Pumps for power generation

Pumps play a key role in power generation processes by circulating fluids required for cooling, lubrication and other important functions in power systems. A power generation pump is a specialised piece of equipment that is designed to keep power plants running smoothly by ensuring the efficient movement of working fluids within the system.

TOP-12 Pumps for power generation + other products

DB Series Sealless Plastic Pumps

DB Series Sealless Plastic Pumps

The non-self-priming plastic centrifugal hermetic chemical pumps with magnetic coupling of the DB series are one of the most popular chemical pumps in the pump segment with a capacity of up to 50 m3/h. The pumps are ideal for pumping aggressive liquids such as sodium hydroxide and hypochlorite, sulfuric acid, hydrochloric acid, nitric acid, alkalis, various corrosive mixtures, solvent, wastewater with chemical impurities. The concentration of suspended particles should not exceed 1.25 mg/cubic cm.

Flow Range:from 1 to 837 lpm
Viscosity:over 150 cP
Temperature:max. PP: 82°C PVDF: 104°C
Pressure:up to 6.2 bar
Materials:PP or PVDF construction
Head:from 6.1 to 61.3 m
SP Series Self-Priming Pumps

SP Series Self-Priming Pumps

The SP series plastic centrifugal sealed chemical pumps with magnetic coupling are ideal for pumping aggressive liquids, various corrosive mixtures, solvent, wastewater with chemical impurities. The concentration of suspended solids should be no more than 1.25 mg/cubic cm. All pump components in contact with the medium are free of metal parts. Thus, no oxidation of the medium occurs in these pumps. The pumps are used even for media where contact with the atmosphere is not permitted.

 

Flow Range:to 47.9 m3/h
Viscosity:to 50 сP
Temperature:РР: +82 °С / PVDF: +104 °С
Pressure:to 6.2 bar
Materials:PP, PVDF
API 674 & API 675 Injection, Transfer and Dosing Pumps

API 674 & API 675 Injection, Transfer and Dosing Pumps

The Wanner Hydra-Cell G-Series process pumps are highly efficient and reliable for transferring corrosive, non-lubricating and abrasive liquids, injecting and spraying a wide range of fluids. The pumps are equally suitable for high and low pressure applications. The sealed design reduces maintenance and repair costs and minimises the cost of spare parts compared to other pump types. The pumps are available with SAE, ANSI or DIN flanges and IEC or NEMA motor mounts. The equipment is ATEX certified.

Flow Range:up to 248 l/min
Temperature:up to 121 °С
Pressure:up to 172 bar
Solids:800 microns
Materials:cast iron, bronze, stainless steel, polypropylene
General industrial gear pumps

General industrial gear pumps

General purpose pumps are widely used in all areas of industrial production around the world due to their gentle handling of the fluid during pumping, as well as their simple and robust design and minimal maintenance. Thanks to the standard connection dimensions, the pumps can be combined with any motor and other drive elements that comply with NEMA or IEC standards.

Flow Range:102 m3/h
Viscosity:440 000 cSt
Temperature:-50 +230 °C
Pressure:17 bar
Materials:cast iron, stainless steel
Industrial Progressive Cavity Pump

Industrial Progressive Cavity Pump

The pumps are used in various enterprises, industries, in the most difficult operating conditions, ensuring smooth fluid transfer. The pumps are suitable for pumping liquids with low and high viscosity, as well as for pumping abrasive, sticky, crushing and foaming liquids. The pumps are particularly suited for handling products with solid particles. The suction capacity is max. 5m/s. The pumps deliver regular, linear, pulsation-free and measured flow. Quiet operation without vibration.

Flow Range:max. 500 m3/h
Viscosity:up to 3,000,000 St
Temperature:max. +150 °C
Pressure:max. 48 bar
Solids:presence of particles up to 7%
Materials:cast iron, cast steel, stainless steel
Metallic AOOD Pump

Metallic AOOD Pump

Pneumatic diaphragm pump for standard operating conditions are one of the most popular series on the market. They are available in a wide range of sizes (1/4" - 3") and are used to handle general-purpose liquids such as clean water, process water, mildly aggressive liquids, liquids with a moderate content of small inclusions, oil products, etc. They are often used in the ceramic, chemical and paint and varnish industries, as well as in the wastewater and utilities sectors.

Flow Range:max. 903 l/min
Temperature:depends on elastomer
Pressure:8 bar
Solids:max. 9 mm
Materials:aluminum, SS 316, cast iron, carbon steel
Dimensions:up to 3 in.
Hose pumps VPH series

Hose pumps VPH series

The VPH series of peristaltic pumps with shoe technology is our updated peristaltic pump designed for high pressure applications up to 15 bar, with 14 sizes available in flow rates up to 150 m3/h. This is a heavy-duty industrial pump series designed for round-the-clock operation. We have combined the best available materials with clever design solutions to maximise uptime and minimise maintenance.
This pump summarises what we want to achieve: the best pumping solutions for our customers. Our design increases the simplicity and reliability of the pump.

