Using precision instruments to control the operation of the straw carbonization furnace can improve the carbonization effect. These precision instruments can monitor and adjust key parameters during the carbonization process to ensure that the carbonization process is stable, efficient, and produces high-quality carbonized products. Here are some of the features and benefits that precision instruments may offer:

1. Temperature control system: Accurately controlling the temperature inside the carbonization furnace is the key to ensuring the carbonization effect. The temperature control system can monitor the temperature in the furnace in real time and automatically adjust the heating system according to the preset carbonization parameters to ensure that the temperature is maintained within the optimal carbonization range.

2. Humidity monitoring device: The moisture content of straw has a great influence on the carbonization effect. The humidity monitoring device can monitor the humidity of the raw material straw in real time and adjust the operating parameters during the carbonization process according to the actual situation to ensure that the carbonization process is carried out under appropriate humidity conditions.

3. Gas analyzer: monitor the gas composition generated during the carbonization process, such as the content of carbon dioxide and carbon monoxide. This helps assess the adequacy and efficiency of the charring process and adjust operating parameters as needed.

4. Data recording and analysis system: record key parameter data during the carbonization process, and conduct analysis and comparison. This helps optimize the control strategy of the carbonization process and improve carbonization efficiency and product quality.

5. Automated control system: Integrate the above functions to realize automated control of the carbonization process. The automated control system can automatically adjust various parameters in the carbonization process based on preset programs and algorithms, reducing human operation errors and improving the stability and consistency of the carbonization effect.

By using precision instruments to control the operation of the straw carbonization furnace, refined management of the carbonization process can be achieved, improving the carbonization effect and product quality, while reducing energy consumption and environmental pollution.