A competitive advantage from using condensing engineering

Using condensing engineering can cut operating costs and make an additional contribution to protecting our environment. With the right condensing boiler, additional costs are generally paid for in less than 2 years.

- Condensing engineering makes efficiencies of over 100% possible
Conventional boiler systems do not make full use of all the heat constituents in the fuel – valuable energy is wasted in the flue gases that escape. The use of condensing engineering allows this heat to be used to optimum effect. When using condensing engineering, it is assumed that the materials are acid-resistant. In the domestic sector, the complete boiler system is often made from stainless steel, and these are known as a condensing boiler. In industry, it is generally only the convection passes in which the condensing engineering is used that are made from stainless steel. With heating boiler systems, the use of condensing engineering has already been standard practice for some time. But using condensing engineering can also be beneficial with steam boiler systems in certain conditions.

- A Condensing boiler is both economical and ecological
Condensing technology does not only use the tangible warmth of the heating gas – it also makes partial use of the evaporation warmth within the water vapour. In comparison with conventional heating boilers with normal calorific value usage, the use of condensing engineering can reduce fuel usage and emissions by more than 10%.

- Natural gas benefits condensing engineering
If the characteristic data relevant for condensing engineering derived from standard fuels are compared, natural gas offers the best usage potential. Natural gas contains the highest levels of water and has the highest waste gas dewpoint.

 

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