FA-I07 Artificial intelligence PM2.5 concentrator
This product is jointly developed by the Shanghai Key Laboratory for Air Particle Pollution Prevention and Control and Renhe Zhihai Intelligent Technology (Shandong) Co , Ltd

Product Introduction

hIcon.pngR&D team

This product is jointly developed by the Shanghai Key Laboratory for Air Particle Pollution Prevention and Control and Renhe Zhihai Intelligent Technology (Shandong) Co., Ltd.

hIcon.pngCore technology

After enrichment and concentration of atmospheric particulate matter, the equipment can be applied to online biological toxicity testing, presenting real-time dynamic changes in PM2.5 toxicity, and scientifically reporting the human health effects of atmospheric particulate matter.

hIcon.pngPatent acquisition

(1) ZL202211334600.2  Intelligent PM2.5 Aerosol Concentrator (Invention Patent

(2) ZL202211341306.4  Quantitative small volume sample pH value detection device and its design method for aerosol enrichment (invention patent

(3) ZL202222869254. X  PM2.5 aerosol concentration and separation device

(4) ZL202230621612.8  aerosol concentrator (PM2.5)

Product Advantages

正面.png


1The online enrichment sampling system effectively avoids the problems of sample contamination, high loss of samples and reagents in traditional membrane collection and detection methods
2Small sampling fluctuations and high stability
3 Concentration factor reaches 8-10 times
4The concentrated particles can be subjected to exposure experiments after drying
5It can be directly used as a preparation solution in combination with chromatographs, mass spectrometers, and toxicity detectors
6The collection time for concentrated samples can be set by oneself.

Fields of application

It can be applied to online research on atmospheric environmental monitoring and disease prevention and control of the toxicity of multi particle particles under polluted and non polluted weather conditions
It can be applied to assess the health hazards caused by atmospheric particulate matter, such as diseases of the respiratory system, cardiovascular system, nervous system, reproductive system, etc, and establish relevant models
It can be applied to research on pathogenic mechanisms and related drug development, etc
It has been applied to Mount Taishan Inspection Station of Environmental Protection Department, Fudan University and East China Normal University for scientific research experiments