
OVERVIEW
We understand “industrial air engineering” as a discipline distinct from general “comfort air conditioning” that involves specialisation in providing solutions to customers with particularly demanding requirements for technical air quality systems within industrial environments.
Applications in the area of industrial air engineering range from complex air supply systems for technological processes to thermal or chemical air preparation and a wide range of cleaning and disposal solutions for air flows contaminated with pollutants.
In many areas, our plants play a part in the functioning of the respective production technology, represent decisive factors in their efficiency and also make valuable contributions to the protection of humans and the environment through minimising of emissions. Optimal, specifically tailored solutions are key factors in determining the efficiency of production. They are also our primary goal.
Typical applications can be found in many areas, including chemical or pharmaceutical processes, micro-electronics and electronic components manufacturing, food and beverage processing, the waste disposal industry, foundries, printing plants and metal or wood processing.
Our decades of experience plus our competence, dedication and broad interdisciplinary perspective make us a perfect, reliable partner for your projects and justify our guarantee of future-proof solutions.
Demanding applications require a detailed situation analysis as well as precise quantitative and qualitative knowledge of the relevant process parameters. As these data are frequently not known to their full extent, we generally recommend a situation analysis. This may comprise:
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Mechanical parameters
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Energetic parameters (radiation, convection and energy flows)
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Air constituents
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Third-party requirements (e. g. validation, qualification and regulatory requirements)
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Architectural, construction and logistics parameters
Only such an analysis allows identification of the critical process parameters for functionally and economically optimal implementation of an industrial air engineering system.
The functional and economic efficiency optimisation of building systems is possibly the most important, core competence of OTTO.
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