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PARS5000 Vacuum Recovery System For Sandblast Booths

The PARS5000 Vacuum Recovery System uses a vacuum head to suck in residual abrasive from large tanks and hard-to-spill reservoirs. This system does not use floor hoppers, which requires less care and maintenance and makes it very inexpensive and easy to implement.

This solution is designed specifically for applications where residual abrasive media is confined in cavities or cannot be “economically” shovelled into recovery hoppers. Otherwise, the floor-cleaning process using a vacuum head is counterproductive and very long to perform. For installations where excavation is not possible, we would recommend a PARS2000 with an above-floor installation.

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Recovery System Capacity

The recovery rate capacity is capped at 1,000 lb/hr due to the restriction caused by the interior diameter of the vacuum head.

How it Works

PARS5000 high performance Vacuum Recovery System consists of:

  • vacuum dust collector
  • abrasive recycler
  • storage hopper
  • one or two pressure vessels
  • suction head to vacuum residual abrasive

Diagram of a PARS5000 industrial sandblasting system showing a worker using a vacuum head, dust collectors, cyclonic separator, sandblast pot, storage hopper, and labeled air and dust flow pathways in Sandblast Booths with a Vacuum Recovery System.

A wet vacuum cleaner nozzle with wheels, part of the PARS5000 Vacuum Recovery System, is being used to clean a liquid spill from a gray floor—ideal for maintaining cleanliness in sandblast booths.

Sucking Abrasive Media with a Vacuum Head

Abrasive Media Recovery System

This abrasive media recovery system is available with a choice of two abrasive media cleaning technologies, each designed to remove contaminants from the recovered media and return only clean, reusable abrasive media to the blast pot. Both systems help maximize blasting performance, maintain consistent process quality, and reduce abrasive media consumption.

Rotary Sieve Drum Separator

Diagram of a Rotary Sieve Separator with labeled inlets and outlets: dirty media rises, air enters, dust exits, reusable media falls, and waste is discharged. Colored arrows highlight the flow of different materials through the system.

 

Learn More About the Rotary Sieve Drum Separator

Cyclonic Separator

A cutaway diagram of an industrial cyclone dust collector shows airflow and particle paths; dust enters, spirals inside, larger particles fall to the bottom, while cleaner air exits through the top.

Learn More About the Cyclonic Separator

Dust Collector Capacity

This system is delivered with a PARS2000 Dust Collector which has an overall filter area of 200 sq. ft. and is equipped with a 20 hp / 400 cfm engine.

A large industrial dust collector machine with a red and black metal body, featuring a PARS2000 Pneumatic Recovery System, attached hoses, control panel, and vented top section, stands on a sturdy frame against a white background.

Blast Pot and Storage Hopper Assembly

The storage hopper ranges from 3.5 to 100 cu. ft., depending on the available ceiling height space, and is used as a temporary storage unit for abrasive media while it exists in the cyclonic separator. When the pot runs empty, it must simply be depressurized to let the plunger fall, in order to refill it with media waiting in the storage hopper.

A tall, cylindrical black industrial machine labeled Kresco, designed for blast room operations, with hoses attached at the top and gauges, pipes, and valves on its lower section, stands against a plain white background.

Learn More About Storage Hoppers