“Carbon” Quest · A New Ecological Path | Infore Enviro Showcases At The 22nd China International Environmental Protection Exhibition And Conference
Spring stretches across thousands of miles in the northern lands, offering the world a majestic expanse of greenery. On April 10, the 22nd China International Environmental Protection Exhibition and Conference, organized by the China Environmental Protection Association and co-hosted by the Ministry of Ecology and Environment and the People's Government of Beijing Municipality, kicked off at the China International Exhibition Center (Chaoyang). The exhibition brought together more than 800 environmental protection entities and research institutions from over 20 countries and regions. It fully showcased new practice and application cases of advanced, applicable technologies for "dual carbon" and "zero waste city" pilot projects, as well as smart environmental protection solutions. Infore Environmental Technology Group Co., Ltd. (hereinafter referred to as "Infore Enviro") displayed a complete suite of scientific instruments, smart sanitation robots, and a full lifecycle operation and maintenance system for eco-friendly fans at the exhibition. These displays dazzled attendees and sparked extensive discussions with representatives from government, industry, academia, and research sectors. Together, they opened new chapters of "clear waters, pure land, and blue skies" for more cities across China.
Yi Xiaoguang, Member of Standing Committee of the National Committee of the Chinese People's Political Consultative Conference (CPPCC) and Vice Director of the Committee of Population, Resources and Environment, and Guo Chengzhan, Party Secretary and President of the China Association of Environmental Protection Industry, visited the booth. They were accompanied and received by Sun Tao, head of scientific instrument marketing at Infore Enviro's Environmental Equipment Division.
Smart + Scientific Instruments
- Empowering Urban Ecological Environmental Protection
Scientific instruments, referred to as the "eyes" of scientists, are not only tools for exploring the unknown but also crucial embodiment of technological innovation. As global competition in science and technology intensifies, the scientific instrument industry is gaining increasing recognition as a cornerstone of national technological development.
Guided by the concept of "digitalization and intelligence" in urban development, Infore Enviro is driving industrial innovation and iterations through "green and intelligent manufacturing". The company is dedicated to the smart upgrading of scientific instruments, contributing to the creation of ecological cities where flora thrives, natural beauty abounds, and waters harmoniously blend with urban landscapes. At the exhibition, Infore Enviro made an impressive debut with a comprehensive array of environmental monitoring instruments and equipment, covering those for water, atmosphere, sound, and soil. The showcase also included integrated solutions for smart atmosphere, smart watersheds, smart water services, and smart environmental protection.
Infore Enviro unveiled its VOCs mobile monitoring system, equipped with a high-precision time-of-flight mass spectrometer. The mass spectrometer is celebrated for its remarkable throughput, sensitivity, resolution, accuracy, and convenience. The system breaks through three major "bottleneck" key technologies: SPI+CI dual ionization source technology, quadrupole + ion lens efficient ion transmission technology, and vertical acceleration secondary reflex high-resolution mass spectrometer. It enables both qualitative and quantitative analysis of hundreds of VOCs and SVOCs in the air. The combination of radio frequency quadrupole and electrostatic lenses archives detection limits of less than 10ppt. Its sensitivity and resolution are industry-leading, effectively capturing the vast majority of VOCs "in one fell swoop". Concurrently, the VOCs monitoring data is synchronized to an information-based data analysis platform in real time, allowing for "second-level" monitoring of over 300 types of VOCs in the ambient air. The YF-AQMS air quality automatic monitoring system features an advanced modular design that is user-friendly, stable, and delivers accurate data. It is capable of real-time collection, processing, and storage of monitoring data for continuous, automatic monitoring of ambient air quality. This product accurately reflects the air quality conditions of the monitored area and finds extensive applications in urban functional areas, background regions, and industrial parks. Notably, its particulate matter (PM2.5 and PM10) analyzers were among the first to be certified according to the new standards by the China National Environmental Monitoring Centre. As a member of the water quality monitoring "family", the water quality biotoxicity online automatic monitor utilizes an electrochemically active biofilm (EAB) sensor. Utilizing bio-microelectrode in situ multi-stage amplification technology, this device remains unaffected by the turbidity and color conditions of the water. It features a high-precision electrochemical toxicity rapid sensor and offers 24h real-time current output. Its cutting-edge artificial intelligence recognition algorithm outlines the boundless possibilities for using technology to empower aquatic ecological protection.
The smart environmental monitoring platform is designed with general construction goals to "enhance foundational capabilities in ecological monitoring, shape an urban ecological identity, and develop a green, livable, and intelligent ecological city". Central to this platform is the integration and convergence of diverse and heterogeneous data sources, facilitating effective storage, consolidation, management, and analysis of environmental monitoring data. Incorporating a variety of technologies, including template engines, proprietary model algorithms, and big data analysis, this platform finds diverse applications such as targeted control of environmental quality, characterization of pollution processes, comprehensive AI traceability, and mobile monitoring. It promotes the transformation of traditional monitoring into service-oriented monitoring, providing "one-stop" information services and decision support for the construction of urban ecological environments.
Smart + Eco-Friendly Fans
--"Carbon" Quest for A New Path of High-Quality Urban Development
In response to the growing urgent demand for subway transit, Infore Enviro independently developed a full lifecycle operation and maintenance system for eco-friendly fans, which enables real-time operational condition monitoring of subway fans, and ensures the proper functioning of ventilation systems. The system accurately captures the operational parameters of subway fans and innovatively employs Bayesian network inference in artificial intelligence algorithms for precise diagnosis of the causes behind malfunctioning fans. It significantly enhances the reliability and efficiency of subway fans, saving more than half of the maintenance costs. Additionally, advanced encryption technologies and security measures are implemented to ensure the safety and privacy of monitoring data. To date, the system has found successful applications in the subway fans of several large and medium-sized cities such as Wuhan, Zhengzhou, Qingdao, and Ningbo.
"Making the World Cleaner and the Future Better." Infore Enviro, in collaboration with fellow environmental protection specialists, is empowering urban carbon neutrality through digital technologies. The company is committed to advancing the application of high and new technologies in the field of ecological environment monitoring. With a focus on the development of high-end instruments in the three sectors of spectroscopy, chromatography, and mass spectrometry, Infore Enviro aims to enhance the "green content" of industrial development, thereby boosting the "gold content" of economic growth. Leading the charge toward a "zero-carbon" future, Infore Enviro is contributing to a greener and more vibrant world.
