The detection efficiency of the AML913 groundwater three-level instrument is 300% higher than traditional methods. Even Professor Jiao Jiujiu from the University of Hong Kong gave us a thumbs-up.
Professor Jiao Jiujiu holds a PhD from the School of Civil Engineering at the University of Birmingham, is a professor and PhD supervisor at the University of Hong Kong. He is a Fellow of the Geological Society of London, a Fellow of the Geological Society of America, and a Fellow of the American Society of Civil Engineers. He received the John Hem Outstanding Contribution Award from the American Ground Water Association in 2011.
From 2013 to 2019, he served as a consultant for groundwater resource evaluation in Singapore. In 2019, he was appointed as a special expert by the Hydrogeology and Environmental Geology Survey Center of the China Geological Survey, Ministry of Natural Resources of China, to guide stratified monitoring and drilling engineering technology, hydrogeology, ecological geology, and other work.
Professor Jiao Jiujiu and Professor John A. Cherry of the Royal Society of Canada both highly recognized AIMOLI after visiting us.
Among them, the AML913 groundwater three-instrument especially impressed Professor Jiao Jiujiu. Why?
It mainly includes two aspects:
- Traditional groundwater three-level detection requires three sets of instruments to measure groundwater level, well depth, and drawdown. From an operational perspective, going to field monitoring wells with three sets of instruments is definitely more troublesome than carrying one set.
In addition, three sets of instruments require three downhole operations. The workflow is repetitive and complicated, with low efficiency. Many researchers strongly dislike this but are unable to change it.
Professor Jiao Jiujiu, as a leading figure in groundwater research in the industry, I believe he also deeply understands this.
Our AIMOLI AML913 groundwater three-level instrument integrates the water level meter, well depth meter, and drawdown meter into one unit, breaking through multiple technical barriers. At present, no second company in China or abroad can do this.
The software on the three-level instrument has already matured and has been used in other environmental instruments for nearly 10 years without any problems, ensuring stability. Unless you deliberately hit it with a hammer or drop it from a five-story building, it is unlikely to fail under normal use, and reliability is guaranteed.
The AIMOLI AML913 groundwater three-level instrument uses one probe and one downhole operation to replace three sets of instruments and three operations, improving efficiency by 300%. There is no comparable product in the industry.
- Groundwater three-level detection is often combined with groundwater sampling work. If you use traditional three-level detection and traditional groundwater sampling, combining the two becomes exponentially more troublesome.
On one hand, the operation is inefficient and labor-intensive; on the other hand, it may affect the collected samples, causing deviations in the final test data and affecting scientific research results.
Our AIMOLI AML groundwater three-level instrument can directly work in coordination with our AML919 groundwater sampler.
First, the AML919 groundwater sampling system is used by the Ministry of Ecology and Environment’s National Analysis and Testing Center and relevant departments in 28 provinces and cities as a law enforcement instrument, and has been recognized by both the state and the market.
Second, the AML919 groundwater sampler produces water in an average of 3 minutes, sufficient to match or exceed imported equipment. The entire sampling process has no volatilization loss or cross-contamination. The sampling data is true and reliable. It comes standard with 70 meters, and users are using 300 meters, with stable performance and no failures.
Finally, during groundwater well flushing and sampling, the AIMOLI AML919 groundwater sampler automatically controls according to the drawdown data provided by the AML913 three-level instrument.
When the water level reaches the drawdown level, the AML919 automatically pauses sampling to ensure the authenticity of the sampling data.
When the water level returns to the normal range, the AML919 resumes sampling to ensure sampling efficiency.
This process does not require manual intervention and meets national standards.
Professor Jiao highly appreciates AIMOLI’s innovative work. AIMOLI groundwater sampling system exceeds international first-line brands.
Once again, we thank Professor Jiao Jiujiu and Professor John A. Cherry of the Royal Society of Canada for their guidance.
AIMOLI environmental instruments, precise to the point of urgency among peers.