Biodegradation refers to the process in which microorganisms convert organic matter into simple inorganic substances. In nature, microorganisms degrade complex organic compounds into simple inorganic substances through oxidation, reduction, and other processes, maintaining a virtuous cycle of the ecosystem. The biodegradation test chamber simulates this natural process to evaluate the biodegradation performance of materials, and is widely used in the research and development of synthetic materials such as plastics and rubber, as well as in the field of environmental protection.
Below, the editor will briefly introduce the working principle and main features of the biological composting degradation test chamber?
Working principle of biological composting degradation test chamber
The working principle of the bio composting degradation test chamber is to accelerate the degradation process of materials by simulating natural conditions such as light, heat, and humidity. Specifically, the test chamber controls parameters such as temperature, humidity, and oxygen concentration to mix the tested material with inoculum and place it in a static composting container for intense aerobic composting reaction. Under specified conditions, microorganisms degrade materials and generate gases such as carbon dioxide
Main features of the biological composting degradation test chamber
• Precise control of experimental conditions: The test chamber can accurately control the temperature, humidity, and lighting conditions during the experimental process, ensuring the accuracy and reproducibility of the experimental results.
Real time monitoring of key parameters: Advanced detection technology is used to monitor key parameters during material degradation, such as carbon dioxide release, in real time. The release of carbon dioxide gas is monitored in real-time through gas sensors, and the software automatically records and saves the data.
Intelligent operation: The test chamber has intelligent and automated functions, which can automatically record and save data, simplify the operation process, and improve experimental efficiency.