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The fully automatic fermentation tank can adjust various parameters during the fermentation process in real time
Date: 2025-12-08Read: 2
Fully automatic fermentation tank is a highly intelligent and automated fermentation equipment widely used in fields such as food, pharmaceuticals, environmental protection, and biotechnology. Its main function is to provide a closed and controllable environment for the cultivation and fermentation process of microorganisms. During the fermentation process, precise control of multiple parameters such as temperature, humidity, pH value, and dissolved oxygen is key to ensuring the quality and yield of fermentation products. The fermentation tank, through a modern automatic control system, can achieve real-time monitoring and adjustment of these parameters, greatly improving fermentation efficiency and production stability.
Fully automatic fermentation tankThe main components of:
1. Tank body: It is usually made of stainless steel material, which has good corrosion resistance and compressive strength. The design of the tank should comply with hygiene standards, facilitate cleaning and disinfection, and prevent microbial contamination.
2. Temperature control system: including temperature controller, heating device, and cooling system. The thermostat monitors the temperature of the fermentation broth through sensors and automatically adjusts the heating and cooling devices to ensure that the temperature is always maintained within the set range.
3. pH control system: composed of pH sensors, acid-base addition devices, etc. By real-time monitoring of pH value, acid or alkali is automatically added to adjust the acidity or alkalinity of the solution.
4. Dissolved oxygen control system: including dissolved oxygen sensor, gas supply system, and airflow control device. The system monitors dissolved oxygen concentration in real-time and automatically adjusts the gas supply to ensure that microorganisms can obtain sufficient oxygen.
5. Mixing system: usually composed of mixing motor, mixing blade, speed regulating device, etc. The stirring system is responsible for ensuring the uniformity of the culture medium and the dissolution of oxygen, as well as preventing clumping and precipitation.
6. Automatic feeding and discharging system: including automatic feeding pump, sensors, and control system. It can automatically add nutrients and other substances as needed to ensure the smooth progress of the fermentation process. At the same time, the discharge system can also discharge waste and by-products, keeping the fermentation environment clean.
7. Automatic control system: This is the "brain" responsible for receiving signals from various sensors, analyzing and adjusting various parameters. It can operate the fermentation tank, set and adjust various conditions during the fermentation process through touch screen, computer or remote control.
8. Cleaning system: In order to ensure the hygiene and safety of fermentation tanks, many are equipped with automatic cleaning systems. By using high-pressure steam, hot water, or disinfectant, all pipes, containers, and mixing devices inside the fermentation tank can be automatically cleaned to avoid cross contamination.
Advantages of fully automatic fermentation tanks:
1. Efficiency: Through an automated control system, various parameters during the fermentation process can be adjusted in real time, avoiding errors in manual operation and improving the efficiency and consistency of fermentation.
2. Increase yield: By precise parameter control, the best growth environment can be provided for microorganisms, thereby improving product yield and quality.
3. Save labor costs: Automation greatly reduces the need for manual operations, lowers labor costs, and reduces instability caused by human factors.
4. Intelligent management: Equipped with advanced control systems, it can perform remote monitoring and operation, facilitating management and data analysis.
5. Environmental protection and energy conservation: It can accurately regulate temperature, airflow and other conditions, avoid energy waste and unnecessary emissions, and meet modern environmental protection requirements.