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Vacuum Booster System

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Combination of :
WATER RING VACUUM PUMP
OIL SEALED VACUUM PUMP
STEAM EJECTORS

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Maximum achievable vacuum 0.001 mm Hg Complete skid mounted System with Instrumentation & Automation.

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Widely popular now in Pharmaceutical, Chemical, Edible Oil, Dairy, Food Processing, Fertilizer, Petrochemical Industries.

Evaporation systems

  • Filtration system 

  • Carbonation CO2compressor 

  • Condensation system 

  • Metallurgy 

  • Casting, Cooling 

  • Soaking, Drying , Crystallization 

  • Optical industries 

  • Laboratory 

  • Pulp and paper industries 

  • Sugar industries 

  • Power stations 

  • Chemical industries 

  • Food processing plants 

  • Mineral processing plans 

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MAJOR ADVANTAGES

Can be integrated with any installed vacuum systems such as steam ejectors, water ring pumps, oil sealed pumps and water ejectors, etc.

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The vacuum booster is a dry pump, as it does not use any pumping fluid. It pumps vapor or gases with equal ease. Small amounts of condensed fluid can also be pumped.

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Vacuum Boosters are power efficient. Very often a combination of vacuum booster and suitable back up pump result in reduced power consumption per unit of pumping speed. They provide high pumping speeds even at low pressures.

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Boosters increase the working vacuum of the process, in most cases very essential for process performance and efficiency.

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It has very low pump friction losses, hence requires relatively low power for high volumetric speeds. Typically, their speeds, at low vacuums are 20-30 times higher than corresponding vane pumps/ring pumps of equivalent power.

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Vacuum boosters do not have any valves; rings, stuffing box, etc therefore do not demand regular maintenance.

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Due to vapor compression action by the booster, the pressure at the discharge of booster is maintained high, resulting in advantages such as low back streaming of prime pump fluid, effective condensation even at higher condenser temperatures and improvement of the back up pump efficiency.

Mechanical Vacuum Booster System

Selection Of Right Type And Right Size Of Vacuum Pump Is Very Important Aspect Of Any Process. If The Size And Type Of Vacuum Pump Is Not Correct, The Cost Of Production And Variable Cost Will Also Increase. Selection Of Vacuum Pump Depends Upon Desired Vacuum, Capacity At Desired Vacuum, Time Period Within Which Vacuum Has To Be Achieved And Volume Of Vessel.

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“JOYAM” Vacuum Booster Systems Are The Newly Developed System Capable Of Developing 5 Torr To​ 0.50 Torr Vacuum. The System Consists Of The Combination Of Roots Blower And Vacuum Pump. The Vacuum Pump Will Act As A Backing Pump. The Vacuum Pump Can Be Water-Ring Vacuum Pump Or Oil-Seal Vacuum Pump As Per The Process Requirement.

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Mechanical Vacuum Booster System Is Designed In Following Combination:

Blower And Water Ring Vacuum Pump
Blower And Oil Sealed Rotary High Vacuum Pumps
Blower, Oil Sealed Rotary High Vacuum Pumps & Steam Ejector

Salient Feature:

Low Operating Cost
High Volumetric Efficiency

Capacity:

240 m3/hr. (4,000 lt./min.) To 5,998 m3/hr. (1,00,000 lt./min)

WHY PARTNER WITH ALLFLOW?

Specialize in alternative fuel firing systems  

Allflow has a vast knowledge and understanding of fuel-fired systems process knowledge, feasibility studies and technical solutions, such as receiving, handling, sorting, sizing, storing, transporting, feeding and burning.

Experienced

Allflow has commissioned more than 30 Alternate Fuel Firing Systems in cement plants in India during the period of 2009-20.

 Engineering Design

Each system is individually designed by Allflow based on the norms of PCB and customer’s input.

Customer Service

 Allflow is fully equipped with an experienced operational team to assist the customer to fire the secondary fuel inefficient and safer way.

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