Industrial ventilation for production spaces

In a production workshop or process room, air exchange depends on the process: heat, dust, smoke, odors, moisture, aerosols, gases, local sources of emissions, and equipment operating schedule.

That is why one universal system does not suit every workshop. Some tasks require general ventilation, while others need local exhaust, make-up air, filtration, heat removal, or separate automation.

For industrial tasks, the ability to prepare air ducts, non-standard assemblies, component sets, sealed connections, testing, and quality control of finished products is important. This preparation can be viewed on the Ventall production page.

Specific m3/h, kW, and technical parameters must be confirmed by an implemented facility or project documentation, not only by a general description of fabrication preparation.

Industrial ventilation cannot guarantee “removal of all harmful substances” without calculating emission sources, operating mode, filtration, make-up air, fire safety requirements, and system operation.

During design, the general requirements for heating, ventilation, and air conditioning are checked, including DBN V.2.5-67:2013, as well as specific requirements for the production facility, warehouse, or process zone.

Workplace microclimate, maximum permissible concentrations of harmful substances, dust, aerosols, heat gains, local exhaust hoods, filtration, noise, fire safety, air duct materials, and service access are checked separately.

For welding, painting, hot processes, food production, warehouses with storage requirements, or dust zones, specific sector standards and equipment documentation are required for the actual process.

ATEX or explosive atmospheres should not be presented as a standard solution without a separate regulatory check, input data, and confirmed project examples.

If there is heat, dust, odors, aerosols, local emission sources, or a complex process, an engineering calculation is required. Without it, it is impossible to correctly assess airflows, air duct materials, filtration, noise, fire risks, and service.

After design, installation, commissioning, balancing, and service are important because an industrial system must work in real operating modes, not only look correct in drawings.