The M1200 Plus composting infrared biodegradation instrument has been dispatched to Shihezi University in Xinjiang


The Thmorgan compost infrared biodegradation instrument M1200 Plus meets the testing requirements of the GB/T19277.1-2011 standard. It adopts a motion scanning design and can simultaneously detect two gases, carbon dioxide and methane. It can collect concentration data with high resolution and high frequency, and display the concentration and total amount data in real time. It has the function of gas chromatography-mass spectrometry. It also features a cloud platform for remote data access, and the dual flowmeter design ensures accurate and reliable flow velocity detection.

Shihezi University in Xinjiang, as a key university under the national "211 Project" and a university with "Double First-Class" (First-Class discipline) construction, has a leading edge in agricultural environmental engineering and sustainable development research. This procurement aims to enhance the university's research capabilities in biodegradation.

On May 9th, the M1200 Plus composting infrared biodegradation instrument independently developed and produced by Beijing Thmorgan Biotechnology Co., Ltd. was successfully delivered to Shihezi University in Xinjiang. Subsequently, a series of services including on-site installation, equipment commissioning, and experimental training will be provided for the research team of the project.

 

 

One Product application

1. Meet the testing requirements of the GB/T19277.1-2011 standard;

2. Meet the testing requirements of ISO14855.1 standard;

3. Meet the testing requirements of the JIS K 6953-1 standard;

4. Applicable to external testing by quality inspection institutes;

5. Applicable to external testing services provided by third-party institutions;

6. It is applicable to self-inspection and formula optimization of bio-based material manufacturing enterprises, etc.

7. Applicable to basic research on biodegradation;

 

Two product Features

1. Fully meet the testing requirements of the GB/T 19277.1-2011 standard;

2. High throughput, up to 12 channels can be used simultaneously for biodegradability detection;

3. The concentrations and total amounts of carbon dioxide and methane can be determined online and exported in the form of charts.

4. It has a wide detection range, with the maximum detection limit reaching up to 10,000 PPM.

5. Adopt a solid culture and open oxygen supply design method to simulate an environment with a strong demand for oxygen.

6. Automatic stirring, automatic water addition, automatic drainage, and air bath temperature control;

7. Cloud platform detection, allowing online observation of data and curves;