Environmental benefits of heat recovery - a key to energy effectiveness of the buildings

Heat recovery: An effective device in reducing greenhouse gas emissions

According to research conducted by the International Energy Agency (IEA), the use of heat recovery systems in buildings can contribute to a significant reduction in carbon dioxide (CO2) emissions by reducing energy consumption for heating and cooling (in the case of good units). It’s estimated that up to 50% of energy used in buildings can be saved thanks to the use of effective heat recovery systems. The effects on the planet from the widespread use of heat recovery are promising. Reduction of greenhouse gas emissions contributes to reducing the greenhouse effect and climate change. Reducing energy use in buildings also leads to less strain on conventional energy sources, such as fossil fuels, resulting in reduced air pollution and protection of air quality. More specifically; by recovering heat from ventilated air, heat recovery systems reduce energy use and fuel requirements, which contributes to the conservation of raw materials and natural resources.

Transformation of the building sector – Introduction of heat recovery and balanced development.

Introduction of heat recovery into daily building practice- and modernization of existing buildings is essential to achieving global goals of balanced development and fight with climate change. Popularization of effective heat recovery systems can contribute to the transformation of the building sector towards bigger equivalence and minimization of negative impact on the planet.

In summary, the environmental benefits of heat recovery are undeniable. Scientific research, market forecasts and consequences for the planet confirm the positive influence of heat recovery on greenhouse gas emissions, climate protection and balanced management of natural resources. It is a key element in a fight with climate change and achieving global goals of balanced development.