Use of compressed air in pharmaceutical workshop

In the pharmaceutical workshop, the use of compressed air is extensive and important, which is embodied in the following aspects:

1. device driver and operation

1. pneumatic equipment drive:

   • compressed air is the main power source for many pneumatic equipment in pharmaceutical workshops. For example, pneumatic valves, pneumatic pumps, pneumatic agitators, pneumatic conveyor belts and other equipment, rely on compressed air to drive, to achieve precise control and operation.

2. automatic control system:

   • compressed air is also used to drive pneumatic components in the automation control system, such as pneumatic sensors, pneumatic actuators, etc., to ensure the automation and intelligence of the production process.

2. material conveying and mixing

1. material conveying:

   • in the pharmaceutical production process, raw materials, intermediates and other materials need to be transported from one process to another. Compressed air can be used as a power source to promote the flow of materials in pipelines or containers to achieve efficient material handling.

2. Material mixing:

   • compressed air can also be used to drive mixing equipment, such as agitators, mixing tanks, etc., to ensure uniform mixing of materials and improve product quality and stability.

3. cleaning and emission control

1. equipment cleaning:

   • compressed air can be used to purge pharmaceutical equipment, remove dust, dirt and residues on the surface of the equipment, and ensure the cleanliness and hygiene of the equipment. This is of great significance for preventing cross-contamination and ensuring the quality of drugs.

2. Exhaust emission control:

   • compressed air can also be used in pneumatic systems to control exhaust emissions and ensure environmental protection and compliance of the production environment.

4. create a sterile environment

1. sterile air supply:

   • in the pharmaceutical workshop, especially in the production of sterile preparations, it is necessary to provide clean and sterile air for the production area. Compressed air can be filtered and sterilized to meet sterility standards and provide necessary protection for the production environment.

5. Gas Separation and Purification

1. gas separation:

   • in the pharmaceutical process, it is sometimes necessary to separate the components in the mixed gas. Compressed air can be separated by cooling, pressure friction or infiltration to obtain the required gas purity.

2. gas purification:

   • compressed air can also be used in the gas purification process to remove impurities and pollutants in the gas to ensure the smooth progress of the production process and the quality of the product.

6. New Drug Development and Research

1. experimental equipment gas supply:

   • in R & D and laboratories in the pharmaceutical industry, compressed air can be used to supply laboratory equipment, such as gas chromatographs, mass spectrometers and freeze-dryers.

2. Pneumatic Tool Applications:

   • compressed air can also be used in pneumatic tools, such as pneumatic needles and nebulizers, which play an important role in the development and research of new drugs.

7. other uses

1. packaging Machinery:

   • compressed air is often used to promote packaging machinery, such as sealing machines, packaging machines, etc., to ensure the sealing and integrity of pharmaceutical packaging.

2. Pneumatic instrumentation and automatic control:

   • compressed air is also used to drive pneumatic instruments and automatic control components, such as pneumatic control valves, pneumatic switches, etc., to ensure the automation and intelligence of the production process.

In summary, compressed air plays a vital role in the pharmaceutical workshop, providing a strong guarantee for the smooth progress of the production process and the quality of the product.