폐기열회수열교환기 (주)대명에스코

Structure ▼

Overview Structure Usage Core Technology Differentiation

Structure

System Structure and Principles

Continuous heat transfer relations according to heat exchanger array

■ Reduce Baekyeon

The fine dust acid gas containing heat bottles included in the plant incinerator, and other harmful substances included in the condensation of waste heat exchange system may be absorbed into the final discharge heat exchange system.
In addition, the temperature of the final outlet exhaust gas is discharged below 50°C, reducing the absolute moisture contained, thereby reducing the white smoke phenomenon in winter.

Condensation heat transfer relational equation according to heat exchanger arrangement

■ Full range of waste heat recoverable

Low-temperature, high-efficiency condensation waste heat recovery heat exchange system can safely recover the entire range of waste heat from 350°C to 50°C at once
High temperature or low temperature is also possible.

■ Maximize waste heat recovery

Low-temperature high-temperature condensation system uses a single-time simple process without complex processing process.
Maximize the minimum cost of waste heat.
In fact, achieve high efficiency energy savings.
High energy efficiency enables fuel savings of 8% to 20% each year

■ long life of heat exchanger

Low-temperature high efficiency condensation heat exchange system is not affected by low temperature

Structure 1 페이지

Structure