Steam heat transfer is fast, temperature is uniform, production stability is good, and the boiler has low nitrogen content during condensation

(1) Industrial production (the primary use)

1. Food industry: soybean product boiling, canned food sterilization, meat product steaming, dried fruit drying, wine fermentation, rice and flour processing;

2. Textile printing and dyeing: fabric scouring, bleaching, setting and drying;

3. Chemical industry: reaction kettle heating, asphalt melting, fertilizer production, latex heating;

4. Paper industry: pulp cooking, paper drying;

5. Rubber and plastics: rubber vulcanization, plastic foaming;

6. Building materials industry: curing of aerated bricks, drying of gypsum boards.

(2) Heating and hot water supply

Heating for factory areas in winter, hot water supply for hotel dormitories, bathing centers, hospitals, and schools; paired with heat exchangers to produce constant temperature hot water.

(3) Power generation through work done by a force

High-pressure steam drives the turbine, which is used for power generation in captive power plants, self-sufficiency in electricity consumption in factories, and is widely used in large factory areas.

(4) Other supporting scenarios

Oil and fat industry: oil extraction and refining;

Pharmaceutical industry: medicinal material extraction, equipment high-temperature sterilization;

Central air conditioning: Provides heat source for lithium bromide refrigeration units to achieve cooling in summer;

Concrete prefabricated parts are maintained at a constant temperature in the curing room.