International Hydrological Sciences Association China Committee Isotope Sub-Committee China Commission on Tracers, Chinese National Commission for the International Association of Hydrological Sciences , Abbreviated as: CCT-CNC-IAHS ) Initiated and organized the convening of “ China Isotope Hydrology Forum ” Series of meetings. Held at 2025 Year 8 Month 8-11 The event is being held in Urumqi, Xinjiang Uygur Autonomous Region. “ The 5th China Isotope Hydrology Forum ” , abbreviated as icWater5 , the meeting topic is “ Water Security and Sustainable Development in Arid Regions ” Scholars and graduate students from related fields—engaged in research, teaching, and industry—attended the conference to jointly exchange and share the latest research advancements and achievements.

(Institute of Geochemistry, Guangzhou, Chinese Academy of Sciences) Jin Biao Researcher

Presenting Academic Report Certificate to Emory Song Qingguo, General Manager

Song Qingguo, General Manager of Emory (Hebei) Technology Co., Ltd., was invited to deliver a speech titled 《 2025 The keynote speech titled "New Technologies for Groundwater Environmental Data Quality" systematically showcased the company's groundbreaking achievements in groundwater sampling and monitoring equipment, as well as its advancements in digital intelligence. During the conference, Emery engaged in an in-depth technical dialogue with Researcher Zhonghe Pang from the Institute of Geology and Geophysics, Chinese Academy of Sciences. Under the guidance of this esteemed expert, the company established a clear R&D direction for isotope tracing monitoring equipment, paving the way for a new growth trajectory in domestically produced, high-end isotope-based environmental instruments.

I. Technological Breakthrough: Tackling the Core Challenges in Groundwater Data Quality

Song Qingguo highlighted Emory's three groundbreaking technologies in his speech:

Deep-water Sensor Technology

Globally available small-diameter multi-parameter integrated probes, enabling the measurement of conventional water quality indicators and n Synchronous monitoring of regional factors enables in-situ, multi-index, deep-water, and stratified monitoring and analysis with a single instrument.  

Groundwater Hydrodynamic Field Technology

Through a 3D stereoscopic vector algorithm, combined with machine learning algorithms for automatic correction of environmental interference errors, the flow velocity measurement accuracy can reach 0.01 μm/s , with a flow rate measurement range up to 0-30mm/s An integrated device featuring patented technology for contaminant transport analysis and intelligent pumping tests, providing reliable baseline data for isotopic hydrological modeling.  

Groundwater Sampling Techniques

Innovatively developed the Groundwater Triple-Level Meter, enabling a single probe to be lowered into the well at once to simultaneously measure three key indicators: water level, well depth, and drawdown. Meanwhile, the digitalized groundwater sampler and the continuous-flow airbag pump have already become the industry benchmark—so advanced that competitors are now copying them.

Targeting “ Domestic instruments must directly address the issue of data drift in challenging, deep-well environments. ” Song Qingguo emphasized, “ Our technology ensures that every piece of groundwater data is verifiable and traceable. ”

II. Clash of Authorities: Pang Zhonghe and His Mentor Chart a New Strategic Course

During the forum, Researcher Pang Zhonghe from the Institute of Geology and Geophysics, Chinese Academy of Sciences, highly praised Emory's technology system. Addressing the long-standing challenges in China's isotope hydrology research, “ Equipment relies on imports, and data integration remains insufficient. ”  The bottleneck, proposed by Pang Zhonghe Key recommendations:   

“ By integrating Emory's groundwater technology with isotopic hydrology requirements, we will develop specialized in-situ monitoring equipment that combines groundwater dynamics with isotopic tracing, filling a critical gap in the industry. ...” This recommendation will swiftly translate into Emory's strategic action.

(Peng Zhonghe, Researcher at the Institute of Geology and Geophysics, Chinese Academy of Sciences,

Xinjiang Agricultural University Professor Zhou Jinlong mentors Emory.

III. Corporate Vision: Safeguarding Groundwater Resources with Hard Technology

“ Teacher Pang's guidance helped us clearly see the beacon of technological evolution. ” Song Qingguo stated after the meeting, “ Emory will continue to deepen interdisciplinary integration, increase investment in R&D resources, and tackle challenges in the field of isotope monitoring, ensuring that Chinese people can access instruments and technologies developed right here at home. ‘ Groundwater Microscope ” The company will accelerate the commercialization and implementation of its technologies.