Compressed air system for fermentation plant

The compressed air system of fermentation plant is an important part of this kind of plant, which involves many key links and functions. The following is a detailed analysis of the compressed air system of the fermentation plant:

1. system principle and workflow

the working principle of the compressed air system is mainly to remove water vapor through pressurization, cooling, adsorption and other methods to provide high-quality compressed air. Its workflow is roughly as follows:

after the driving machine is started, the crankshaft of the compressor is driven to rotate by the triangular belt.

The crankshaft is converted into the reciprocating motion of the piston in the cylinder through the crank rod mechanism.

When the piston moves, the cylinder volume will change, so as to realize the compression of air.

The compressed air is cooled and adsorbed to remove impurities such as water vapor, and finally clean and dry compressed air is obtained.

2. System Features

the compressed air system of the fermentation plant has the following characteristics:

the working medium is air, the source is convenient and no environmental pollution.

Suitable for long-distance transmission and centralized gas supply, the system is simple and easy to operate and maintain.

It is easy to realize rapid reciprocating linear motion to meet the rapid response needs in the fermentation process.

Pneumatic components are simple in structure, suitable for standardization and serialization, and easy to maintain and replace.

Application of 3. in fermentation process

compressed air has a wide range of applications in the fermentation process, mainly in the following aspects:

power drive: Many equipment in fermentation plants, such as agitators and conveyor belts, require compressed air as a power source. The use of compressed air can save energy, reduce production costs and increase production efficiency.

Maintain positive pressure: During the fermentation process, compressed air can be used to maintain the positive pressure inside the reactor to ensure that the reaction materials can be fully mixed and reacted, thereby improving the fermentation efficiency.

Membrane filtration power: Compressed air can be used as a power source for membrane filtration to improve filtration rate and efficiency and reduce filtration costs. This is essential for the removal of suspended solids, particles and other impurities in the fermentation broth, which helps to ensure product quality.

Low-temperature refrigeration power: Compressed air can also be used as a power source for low-temperature refrigeration, improving refrigeration efficiency and speed, and reducing refrigeration costs. This is particularly important for fermentation processes where a low temperature environment needs to be maintained.

In summary, the compressed air system of the fermentation plant plays a key role in ensuring the smooth progress of the fermentation process and improving product quality and production efficiency.