Flow Range:max. 150 m3/h
Viscosity:1.000.000 cP
Temperature:max. 90 °C
Pressure:max. 15 bar
Solids:up to 60 mm
Materials:cast iron
Dimensions:hose diameter: ¼'' ÷ 5''
Single-stage centrifugal pumps

Single-stage centrifugal pumps

We propose the single-stage horizontal and vertical centrifugal industrial pumps, which are widely used in the chemical, petrochemical, chemical and pharmaceutical industries, in water treatment plants, in the textile industry and in any other industry where there is a need to pump liquids, including special ones. These pumps are used not only in standard installations, but can also be made to a specific order, as they are highly customisable both in terms of the materials used and the configuration of the installation itself.
The product range includes chemical single-stage horizontal centrifugal pumps, horizontal monoblock centrifugal pumps, vertical single-stage centrifugal pumps, single-stage in-line centrifugal pumps and double-suction in-line pumps.
Flow Range:up to 1500 m3/h
Temperature:-80°C to 350°C
Pressure:to 25 bar
Materials:cast iron, carbon steel, AISI 304, AISI 316, AISI 316L, AISI 304L, DUPLEX, ALLOY 20, HASTELLOY
Head:up to 140 m
Drum/Barrel Pumps

Drum/Barrel Pumps

FINISH THOMPSON is one of the leading manufacturers of barrel pumps and a specialist in centrifugal pumps in general. The range of drum pumps includes plastic and metal models used for emptying containers, barrels, tanks, medium-duty containers and hoppers. The range of centrifugal pumps includes stainless steel pumps, ETFE-coated process pumps, plastic pumps made of polypropylene and PVDF for aggressive, difficult chemicals.

Flow Range:up to 150 l / min (with electric drive), 83 l / min (with pneumatic drive)
Viscosity:up to 500 сР
Temperature:up to 110 °С
Materials:polypropylene, PVDF or stainless steel 316
Length:69, 102, 122, 152, 183 cm
Industrial agitators

Industrial agitators

With sufficiently high power and appropriate design features, mixing devices help to achieve maximum solubility in a viscous liquid, even of solid particles of a suspension. ASCO PUMPS offers you to buy industrial mixers for your needs. This is not a standard product, so ASCO Mixers can develop mixers according to individual customer requests: using different types and diameters of impellers, with different speeds, which leads to different levels of power consumption.

Plate heat exchangers - sanitary version

Plate heat exchangers - sanitary version

Sanitary applications place unique demands on solids handling, product integrity, thorough cleaning, high efficiency and minimal downtime. With more than 60 different plate sizes to choose from, as well as technologies such as Energy-saver, Energy-saver+, Duraflow and Easyflow, APV ensures that your process requirements are met with the best possible solution. Solutions that minimise energy consumption by increasing heat transfer efficiency. Solutions that reduce plate fouling and provide easy equipment maintenance - all to minimise downtime and keep your process running smoothly.

Temperature:-35 °C +180 °C
Pressure:0 - 25 bar
Dimensions:connection: 20 mm - 150 mm (3/4‘ - 6’)
Tubular heat exchanger - ParaTube

Tubular heat exchanger - ParaTube

In some cases, tubular heat exchangers are used for pasteurization and sterilization of dairy products. Unlike plate heat exchangers, these heat exchangers have no contact points in the product channel and can therefore be used to handle products whose particles are limited to a certain size. The maximum particle size depends on the pipe diameter. When operating in sterilization mode, a tube heat exchanger is less likely to need to be stopped for cleaning than a plate heat exchanger. In terms of heat transfer, a tube heat exchanger is less efficient than a plate heat exchanger.

Temperature:285 °C
Pressure:up to 75 bar
Materials:AISI 304L, AISI 316L, Duplex SAF 2205, SAF 2507, and other alloys
Dimensions:transmission area: up to 73 m² in one standard module

Industrial pumps for generating electricity

Application of industrial pumps in power generation

Industrial pumps for power generation are used in a variety of applications, including thermal and nuclear power plants, hydroelectric power plants, and renewable energy sources. These pumps are capable of delivering high performance and reliability under extreme operating conditions, which is critical for the stability of energy supply.

Pump selection criteria

Selecting the right pump for a power generation application requires attention to parameters such as performance, head, energy efficiency, and compatibility with the operating environment. It is important to consider the operating conditions, including temperature, pressure and chemical composition of the fluids, to ensure the durability and reliability of the equipment.

Types of pumps for power generation

There are many types of pumps used in the power generation industry, including centrifugal, volumetric, vortex and other types. The choice of a particular type of pump depends on the specifics of the tasks it must perform in the power generation system.

Advantages and disadvantages of different pump types

Each type of pump has its own advantages and disadvantages. For example, centrifugal pumps have high performance and are suitable for pumping large volumes of liquid, but can be less efficient at high pressures. Positive displacement pumps, on the other hand, provide high head and precise delivery, but are more complex in design and cost.

Pumps for power generation

Maintenance and operation of pumps

To ensure the reliable and uninterrupted operation of pumping equipment, it is important to carry out regular maintenance, including checking the condition, cleaning and replacing worn components. Effective maintenance helps prevent accidents and reduces the cost of repair and replacement.

Innovations and the future of pumps in power generation

The field of power generation pumps is constantly evolving with the introduction of new technologies and innovative solutions aimed at improving the efficiency, reliability and environmental friendliness of equipment. Research and development in the fields of materials science, hydrodynamics and automation are opening up new opportunities to improve pump performance and adapt to changing operating conditions.

Conclusion

Pumps for power generation are an integral part of the energy infrastructure, ensuring efficient and reliable operation of various types of power plants. Proper selection, maintenance and continuous improvement of pumping equipment contribute to the energy efficiency and environmental safety of power generation processes.

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