In recent years, clean industrial technology becomes an indispensable and important technical symbol for modern industrial production. With the development of modern biomedicine, the clean room environment for the control of the number of bacteria and microbial contamination in clean rooms have also been increasing to ensure that industries such as medical medicine and biological research are free from microbial contamination or infection.
Since different sectors have different clean room standards for environment control, this post will tell you the other requirements of the pharmaceutical and medical industries for a clean room environment.
What is the clean room environment meaning?
As we know, the clean room is the special aseptic production space. It has strict temperature and humidity requirements for the environment. At the same time, the clean room design is also the higher requirement for the cleanliness of the air.
A clean room refers to a room that requires environmental control for dust particles and microbial pollution. Its building structure, equipment, and use reduce the intervention, production, and retention of pollution sources in the area.
The clean room environment mainly refers to The temperature, humidity, pressure, and cleanliness of the clean room. Since the large gap between various industries, the requirements of the clean room environment are different.
Requirements for the pharmaceutical clean room
Medicines are special commodities used to prevent and treat diseases and restore and adjust body functions. Their quality is directly related to human health and safety. If some drugs are contaminated or cross-contaminated by microorganisms, dust particles, etc., unexpected diseases and hazards may occur during the manufacturing process.
Environment requirements in medical applications
Industrial environment control represented by integrated circuits mostly uses clean industrial technology and clean industrial rooms. In medicine, biological clean rooms can help microbial pollution control. The common bacteria have a particle size of 0.5um or more.
Most of them are attached to other material particles. Biological pollution channels pass through the air and are also related to the human body and the operators’ clothing. The bacteria and fungi composed the microorganisms with a particle size of 0.2um or more. Common bacteria have a particle size of 0.5um or more, and most of them are attached to other material particles.
Biological pollution channels pass through the air and are also related to the human body and the operators’ clothing. In medical research, biological laboratories, sterile laboratories, and “specially raised animals” breeding rooms for biochemistry and medical experiments also need to control microbial contamination.
Clean rooms are inseparable from the electronics, pharmaceuticals, bioengineering, medical and health, food, cosmetics, and military industries. They provide a controlled environment that meets the requirements of production and directly affects the quality of products.
However, because various industries have different requirements for the cleanliness degree of clean rooms, clean room designing should ensure the clean room environment meets the clean room standards.