The BCT-AMC series, independently developed and produced by Beijing Boside Technology Co., Ltd., is a semiconductor process environment monitoring system that covers multiple scenarios such as online monitoring, laboratory analysis, and on-site traceability analysis of machines. It provides accurate and quantitative analysis of more organic species, with a high degree of automation and integration in the analysis process. In conjunction with a dedicated AMC pollution database and disposal plan library, with the support of AI technology, it truly solves practical problems for the quality control department and micro pollution control department.

Beijing Boside has developed the BCT 990H hydrogen energy impurity analyzer based on the requirements of "Hydrogen Fuel for Proton Exchange Membrane Fuel Cell Vehicles" (GB/T37244-2018) and the difficulties and common problems in the actual analysis of impurities in hydrogen gas, combined with the hardware and quality control requirements of the concentration system by EPATO15 and HJ759 standard methods. It can achieve single needle injection analysis of 12 components such as sulfides, formaldehyde, formic acid, etc. in hydrogen fuel for automobiles, with a detection limit lower than the maximum allowable concentration limit in the national standard by more than one order of magnitude.

To meet the national demand for monitoring and controlling fluorinated greenhouse gases, Beijing Boside Technology, based on years of VOCs monitoring and analysis experience, has launched the BCT 990F high-precision fluorinated greenhouse gas pre concentration system after two years of research and optimization.

Gas dilution, especially high-precision dilution of adsorbed gases such as ammonia and hydrogen fluoride, has always been an important step in the preparation of standard gases and a significant factor affecting their quality. The 970 series dynamic dilution instrument configured in the scheme can accurately and quickly complete the dilution of various gases. The concentration verification of finished standard gases is an important part of enterprise product quality self inspection. The 960L automatic sampler configured in the plan can achieve high-throughput automatic injection detection of standard gases. Combined with the 990 series concentrator, it can accurately detect the concentration of customized standard gases with ultra-low concentrations.

Beijing Boside Technology Co., Ltd. has launched an emergency monitoring plan for fire and other emergency accidents, aiming to provide technical support for on-site rescue, post disaster disposal, and accident investigation. The emergency monitoring plan of Boside adopts a portable gas chromatography-mass spectrometry (GC-MS) to quickly define the safety range, accurately determine pollutants, evaluate the concentration level on site, and at the same time, combined with a multi-functional aerial vehicle equipped with a GC-MS to quickly monitor the VOCs concentration at the accident site, dynamically display the pollution situation in real time, and provide timely and accurate data support for rescue work.

To meet the national demand for monitoring and controlling fluorinated greenhouse gases, Beijing Boside Technology, based on years of VOCs monitoring and analysis experience, has launched the BCT 990F high-precision fluorinated greenhouse gas pre concentration system after two years of research and optimization. The BCT 990F high-precision fluorine-containing greenhouse gas pre concentration system has the advantages of low detection limit, high accuracy, high pollution resistance, and wide detection concentration range.