Home/ Dust Collection/ Tubular Pulsing Systems

Dust Collection

Tubular Pulsing
Systems

High-performance tubular pulse dust collectors engineered for heavy industry — continuous on-line cleaning with no production shutdowns, 24/7 operation.

24/7 Operation EPA Compliant Design to Maintenance
Request a Quote 1300 131 944
Tubular Pulsing Dust Collection System

What is it

Tubular Pulse Collector — Industrial Dust Control at Scale

GPC's tubular pulse dust collector uses short bursts of compressed air to dislodge dust from cylindrical filter bags while the system remains fully operational. Dust-laden air enters the collector and flows through the bags, with particles accumulating on the outer surface forming a dust cake.

The cleaning principle is based on pulse valves opening briefly to release a high-pressure burst of compressed air into a blowpipe above the filters, creating a shockwave through the venturi. Unlike shaker systems that require shutdowns, tubular pulse cleaning operates on-line — making it the preferred choice for continuous heavy industry operations. Galaxy Pollution Control designs, installs and maintains these systems across Australia.

  • Continuous on-line cleaning
  • No production shutdown required
  • High filtration efficiency
  • Extended filter bag life
  • Low energy consumption
  • EPA & compliance ready
Tubular Pulsing System detail
Tubular Pulse Collector
99%+ Filtration Efficiency
0.1–0.2s Pulse Duration
24/7 Continuous Operation
7+ Industries Served

Operating Principle

How the Cleaning Cycle Works

Unlike shaker systems, tubular pulse cleaning operates while the system stays fully on-line — no shutdowns, no interruptions, no lost production.

01
Dust-laden air enters the baghouse
Contaminated air is drawn into the tubular collector housing. The airflow is directed so dust-laden gas passes from the outside surface through each cylindrical filter bag.
02
Dust accumulates on outer bag surface
Particulate matter collects on the outside of the filter bags, building a dust cake. Clean air exits through the inside of the bags and is discharged safely.
03
Timer or pressure signal triggers cleaning
Cleaning is automatically initiated at set time intervals or when a pressure differential sensor detects filter loading — ensuring consistent, efficient performance.
04
Pulse valve fires — compressed air burst
A solenoid-controlled pulse valve opens briefly (0.1–0.2 seconds), releasing a high-pressure burst of compressed air into the blowpipe above the filter bags.
05
Shockwave dislodges dust cake
The air travels through a venturi, creating a rapid shockwave that propagates down the filter. The pressure wave causes the bag to flex, shattering and detaching the accumulated dust cake.
06
Dust falls to hopper — system continues
Dislodged dust falls into the collection hopper for discharge. While one row cleans, all others continue filtering — zero downtime, uninterrupted airflow.

Applications

Industries Served

Tubular Pulsing Systems are the preferred choice wherever heavy industry produces fine, continuous dust and demands 24/7 operation without downtime.

Cement Plants
Continuous capture of kiln and grinding dust for compliant, 24/7 operations.
Chemical Processing
Control of fine powders and process emissions in demanding environments.
Recycling Operations
Dust from sorting, shredding and material handling — captured continuously.
Mining Sites
Robust dust collection for drilling, crushing and conveyors — 24/7 capable.
Timber & Sawmills
Wood dust and chip extraction across the mill with minimal downtime.
Steel & Metals
Controlling fine metallic particulates from smelting and grinding processes.
Powder Handling
Containing and capturing fine powders and bulk materials safely at source.
System Components
We supply, service and retrofit complete Tubular Pulsing systems including:
  • Fabric filter bags & cylindrical elements
  • Filter cages & retainers
  • Pulse valves & solenoid valves
  • Blowpipes & venturi assemblies
  • Compressed air headers & tanks
  • Timer & differential pressure controllers
  • Hopper & dust discharge systems
Key Benefits
Why Tubular Pulsing outperforms other cleaning methods:
  • Continuous operation — no production shutdown required
  • Superior dust removal efficiency across fine and coarse dust
  • Extended filter bag life — reduced replacement frequency
  • Lower energy consumption — efficient pulse cycles
  • Reduced manual cleaning and maintenance costs
  • Improved workplace air quality and safety
  • EPA & Australian compliance ready

Maintenance & Support

Preventative maintenance keeps your tubular pulsing system efficient, compliant and running at peak performance.

Pulse valve replacement
Air pressure testing
Leak & blowpipe inspection
Filter bag & cage audit
Controller calibration
Emergency breakdown support
Why Galaxy Services?

We don't just supply components.
We engineer systems that perform.

We assess airflow, pressure drop, dust characteristics and layout so your Tubular Pulsing system is correctly sized, properly calibrated, energy efficient and fully compliant. Industrial dust systems fail when poorly engineered — we design them to perform.

Book a System Assessment
Site evaluation, system sizing and performance audit.
Contact Us
1300 131 944 Sales@galaxyservices.net.au