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Industrial Ventilation2026

Compensating for workshop vacuum with heating and cooling

At the client's request, vacuum compensation was implemented in the production workshop, supplemented with adiabatic cooling and heating functions. The system automatically regulates the air volume according to the vacuum present in production.

Compensating for workshop vacuum with heating and cooling

Project Challenge

In the production workshop, technological processes created air rarefaction, i.e. a vacuum in the space, which interfered with equipment operation and affected the working environment. The client needed a solution that would automatically compensate for the resulting vacuum and additionally ensure a stable air temperature year-round.

How We Built It

We established a vacuum compensation system that measures the rarefaction created in production and automatically adjusts the amount of supply air accordingly. We supplemented the system with climate management functions to ensure that the supply air is at a suitable temperature in every season.

  • Vacuum-based automation that adjusts the air volume according to the rarefaction present in production
  • Adiabatic cooling for warmer periods
  • Heating function for colder periods
  • Air exchange up to 35 000 m3/h

What We Achieved

  • Automatic vacuum compensation according to real-time measured rarefaction
  • Year-round indoor climate ensured thanks to heating and cooling functions
  • Adiabatic cooling for energy-efficient air cooling
  • A more stable working environment and air exchange that supports production processes

Galerii

FAQ

Frequently asked questions

What is the air exchange capacity of the system?
The system provides air exchange of up to 35,000 m3/h.
How does the system compensate for the vacuum created in production?
Vacuum-based automation measures the rarefaction in real time and automatically adjusts the amount of supply air accordingly.
Does the system ensure a suitable air temperature year-round?
Yes, the system has a heating function for colder periods and adiabatic cooling for warmer periods, ensuring a stable indoor climate year-round.
What cooling solution is used?
Adiabatic cooling is used, which is an energy-efficient way to cool the air during warmer periods.
What results did the solution deliver in the production hall?
The solution provides automatic vacuum compensation, year-round indoor climate, and a more stable working environment with air exchange that supports production processes.
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