Industry Solutions
In the production process of liquor and beer, such as auxiliary material steaming, grain cooking and pasting, distilling wine, wort boiling and so on all need to consume a large amount of raw steam. At the same time produce a large amount of secondary steam or waste heat emissions, resulting in the waste of heat energy and the deterioration of the production environment on site. The use of Fourtreen's unique energy-saving technology for the recycling of secondary steam or waste heat in these thermal process will greatly reduce the energy consumption and carbon emissions and improve the on-site working environment.
MOREIn the process of food production, the cooking, frying and other process need to consume a large amount of clean steam, accompanied by a large amount of waste heat emissions. It is great significance to reduce the energy consumption and carbon emission of enterprises by adopting innovative technology to purify, regenerate and recycle these waste heat.
MOREIn the pharmaceutical process, concentration, sterilization and other process need to consume raw steam, of which the most concentrated steam consumption, while generating a large amount of waste heat emissions. The use of Fourtreen’s energy-saving technology to regenerate and recycle these discharged waste heat will greatly reduce the raw steam consumption and carbon emissions in the concentration process.
MOREEnvironmental protection industry
Some wastewater treatment projects in the environmental protection industry require evaporation and concentration of wastewater, which consumes a large amount of steam and produces a large amount of waste heat steam to be directly discharged, resulting in a large waste of heat energy and adverse effects on the working environment.
MOREGlass bottles, bottle caps and other packaging materials will have defects in the production process, affecting efficiency and quality. Enterprises hope to accurately identify defects through a professional production defect analysis system, improve management efficiency and yield, and establish a cloud information system for CLIMS laboratories to strengthen testing capabilities.
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