(C₂H₄) Passive Laser Online Monitoring System

1. Core Petrochemical Production Scenarios: Suitable for large ethylene spherical tank farms in petrochemical and other enterprises, enabling all-round monitoring through multi-point deployment of optical sensing terminals. It can also be installed around equipment such as ethylene cracking furnaces and distillation towers, as well as in reaction zones for downstream products like polyethylene and ethylene oxide. Additionally, it is applicable to ethylene loading arms for trucks/ships to monitor leakage risks in real time during loading and unloading processes.

2. Coal Chemical Industry Process Scenarios: Applicable to coal pyrolysis production processes. Optical sensing terminals are deployed beside reaction equipment and product transmission pipelines to monitor the concentration of produced ethylene in real time, providing data support for optimizing pyrolysis processes and improving fuel utilization efficiency. It is adaptable to the high-temperature and complex production environment of coal chemical industry.

3. Marine and Oil & Gas Extraction Scenarios: Suitable for ethylene storage and transportation areas on offshore oil production platforms and offshore drilling platforms, withstanding high-salt spray and high-humidity environments. Meanwhile, it can be deployed in the associated gas treatment process of oil and gas fields to monitor ethylene leakage in associated gas, ensuring the safety of extraction and treatment processes.

4. Agricultural and Fresh Produce Storage & Transportation Scenarios: In large ripening warehouses for fruits such as bananas and mangoes, multi-terminal deployment enables precise control of ethylene ripening concentration. It can also be installed in fruit and vegetable cold chain carriages and large fresh produce storage centers to prevent premature decay caused by excessive ethylene accumulation. Furthermore, it is applicable to greenhouses to monitor ethylene emissions from crops for regulating the growth environment.

5. High-end Manufacturing and Scientific Research Scenarios: Suitable for the chambers and gas cabinet peripheries of special chemical vapor deposition processes in semiconductor manufacturing, monitoring ethylene leakage when it is used as a reaction gas. It can also be applied in plant physiology laboratories of universities and research institutions to accurately capture trace ethylene emission data in experiments, supporting relevant scientific research.

6. Chemical Environmental Protection Monitoring Scenarios: Deployable at exhaust emission outlets and factory boundaries of chemical enterprises such as polyethylene manufacturers, a monitoring network is constructed with multiple optical sensing terminals to monitor ethylene emission concentration in real time, ensuring that exhaust emissions meet standards and preventing ethylene diffusion from polluting the surrounding environment.