Energy conservation is one of the fundamental ways to achieve carbon neutrality, and several countries are trying to find new answers to this.
In particular, in the current situation where low-temperature waste heat is wasted in large quantities, recycling low-temperature waste heat as much as possible to reduce carbon emissions is a very practical business.
The low-temperature, high-efficiency condensed heat exchange system, which efficiently recovers low-temperature waste heat, is a technology that is very effective in saving energy with a one-time recovery of the entire range of low-temperature waste heat.
Excellent anti-corrosion performance ensures that the equipment is not affected by low-temperature corrosion and has a long service life.
Heat energy recovered through heat exchangers can be widely used in various industrial production scenarios, such as process water replenishment, building heating, hot water supply, agriculture and fisheries, as well as other scenarios that use large amounts of hot water.
This system also has the effect of reducing harmful substances and fine dust in exhaust gases.
In particular, a large amount of white smoke emitted from factories such as power plants, steel mills, and incinerators contains a large amount of harmful substances (nitrogen oxide, sulfur oxide, dust, moisture, etc.) in addition to pure water vapor.
This system, which causes various environmental pollution problems, not only efficiently recovers waste heat and saves energy
It is a very cost-effective technology that kills two birds with one stone by greatly reducing the content of various harmful substances and white smoke in exhaust gases and reducing the workload of subsequent environmental protection equipment
