1、 Test purpose

clarifyBiodegradation reaction deviceThe degradation efficiency, stability, and adaptability under the target operating conditions provide data support for device optimization, upgrading, and practical applications.

2、 Test indicators

Degradation efficiency: the degradation rate and rate of core pollutants such as plastics and organic wastewater pollutants.

Stability of operation: The fluctuation range of parameters such as temperature, pH value, and ventilation rate during continuous operation, and the duration of trouble free operation of the device.

Energy consumption and cost: energy consumption (electricity, gas) per unit degradation amount, and consumables consumption.

Safety: compliance with exhaust emissions standards, sealing performance of devices, and no risk of secondary pollution.

3、 Testing process

Preparation stage: Check the integrity of each component of the device (reaction chamber, stirring system, monitoring module) and prepare standard pollutant samples.

Parameter setting: Set initial parameters such as reaction temperature, pH value, microbial inoculation amount, and reaction time according to testing requirements.

Run test: Start the device and continuously monitor it, take samples and detect the residual amount of pollutants according to the set time nodes, and record the operating parameters.

Data organization: Calculate degradation rate, rate and other indicators, analyze the correlation between parameter fluctuations and performance.

Conclusion output: Evaluate whether the device performance meets the standard and propose improvement directions.

4Biodegradation reaction deviceTesting precautions

Sample sampling should follow the principles of randomness and uniformity to ensure the accuracy of the test data.

Strictly control a single variable to avoid multiple factors interfering with the test results.

Record abnormal situations throughout the process (such as parameter mutations, device failures) and analyze their impact on performance.