기술개발 HISTORY

The heat exchanger has evolved continuously according to the demand of the heat exchanger in the market. However, because the frequent breakdown of the heat exchanger due to the foreign matter in the waste water could not be expected to have any practical effect,
Through three years of R&D and 8 years of field application, ENSAVER was born to solve the existing problems of existing waste heat exchanger

Value of Waste Water Energy Reuse

In case of dyeing process, about 51% of the calorific value of fossil fuels is abandoned as waste heat, of which about 85% is renewable heat energy.

History of Waste Water Heat Exchanger

In case of dyeing process, about 51% of the calorific value of fossil fuels is abandoned as waste heat, of which about 85% is renewable heat energy

Ensaver Composition

Ensaver can be composed in two types, industrial type (Shell & Tube) and building type (Plate), each of which is composed of filter, heat exchanger and integrated automatic management system.

산업용 Ensaver 건물용 Ensaver
Ensaver Composition
1 Filter
· At least 99% filtration of suspended solids in wastewater by 4 stage filters
· Semi-permanent product life is guaranteed by SUS304
· Automatic control by the integrated management system
· Separable by parts (ensuring maintenance convenience)
2 Heat Exchanger
· Made of SUS316L (tube) and SUS304 (shell) to ensure durability
· Maximizing Heat Transfer Area for Heat Exchange Rate Improvement - Minimizing Tube Diameter (9.6mm) Design
· Separable by parts (ensuring maintenance convenience)
3 Integrated automatic management system
· Collecting and analyzing device operating information through various sensors installed in Ensaver
· SMART automatic management system including filtering maintenance
· Remote maintenance management over the Internet from anywhere in the world