ASPIRATION TECHNOLOGIES

Aspiration systems are special equipment designed for removing air with dust and other waste from material processing. Dust removal is a necessary process that, if the cleaning units are chosen incorrectly, can be too energy-intensive. Typically, the dust collection system includes gas cleaning units and air duct networks. The most relevant sphere of application for these systems is grain processing and storage plants.  

Industrial aspiration is a mandatory investment that provides more comfortable working conditions, protects equipment, and improves the quality indicators of grain products. The appearance of fine dust particles or other waste leads to dangerous diseases among personnel, significantly accelerates equipment and finished product spoilage, and can lead to emergency and even catastrophic consequences in the event of a dust explosion.

The selection of installations depends on the specifics of the enterprise itself. The efficiency of operation is assessed by the ratio of removed dust particles to those that have entered the working area.  

Aspiration provides:

  • Fire and explosion safety in the premises;
  • High quality of the final product;
  • Minimization of time spent on waste removal in the premises;
  • Increased equipment service life;
  • Increased interval between equipment maintenance;
  • Efficient use of waste.

 
In our company "SKIF," enterprises can order a full range of aspiration equipment. These can be both local systems with low productivity and workshop-wide installations.

The formation of mineral and organic dust in grain processing plants is a mandatory process. Installing high-quality aspiration equipment from our company will help avoid explosions and other unpleasant incidents. Dust collectors will protect the enterprise from the adverse effects of pollutants.

​  Leaflet_Aspiration technologies_Eng.pdf

 Leaflet_Aspiration technologies_Sk.pdf

 Leaflet_Aspiration technologies_Ua.pdf

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The inlet channel guides flow along the filter housing, initiating a swirling motion that separates particles. Larger particles settle into the collection cone, while finer dust moves to the filter elements. Cleaned air enters the purified air chamber, while dust collects on the sleeves. Automated pneumatic pulses cleanse the sleeves based on timing or pressure drop.
THE INLET CHANNEL GUIDES THE FLOW ALONG THE FILTER HOUSING'S CURVED SURFACE
Dust-laden air from the receiving hopper is directed into our chamber, where dust is captured on filter elements. Purified air is then released into the atmosphere, facilitated by an exhaust fan. Our self-cleaning regeneration system ensures sustained efficiency by returning accumulated dust to the product.
DUSTY AIR FROM THE HOPPER ENTERS THE CHAMBER, WHERE DUST SETTLES ON FILTER ELEMENTS
Dusty air is channeled into the chamber via the inlet pipe, where it encounters filter elements. Purified air exits through an exhaust fan while our regeneration system ensures efficient cleaning of filter elements. Excess dust is discharged into either the waste hopper or reintroduction into the process.
DUSTY AIR ENTERS, FILTERS THROUGH ELEMENTS, COLLECTING DUST
In the equipment, dusty air is filtered through a chamber. Dust particles settle on filter elements, while purified air is released through an exhaust fan. A self-cleaning system returns accumulated dust to the product.
DURING EQUIPMENT OPERATION, DUSTY AIR ENTERS OUR FILTER'S CHAMBER