Flour raw materialclean roominstallation
Project Name：Ningbo CHS Food Co.
Project content：100,000 class purification project
Industry Category：Food Purification Project
■Introduction of Ningbo CHS
CHS (chsinc.com) is a leading U.S. producer-owned cooperative that provides vital energy, grain and food resources to businesses and consumers worldwide. chs supplies grains and other products to customers in more than 60 countries around the world. Conveniently located in the Bonded East District of Beilun with easy access to the port, CHS specializes in providing consistent quality and superior soy protein ingredients, including functional soy protein concentrate, organized soy protein concentrate, organized soy protein and stretched protein.
Warmly congratulate the cooperation between Shanghai Tobetter and CHS Food in 2015, Shanghai Tobetter will protect your clean system for 15 years of stable operation.
■ The importance of cleanroom technology for industrial production
The importance of clean room technology for industrial production, with the rapid development of economic and social, especially in microelectronics, biotechnology, high precision machine processing as the representative of the scientific test and high-tech production process, the enterprise product finishing precision, miniaturization, high purity, high quality and high reliability put forward a higher standard. Indoor environment not only affects the physical and mental health and comfort of the practitioners in production and processing activities, but also affects the production efficiency, product quality, and even the processing can be carried out in the primary question.
The clean room concludes that the impact of the space environment on the processing process is as follows：
(1) Significant impact on the processing
Indoor environment is one of the primary conditions that control industrial production, especially high-tech production can not be carried out. For example, in the microelectronics industry, the chip production process, the control of microscopic particles to meet the standard molecular level, otherwise the production can not be carried out, or production and processing of residual products; in the production environment of antimicrobial agents, if there are some microbial strains, the production can not be carried out properly.
(2) Impact on productivity
The influence of indoor environment on production efficiency is reflected in the following 2 aspects: first, an excellent environment can not only guarantee the physical and mental health and attendance of production and processing personnel, but also improve their working mood and passion; on the other hand, an excellent environment can ensure the smooth development of production and improve the product qualification rate.
(3) Affect the quality of products
Indoor production environment is one of the main factors affecting the quality of products. For example, light-sensitive film, electronic devices, experimental reagents, precision electronic instruments and micro-motors and other products, if contaminated by dust, will reduce product quality and even scrap; in the food processing industry, the presence of micro-organisms will shorten the shelf life and reduce product quality.
(4) Causes environmental pollution
As we all know, environmental pollution is mainly caused by industrial pollution. Among them, air pollution and water pollution on the one hand cause harm to people's physical and mental health, on the other hand, it also endangers the processing and product quality.
The importance of clean room technology for industrial production; therefore, in order to reduce the impact of indoor air pollution on the process, it is necessary to improve or solve the problem of indoor air pollution through clean technology. It is fully certain that in a general workshop you have to control the concentration of suspended particles in the entire micro-indoor environment so that it reaches the standard production process standard clean level is completely impossible. Only by building a clean room, adopting a closed space structure, rationalizing the airflow organization and rationalizing the pressure difference, can the micro-environment reach the required air cleanliness level and meet the production requirements.