Product Description
Our top grade Petroleum Industry Centrifugal Process Pumps are highly suitable for pumping requirements of the petroleum industry. The seamless finish and glitch free performance of our pumps make them the leading choice of many in the marketplace. Our centrifugal process pumps helps many in transferring fuel with ease, the fuel is pushed with speed to the pipes. The durable service life of our Petroleum Industry Centrifugal Process Pumps have contributed massively to the popularity of our collection. One can rely on the impact tolerant bodies, design accuracy as well as reliable mechanism of our economically priced centrifugal process pumps.
Features
- Our pumps have no defects and showcase continuous efficiency
- Our pumps are offered to all in a variety of designs, sizes and other specifications
- Our pumps have been engineered to perfection in compliance to international standards
- Our pump are quality tested prior to sale
Specification
|
Capacity
|
Up to 2200 m3/hr
|
|
Temperature
|
350 deg C
|
|
Speed
|
Up to 3500 RPM
|
|
Pressure
|
Up to 15 kg / cm2
|
|
Head
|
Up to 150 Mtr
|
|
Discharge Size
|
255 mm to 300 mm
|
Dependable Design for Demanding ApplicationsEngineered for the rigorous demands of the petroleum industry, this centrifugal process pump combines high efficiency with long service life. Its robust construction, epoxy coating, and corrosion-resistant materials ensure durability even in challenging environments. With flexible installation and cooling options, the pump adapts seamlessly to unique project requirements.
Versatile Operation and Superior PerformanceFeaturing end suction, self-priming or non-self-priming options, and advanced sealing methods, the pump is designed to transfer a wide range of petroleum products safely and efficiently. Its heavy-duty bearings and flexible or rigid coupling provide stability at speeds up to 2900 rpm, while its noise level remains under 80 dB for a safer work environment.
FAQs of Petroleum Industry Centrifugal Process Pump:
Q: How does the centrifugal process pump handle high-viscosity fluids in the petroleum industry?
A: The pumps robust design and choice of impeller types allow it to process fluids with viscosities up to 800 cSt efficiently. Its powerful motor and advanced sealing systems make it ideal for transferring various petroleum products, maintaining stable flow rates and minimizing wear.
Q: What are the benefits of using a closed or semi-open impeller in these pumps?
A: Closed impellers provide higher efficiency and are suitable for clean liquids, while semi-open impellers handle mildly contaminated or viscous fluids, offering versatility. Both options enhance performance, making the pump adaptable for different petroleum industry applications.
Q: When is it recommended to use water cooled versus air cooled systems for the pump?
A: Water-cooled systems are ideal for higher temperature operations or when ambient temperatures approach the upper limit (up to 50C), as they effectively dissipate heat. Air-cooled systems suit moderate conditions, reducing complexity and maintenance for installations with lower heat loads.
Q: Where can this process pump be installed within petroleum industry facilities?
A: The pumps horizontal, baseplate-mounted structure, along with its IP55/IP56 protection class, enables easy installation in oil refineries, petrochemical plants, and other industrial settings. Its corrosion resistance and flexible inlet/outlet configurations facilitate placement according to site-specific needs.
Q: What is the typical service life and maintenance requirement for this centrifugal pump?
A: Thanks to its heavy-duty anti-friction bearings, advanced shaft materials (SS 410/SS 316), and robust build, the pump offers a long service life with reduced maintenance. Regular checks on seals and bearings are generally sufficient to ensure reliable operation over many years.
Q: How can operators control and monitor this pumps operation?
A: The pump is compatible with manual, automatic, and VFD control systems, allowing precise adjustment of speed and output. This flexibility helps optimize performance for varying process demands, reduce energy consumption, and enhance system reliability.