Pharmaceutical companies rely on large amounts of steam for production processes such as high-temperature sterilization, drying, cooling, and granulation. They have high requirements for steam quality and consume a large proportion of energy. With the advancement of energy conservation and emission reduction policies, companies are gradually turning to more environmentally friendly and efficient gas boilers to reduce energy consumption and meet production needs.

Boiler solutions in dairy and beverage production are mainly dedicated to meeting the large demand for heat energy such as steam, hot water and so on during the production process, while ensuring that these needs are met in an environmentally friendly, energy-saving and efficient way.

In the feed mill processing process, boilers work closely with equipment such as twin-shaft paddle mixers, pulverizers, and granulators. In the granulation and conditioning stage, the addition of steam raises the temperature of the material to 80-85°C, and controls the moisture content to about 17%. In view of the high energy consumption and environmental pressure of coal-fired steam boilers, more and more feed mills are turning to gas boilers to meet production needs and comply with environmental standards.

Boiler heating is the key to urban central heating. It is heated through water circulation and sent to radiators for heating. In recent years, the proportion of boiler rooms in central heating has increased, but in order to meet environmental protection requirements, gas boilers have gradually replaced coal-fired boilers as the mainstream.

Food factory boilers are key equipment in production and are used for distillation, disinfection, drying, aging and other processes to ensure food quality. Steam requires constant temperature and pressure, which affects food quality. At the same time, hot water boilers are also used for heating or special processing.

Electric hot water boilers are environmentally friendly, energy-saving, efficient, stable, and easy to control, and can meet the hot water needs of the new energy industry in industrial production, agricultural production, homes, and commercial buildings.

In the production of rubber enterprises, key processes such as drying, calendering, and vulcanization have large steam demands and uneven loads, and strict requirements on steam pressure. In response to environmental scrutiny, gas boilers are widely used. At the same time, the thermal oil furnace plays an important role in heating and heat preservation in processes such as calendering, extrusion, and vulcanization molding.

In paper production, key steps such as pulping, forming and drying rely on steam. Steam boilers are the main source of power for paper mills. They burn coal and other fuels to produce high-temperature steam for cooking, drying and other needs. The paper industry is a highly polluting and energy-consuming industry.

In the brewing process, fermentation and distillation are key, requiring a large amount of steam. Therefore, steam boilers have become essential equipment in breweries. In the past, coal-fired boilers were popular due to their low cost, but rising environmental awareness has prompted wineries to turn to gas and electric boilers. These new boilers reduce costs and pollution, helping wineries achieve sustainable development.

The application of boilers in the fertilizer and pesticide industry is mainly reflected in providing the required high temperature and high pressure, meeting the needs of production processes, improving energy efficiency and reducing costs, reducing pollutant emissions and protecting the environment, and driving other production equipment. By rationally selecting and using boilers, fertilizer and pesticide companies can ensure smooth production and improve economic efficiency and environmental protection.