Author: Songqingguo

Groundwater flow velocity and flow direction in deep wells of mining areas has always been an industry difficulty. Even imported equipment shakes its head in frustration, but using the AIMOLI AML920 groundwater flow velocity and flow direction instrument makes it easy. Two weeks ago, we received a request for help from Mr. Wang in Gansu.…

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…

Low flow groundwater sampling originated in 1996; based on research by US EPA experts Puls and Barcelona, ​​the EPA issued a Standard Operating Procedure (SOP) for low-flow sampling (EPA/540/S-95/504). Adhering to these guidelines ensures that collected samples are representative of actual in-situ conditions. Low flow groundwater sampling and purging involve extracting groundwater at a rate…

Capable of measuring three types of water conditions—an industry firstImported groundwater velocity and direction meters typically measure only 2D vectors and often fail to operate at great depths or in water that is either too clear or too turbid, limiting them to measuring only “intermediate” water conditions. In contrast, the AML920 Groundwater flow velocity and…

From manual handling to robotic arm-based automated retrieval and AI-driven recognition, the efficiency of microplastic analysis in water has increased twentyfold—a small Chinese factory has once again rewritten the rules of the game in the industry. AIMOLI Hebei Technology Co., Ltd. recently announced the successful development of the AML518, the world’s first fully automated microplastic…

After sampling comparisons in 4 wells, the AIMOLI AML919 low-flow groundwater sampling system completely outperformed imported equipment and ultimately won this project. Some time ago, a unit in southern China planned to purchase a groundwater sampling system, and we participated in the bidding. At the same time, the client also sent staff to conduct on-site…

AIMOLI ’s world-leading groundwater flow velocity and direction technology, combined with Professor John A. Cherry’s world-leading stratified detection technology, will definitely take international groundwater research technology to the next level. Last week, Academician of the Royal Society of Canada and top international expert in groundwater, Academician John A. Cherry, and Professor Jiao Jiujiu of the…

Recently, demand for groundwater flow velocity and direction monitoring has surged, and orders for the Aimerly AML920 Groundwater Flow Velocity and Direction Instrument continue to be fully booked, with delivery schedules already extending into next month. Current industry monitoring conditions are increasingly moving toward deep and ultra-deep wells, with numerous projects requiring groundwater monitoring at…

The AML919 groundwater automatic sampler is simply a revolution in groundwater sampling, sweeping away the inefficiency and backwardness of traditional manual groundwater sampling. The most troublesome part of groundwater sampling is online sampling, especially when sampling at fixed depths for different water layers. Because online sampling requires real-time samples and real-time data, it is necessary…