From the food and beverage industry up to combustion processes

Stone and earth
Wood
Chemistry and pharma
Food and beverages
Recycling and waste
Metallurgy
Thermal processes
Combustion processes

Specialist for solutions customized for process technology and specific industrial segments

A great diversity of dust-collection problems may be encountered for solution, depending on the industrial segment and the processes being applied.Air Treatmenthas developed filter systems and equipment plants that are adapted down to the last detail of the specific catalogue of requirements.

Whether chemistry, metalworking, or food and beverages: each sector has its own dust-collecting problems. This situation depends on the starting materials involved. Processes with stone and earth materials, for example, produce entirely different dusts than does the sawing of wood, the rehabilitation of buildings containing asbestos, or the milling of grain. A special source of danger arises with work with asbestos. Air Treatment offers comprehensive solutions for asbestos disposal.

Equipment systems have been developed especially for the cement solidification of asbestos products, and for processing contaminated construction materials. These systems, unlike conventional solutions, are compact and can fit in a mobile 20-foot container. The installed components and monitoring systems reliably prevent uncontrolled release of asbestos fibres. In addition, various processes give rise to various problems. In combustion processes, for example, especially great heat resistance of the filtration systems is essential. Also crucial are further aspects such as hygiene in the processing of food, beverages, and luxury edibles, as well as the recovery of dust: e.g., wood dusts for pellet production.

For all these interests and problems, Air Treatment has the appropriate solution for filtration, de-dusting of filters, and dust transport. Our engineering specialists will be glad to advise you. On the basis of your catalogue of requirements, they will sound out all possibilities for each of their potentials, until an optimal solution is ready.