Industry: Environmental protection Region: France Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
A French company conducts real-time imaging of airborne particles through sensors, identifies and quantifies different types of particles through machine learning, and processes the generated data and combines them with existing data sets, thus providing power for digital decision support services, which are provided through API.
Technical advantages:
The company's technology can provide real-time information on the diversity of concentration sources of fine particulate matter (PM10) in a specific environment. No matter whether the pollution source is erosion (desert dust), wear (such as microplastics caused by vehicle tire wear) or combustion (traffic, heating, industry), it can be identified. The sensor can also sample biological sources, such as pathogenic crop spores. The company aims at industry, local government and agriculture, and uses this technology to realize early detection of crop diseases.
Application field:
1. Industry
The company provides professional services for real-time measurement and identification of discharged particles for industrial enterprises involved in dust production. The key to accurately identify these particles is to accurately analyze the emission part of the enterprise itself. Real-time measurement not only requires a deep understanding of the influence of technological process, but also requires flexible adjustment of production activities to ensure the effectiveness of emission control.
2. Smart cities
The company can measure and analyze the particle size, as well as its carbon content and mineral content in real time, thus revealing most of the causes of air pollution. Monitoring these particles can not only judge whether the air quality meets the regulatory standards, but also reveal the relative proportion of pollution sources that lead to the peak pollution, so as to take targeted information dissemination and emission reduction measures.
3. Agriculture
The existence of spores can be monitored in real time, even one week before the spores appear on the leaves. By targeted treatment when necessary, combined with the comprehensive consideration of weather factors, customers can reduce the number of sprays by as much as 25%. In addition, the technology can accurately measure the pollination status and provide valuable reference for estimating the yield.
Cooperation mode:
Seek China's partners who are in need of air fine particle analysis technology.