On January 13, 2019, the six-month atmospheric movement monitoring challenge was successfully concluded, and the report meeting on the results of the challenge was held in Beijing. The report meeting released a report on the results of the challenge and selected various awards. The challenge is hosted by the Environmental Defense Fund of the United States and the Engineering Technology Innovation Center of South University of Science and Technology (Beijing), and co hosted by the Beijing Environmental Protection Big Data Research Institute (also known as the “Environmental Protection Alliance”). The Challenge, jointly hosted by cities, excellent monitoring enterprises, and investment institutions, has launched the Atmospheric Mobile Monitoring Challenge, exploring refined pollution regulation models using new technologies to help win the battle for blue sky defense. This challenge was officially launched on June 5, 2018, with Cangzhou and Xiangtan as the first co hosting cities to provide assistance in testing the new plan.
Scene map of the report meeting on the results of the Atmospheric Mobility Monitoring Challenge
Benefiting from the rapid development of technology, new monitoring technologies can achieve wider, smaller scale, and more timely monitoring data coverage at lower costs. Mobile monitoring has become an important means of atmospheric monitoring and governance. In order to promote the application of mobile monitoring technology and improve regional air quality monitoring capabilities, we will explore an atmospheric monitoring work mode that combines “hot network+fixed microstation+mobile monitoring equipment”. At the expert review meeting of the challenge competition, participating companies presented specific application cases of different types of new technologies in mobile monitoring. The organizer organized experts to conduct strict blind selection and evaluation of the application results submitted by participating companies, and selected the System Design Award, Field Exhibition Award, Application Prospect Award, and Exploration Award. Shandong Nuofang Electronic Technology Co., Ltd., as a participating enterprise, conducted on-site testing in Cangzhou City and submitted report results. After a series of case reports and data support, the “Taxi Atmospheric Monitoring System” displayed by Nuofang Electronics won the honor of “Field Display Award” in this challenge due to its scientific and innovative advantages.
Taxi equipped with Norfolk electronic monitoring equipment
Overlaid cloud maps of roads, clear distribution of pollution at a glance
The “Taxi Atmospheric Monitoring System” independently developed by Shandong Nuofang Electronic Technology Co., Ltd. utilizes a high-precision on-board atmospheric particle monitoring system developed by Nuofang Electronics over two years. The instrument equipment is based on laser detection principle and installed on the top lights of taxis, overcoming adverse environmental effects such as high temperature, high-speed, vibration, wind disturbance, rain and snow. It can simultaneously monitor two indicators, PM2.5 and PM10, and transmit location and monitoring data in real-time, Successfully achieved the transformation from fixed point monitoring to full road network monitoring, opening up new ideas for air pollution monitoring and making taxis a new platform for atmospheric monitoring.
The organizer presents awards to Nuofang and participating enterprises (with Nuofang CEO Si Shuchun in the middle)
Sincere thanks to the platform provided by the Atmospheric Mobility Monitoring Challenge to showcase Norwegian technology, as well as the recognition of Norwegian technology by expert judges and various sectors of society. Norwegian Electronics will continue to move forward, strive to research technology, implement the corporate philosophy of “using technology to guard the blue sky”, and contribute to environmental protection, jointly building a beautiful and harmonious ecological environment.
Post time: May-19-2023