Beseem Solutions Private Limited

This is horizontal multistage pumps used for high pressure feeding applications.

Multistage centrifugal pumps are side suction pumps with vertical delivery and diffuser type casing. Horizontal multistage centrifugal pump series impellers are of radial flow type provided with balancing holes. RKB/RKBF/RKBK horizontal multistage centrifugal pumps have standard grease lubrication, suitable for coupling with electric motors.

APPLICATIONS

 

• Fire-fighting
• Booster service
• Mine dewatering
• Boiler feed
• Sprinkler Irrigation
• Descaling

 

SPECIFICATIONS

 

• Delivery size up to 250 mm
• Capacity up to 850 m3/hr
• Head up to 850 metres
• Working pressure 40 to 64 bar
• Temperature (-) 40 °C to 140 °C

 

 

FEATURES

 

• Gland packed/Mechanical seal
• Ring section diffuser casing
• Stuffing box cooling for high temperature applications
• Available in vertical configuration
• Optional orientation available for suction branch
• Hydraulic thrust balancing by balancing holes
• Multi-cutlet feature enables usage of the pump for different delivery pressures
• 50 Hz/60 Hz availability

Increasing the impeller diameter can increase the head developed by a pump, but it will also increase the overall size of the pump so that there are practical limits to this approach. Increasing rotational speed can also increase developed head, but here again, there are practical limits. Ultra-high-speed pumps can suffer from reliability and durability problems because of the extra strain the high rotational speed puts on bearings and seals.

Multi-stage pumps have emerged as the most practical solution for situations where high pressures are required. Of course adding more stages increases the mechanical complexity of these machines. However, this opens the door to a great deal of design flexibility. The number of stages can be chosen to match the developed head requirements, with more stages added to supply higher output heads (For ring-section pumps, including most of KSB’s high-pressure products, the number of stages built into a pump can be varied, depending on the required duty point of the machine.) For multi-stage pump designs it is also straightforward to tap into the pump at an intermediate stage in order to produce a partial flow of fluid at a pressure below the full output pressure at the final stage. Impellers at each stage can be individually optimized to deliver maximum efficiency. Multi-stage pumps can be designed to be very compact relative to their power ratings with short, stiff drive-shafts and generous bearings.

Layout of a typical multi-stage pump

A gallery of high-pressure pumps

HGC

KSB’s HGC family is an excellent example of high-capacity, high-performance multi-stage pumps for boiler-feed duties in power stations and in other large-scale industrial applications.

These pumps are available with delivered heads as high as 4200 metres and capacities of up to 1,450 cubic metres per hour. They can handle fluid temperatures as high as 200°C. The design has been optimized to ensure long, trouble-free service life and simplified maintenance procedures.  

HGC pumps have been used effectively in the Alberta oilsands to provide high-pressure water for the in-situ extraction of bitumen from underground deposits.r sports and service water supply systems for tall buildings.

 

Building reliable high-pressure pumps

Basic hydraulic theory tells us that there are three factors that determine the total developed head of a centrifugal pump:

1. Impeller diameter;
2. Impeller rotation speed;  and
3. The number of impeller stages.

 

Horizontal split casing pumps, commonly referred to as HSC pumps, are a type of centrifugal pump designed for a wide range of applications, particularly in the water and wastewater, industrial, and heating sectors. Their unique split casing design allows for easy maintenance and servicing without the need for extensive disassembly.
### Key Features:
1. **Split Casing Design**: The horizontal split casing allows for easy access to the internal components, enabling maintenance and inspection without removing the pump from its installation.
2. **High Efficiency**: HSC pumps are designed for optimal hydraulic performance, providing high efficiency and energy savings in various applications.
3. **Robust Construction**: Typically constructed from durable materials like cast iron, stainless steel, or other alloys, HSC pumps are built to withstand harsh operating conditions and corrosive environments.
4. **Versatile Applications**: These pumps are suitable for various applications, including water supply, irrigation, HVAC systems, fire protection, and industrial processes.
5. **Wide Range of Flow Rates and Pressures**: HSC pumps can handle a broad spectrum of flow rates and pressures, making them adaptable to different operational requirements.
6. **Low Operating Costs**: Their efficient design and ease of maintenance contribute to lower overall operating and maintenance costs over the pump's lifespan.
### Applications:
- **Water Supply and Distribution**: Commonly used in municipal water supply systems to transport water efficiently.
- **Irrigation Systems**: Effective in agricultural applications for irrigation and drainage.
- **HVAC Systems**: Used in heating and cooling systems to circulate water and maintain temperature control.
- **Industrial Processes**: Suitable for various industrial applications, including chemical processing, cooling water circulation, and boiler feed.
### Conclusion:
Horizontal split casing pumps (HSC pumps) are a reliable and efficient solution for numerous fluid handling applications. Their easy maintenance, robust construction, and versatility make them ideal for industries ranging from municipal water supply to industrial processes. With their high efficiency and low operating costs, HSC pumps are a smart choice for anyone looking to optimize their pumping systems.

Description:-

We are offering High Pressure Pump to our client. Boiler Feed Pumps are designed to handle the amount of pressure your operation needs. Boiler feed water pumps transport water into boilers using high pressure. Thus, a boiler feed pump is built to handle extremely high water pressure to deliver the feedwater into the boiler system.

Application:-

• Boiler Water Feeding.
• High Pressure Washing.

Features:-

• Highly energy efficient.
• Low maintenance cost.
• Light in weight for SS sheet fabricated design.
• Low noise.
• Require low floor space.