Waste Heat Recovery Technology
The increasing rate of industrialization and advances in technology are increasing the need for energy day by day. It is assumed that approximately one quarter of the energy consumption of many industrial plants worldwide is lost by waste gases thrown into the atmosphere. The recovery of this huge amount of loss is possible with recovery systems.
EHP TECHNOLOGY IS THE BEST WAY TO TAKE ADVANTAGE OF THE RECOVERY OF WASTE HEAT FROM FLUE GASES IN A WAY THAT WILL REVOLUTIONIZE THE RECOVERY OF WASTE HEAT. WITH THIS METHOD, WHICH IS THE FIRST AND ONLY HEAT TECHNOLOGY, WHICH IS THE 5TH GENERATION IN THE WORLD, THE HEAT RELEASED BY FLUE GASES IS RECOVERED IN THE MOST EFFICIENT, FASTEST, MOST COST EFFECTIVE, CHEAPEST AND HIGHEST RATE KNOWN.
It demonstrated that the system has the potential to simultaneously recover waste heat and generate electrical energy from a completely passive system without any auxiliary power.
Existing energy sources could not meet the increasing energy needs. As a result, the concept of energy efficiency emerged. Minimizing the amount of energy consumed in a way that does not adversely affect economic developments and social welfare without reducing the amount of product obtained from production and the quality ratio is called energy efficiency.
The main thing in energy efficiency is to reduce consumption by using energy efficiently without any savings or restrictions. Efficient use of energy in industrial facilities with high production capacity and high energy consumption reduces costs as well as significantly reducing the resource consumption required for energy generation.