Reduce sick leave - increase productivity
The problem: Heating systems commonly used in production halls or warehouses blow warm air into the work areas. This not only stirs up dust and disperses aerosols, but also creates an unpleasant working atmosphere. It is not uncommon for sauna conditions to prevail in the immediate vicinity of the blowers and it can often be observed that people work in T-shirts under these conditions, even if the temperature outside is below zero. But no one puts on a jacket when the gate is open or when a quick walk across the yard is required.
One of Europe's leading manufacturers of precision chains in North Rhine-Westphalia regularly struggled with this problem in winter. The solution emerged as a side effect after the decision had actually been made to install a new, energy-saving hall heating system for economic reasons. This not only reduced the previously enormously high energy costs, but also significantly optimized heating comfort. This is because the infrared technology used ensures a pleasant, uniform and draught-free working climate in the hall buildings. In addition, the temperature can be precisely controlled, for example to a working temperature of 18 °C in the production area. Employees in production now work in seasonally appropriate clothing and absenteeism due to illness has fallen measurably.
If you would like to find out more about reducing sick leave and these heating solutions, please contact Contact us on.
By the way: The next Hot tip around the topic Hall building & energy efficiency we'll tell you next time.
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New gas heating quickly in 2023 - often the cheapest decision that also pays off for the environmentThe BMWK is currently causing a stir with a draft bill. This is because it involves a categorical ban on gas heating systems. According to the plan, from 2024, only heating systems powered by 65 % renewable energies may be used. Formally, this can only be heat pumps, district heating or biomass heating. This raises the question: what about the openness of technology in Germany? And who should pay for it? Decentralized gas-powered heating systems are often the only economically and functionally viable solutions, especially in hall buildings.
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Almost all machines produce waste heat. Compressed air systems or curing ovens are at the forefront here, with enormous heat emissions. However, this usually dissipates unregulated in the building, which is annoying. On the one hand for the environment, but above all for business management. This is because a lot of energy is wasted in this way, which has to be paid for expensively elsewhere.
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The German government's targets are ambitious: by 2045, Germany is to be climate-neutral and dispense with fossil fuels in the generation of heat. A target that is putting pressure on the industry. Numerous innovations are pushing for a switch to renewable energies - such as the Fuel Emissions Trading Act (BEHG), which sets an increasing CO₂ price for fossil fuels in the heat supply sector.
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What is a dark radiator (really)? In everyday life, the term "dark radiator" is often used interchangeably with infrared radiant heaters. It is also often used to refer to electric infrared heaters. People even talk about electric dark radiators. From a technical point of view, however, this is not really correct. Dark radiators in the true sense of the word are gas-powered infrared heating systems that bring heat into halls in a particularly efficient way. To do this, […]