Song Qingguo shared three core Emory technologies and successful case studies—deep-water sensor technology, groundwater sampling technology, and groundwater dynamic field technology—focusing on domestic breakthroughs in groundwater sampling and monitoring techniques, innovations in sensing devices, and their industrial implementation. ......

9 Month 24 Day, SENSOR CHINA 2025 With “ Gather momentum to thrive, shaping the future with inspiration. ” Its majestic presence gathers the world's leading expertise from the global sensing industry, sounding the rallying call at the Shanghai International Procurement Center to scale new heights in the intelligent, interconnected future!

“ China Sensor Industry High-Quality Development Summit Forum and SENSOR CHINA 2025 Opening Forum ” Focusing on the core issues of industrial upgrading, this initiative explores practical approaches through a new academic brand, an innovative partnership program, and leverages industry leaders' global perspectives and cutting-edge insights to steer the sensor industry toward high-quality development.

As a leading enterprise in the niche sector of domestic groundwater monitoring equipment, Song Qingguo, founder of Emory (Hebei) Technology Co., Ltd., was invited to attend the exhibition and deliver a keynote speech titled "New Technologies for Groundwater Environmental Data Quality." With globally advanced technological achievements and a clear industry development roadmap, his presentation has drawn widespread attention from the industry.

At the beginning of the report, Song Qingguo shared Emory's globally pioneering deep-water sensor technology. —— Focusing on the niche area of groundwater monitoring “ Precision ”  With “ Stability ”  Pain points, and “ Data drift and insufficient capabilities for multi-parameter synchronous monitoring in complex deep-well environments ” Industry pain points such as these. By integrating organic compounds, heavy metals, total nitrogen, and other parameters into a single system alongside conventional groundwater monitoring indicators, the solution focuses on three key scenarios: in-situ monitoring, groundwater sampling, and pollution source tracing analysis. This approach thoroughly addresses the industry's longstanding challenges—namely, the inability of traditional equipment to perform deep-water, stratified, three-dimensional, and multi-parameter in-situ monitoring with a single instrument. As of now, the company has developed a comprehensive suite of technologies, including groundwater sampling systems, in-situ groundwater monitoring tools, groundwater hydrodynamic field analysis capabilities, water-body microplastic detection solutions, and pathogenic microorganism sensors. 13  A core product matrix, with products covering the entire country. 28  Several provinces and cities have been recognized by the Chinese Society for Environmental Sciences as innovative ecological and environmental products, maintaining a leading market share within their respective niche sectors.

Emory

Song Qingguo 2015 Year from 15 Starting a startup from a small office space—previously a university lecturer specializing in electronic information engineering, 2015 Yearly Response “ Mass entrepreneurship, innovation by all. ”  Calling for entrepreneurship, after encountering setbacks such as challenges in developing a disinfection cabinet for infant and toddler clothing and intense competition in the dust-monitoring market, finally 2019 Precisely entering the previously uncharted territory of groundwater monitoring this year. Relying on the unwavering dedication of its core R&D team, which has honed their expertise over the past year, Emory successfully develops new innovations each year. 1-2 New product launch.

As one of the world's three largest sensor exhibitions, this year's event SENSOR CHINA 2025 It attracted tens of thousands of professional visitors and hundreds of exhibiting companies. Emory's technological breakthrough has sparked widespread industry discussions about innovation in niche areas. Groundwater monitoring is a critical component of ecological conservation, and Emory is leveraging this with ‘ Small device ’ Resolve ‘ Big problem ’ , providing a model for the application of sensor technology in vertical fields.

Emory leverages technological innovation to make monitoring more precise, efficient, and portable. This exhibition showcased the immense potential of integrating sensing technology with the environmental protection industry, while also enabling the company to connect with global resources and tap into the industry platform established through this conference. “ Industry-Academia-Research-Application ” Barriers, strategic deployment “ The Blue of Two Seas ” In strategic areas, we will promote the deep integration of sensors with cutting-edge technologies such as artificial intelligence and life sciences, paving the way for the future. “ The 15th Five-Year Plan ” Industry's explosive growth period.