Pressure Boosting System

Acknowledged For :

Maintaining a regular pressure across the piping network
Maximizing the efficiency of the pumping system
Maintaining a regular flow through all outlets
Optimizing the use of Power for water transfer
Avoiding use of multi-level pumping
Catering to the pressure requirements of new gadgets like jacuzzi, dishwashers, shower panels etc.

Comprises of :

Pressure Pump
Pre-pressurized Tank or Diaphragm tank

The tank has a diaphragm separating the air from the water
The water can be stored in the diaphragm or can be between the walls of the tank & the diaphragm
A regular air pressure is maintained inside the tank to control the system
All diaphragm tank sizing begins with a basic law of physics known as Boyle’s Law
When we applied it to pressure tanks, it will determine the drawdown factor
Boyle’s law is use to calculate tank efficiency

Control System
Instrumentation

Advantages :

A HPN Tank extends the life of the pump and enhances performance of the pump by reducing the number of cycles.
HPN Tanks provide a closed drinking water system. A closed system inhibits bacteria and vermin intrusion. Conventional tanks used in a gravity system are vented and allow impurities to enter the system.
HPN Tanks help deliver equal pressure throughout multi-level dwellings. Conventional tanks create pressure disparities in homes.
HPN Tanks draw water from wells or cisterns as needed and allow source replenishment.
Unsightly overhead tanks are not needed in a pressure system. A roof can be designed without the worry of making room for an overhead tank.
Water saving devices can be used effectively with pre-pressurized tank systems. Gravity-fed systems require open flow and waste water.
Overhead tanks typically require multi-line plumbing to various points of use in gravity feed systems. Pressure systems allow single pipe plumbing.

Applications :
Pre-pressurized tanks have a variety of applications. They are being extensively used worldwide for numerous applications as under :