersible turbine pumps Usage:

  1. gas station: submersible turbine pumps are widely used in gas station oil transfer and pressurization. Through precise flow control and stable pressure output, this kind of pump ensures that the oil can efficiently and smoothly enter the fuel gun or tank.
  2. Diesel and gasoline conveying: used for diesel, gasoline and other fuel oil conveying, especially suitable for occasions that require high flow and high pressure conveying.
  3. Chemicals and other liquids conveying: besides oil, submersible turbine pumps are also widely used in the conveying of kerosene, ethanol, methanol and other liquids. In the production and handling of chemicals, it can provide stable pressure and flow to ensure the smooth operation.

Submersible turbine pumps Specification and selection:

  1. Flow rate range: the maximum flow rate of submersible turbine pumps ranges from 200 liters/minute to 1000 liters/minute, which can meet the needs of different sizes of gas stations and other oil transfer systems.
  2. power range: its power from 0.75 hp to 5 hp, provides a variety of models to choose from, can be used according to the needs of selecting the right pump type.
  3. Widely applicable oil types: the pump is suitable for a variety of oil transfer, including diesel, gasoline, kerosene, various gasoline mixtures, ethanol, methanol, etc., to meet the needs of a variety of industries and use occasions.
  4. High-precision pressure detection: The pump is equipped with high-precision mechanical and electronic pressure detection equipment, which can real-time monitor the pressure changes during the oil conveying process, ensure the safe operation of the system, and effectively avoid overpressure or oil leakage.