Steam as an energy source is widely used in various industries,
such as food, power generation, petroleum, chemical, printing and
dyeing, paper making, textile, brewing, rubber, ceramics and other
industrial fields. Under the energy crisis, recovering heat energy
and saving combustion is the best way. According to statistics,
assuming that the steam pressure of the plant is 7kg/cm², the steam
is piped to the heat engine, and only 75% of the potential heat is
really absorbed. The remaining 25% of the heat, called waste heat,
remains in the condensate and is discharged through the trap. The
condensate recovery device produced by our company effectively
recycles condensate directly to the boiler, boiler's soft water
tank, piping, or to a place designated by the user. This reduces
the plant's consumption of fresh water and heating energy. Our
steam condensate recovery units can treat condensate and recycle it
according to customer requirements.
Heating, sterilizing, steaming, cleaning, drying, distilling,
extracting, high temperature dyeing and styling, heating, air
conditioning, domestic hot water using large amounts of steam.
If the steam condensate recovery is 1 ton/hour, working 10 hours a
day, industrial water use $1/ m³, that's a savings of $3000 per
year. And if natural gas is used, the boiler efficiency is 75%, the
calorific value of natural gas is 35,587.8kJ/m³, 87,900,000kJ ÷
35,587.8kJ/m³ ÷ 75% = 32,930.3m³, the natural gas can save
32,930.3m³, and if natural gas is $2/cubic meter, the total saving
is $65,860.6. Don't look at it as a small amount, if the recycling
volume is 6 tons/hour or over, this is a very large amount of money
that will accumulate over time.
