Ozone LiDAR SOL-300

Model:

SOL-300

Features:

Horizontal Scanning Range: 2km

Description:

The SOL-300 atmospheric ozone LiDAR is capable of real-time online monitoring of the vertical distribution of atmospheric ozone concentration, providing powerful data support for comprehensive and three-dimensional spatial monitoring of atmospheric ozone pollution and leading the future trend of ozone pollution monitoring. Utilizing the principle of differential absorption LiDAR, it emits two sets of pulsed lasers with close wavelengths through a high-energy ultraviolet laser. One beam is located on the absorption line of ozone gas, while the other is located outside the absorption line, forming a pair of detection wavelengths. Two pairs of detection wavelengths (corresponding to different detection heights) are used, and the beams are expanded and projected into the atmosphere to interact with ozone, aerosols, etc. The backscattered light is received by a telescope to obtain echo signals at various wavelengths. The concentration of ozone in the atmosphere is then retrieved using the differential absorption LiDAR algorithm.

The product employs patented technology from Xiangxin Technology, featuring no gas or water requirements, eliminating the need for regular replacement of cooling water and gas replenishment. The equipment exhibits excellent stability and reliability, capable of long-term operation in stations or outdoors without temperature control.

Through optimized design, the product is highly integrated, with volume and weight reaching the best in the industry, facilitating transportation and installation.

The company has a comprehensive product development system, capable of quickly responding to customer needs in both hardware and software, offering customized design improvements. The equipment can be installed and operated within 2 hours, and the flexible software architecture facilitates customer software function improvements and networking needs.

We welcome inquiries from both new and existing clients! Please feel free to contact us for more information and consultations!