Author: Qingguo.Song

We have compiled a list of five common challenges in groundwater monitoring operations, and AIMOLI’s groundwater monitoring instruments can perfectly solve these problems. 1、Groundwater is Invisible: Groundwater and the unsaturated zone are hidden beneath the Earth’s surface, making it difficult to observe, monitor and sample directly. 2、Depth and Accessibility: Groundwater can be located at considerable…

The AML518 Full-Medium Microplastic Automatic Analyzer is an intelligent microplastic detection instrument developed based on Raman spectroscopy technology. The analyzer breaks through the limitations of traditional microplastic detection equipment that is restricted to specific sample types, enabling automated analysis of microplastic particles in various environmental media, including water, soil, and air. It provides an efficient…

As the person in charge of a third-party testing company, Manager Zhou has successfully avoided risks and seized market opportunities amid increasingly strict environmental protection policies and supervision this year, thanks to his commitment to “doing everything with excellence” and the support of AIMOLI groundwater samplers. Since the beginning of this year, environmental protection policies…

Deeply Engaging in the Frontier of Contaminant Transport Numerical Simulation From June 23 to 27, 2026, the Short-Term Training Course on Reactive Transport Simulation of Contaminants, organized by the School of Environmental Science and Engineering of Southern University of Science and Technology (SUSTech) and the National Key Laboratory of Soil Pollution Control and Safety, and…

Customer Background: Groundwater Sampling Data Abnormality Caused by Unknown Well Conditions A professional third-party groundwater testing company had been using imported groundwater flow meters from the United States for several years. During this period, their engineer Wang frequently communicated with AIMOLI engineers about practical applications of groundwater flow direction meters and groundwater monitoring technologies. In…

Today, I received a call from Mr. Zhou, who called to commend our product. He told me that our AIMOLI AML913 Groundwater Triple-Parameter Meter (Interface Meter, well depth, and drawdown) was both accurate and convenient; the testing passed on the first attempt, allowing the project to be completed smoothly and saving him at least 100,000…

In the field of groundwater VOC (Volatile Organic Compound) sampling, “sample distortion” has long been a primary challenge plaguing the environmental monitoring industry. At one particular environmental monitoring station, sample deviation reached as high as 35%; however, after switching to the Emery AML919 groundwater bladder pump sampler, that deviation was reduced to just 2%. Last…

AIMOLI analyzes microplastics 20 times faster than its global peers. Microplastics Analyzer System Composition Microplastics Analyzer Testing Process 1、 After sampling, a 5-step pretreatment takes about 1 hour: filtration – oxidative digestion – sedimentation – vacuum filtration – transfer, forming droplet samples; finally, microplastic samples are placed on slides. 2、Slides are placed on a sample…

Measurement of Groundwater Flow Velocity and Direction in Ultra-Deep Single Wells Importance of groundwater monitoring In many geological exploration, engineering construction, and ecological environmental protection projects, groundwater flow velocity and flow direction are essential core monitoring data. Whether it is mineral exploration and mining, coal mining, dam and reservoir construction and other large geotechnical engineering…

According to the Ministry of Ecology and Environment’s “Site Investigation Data Quality Assessment Report” (2024), 45% of pollution migration prediction errors come from inaccurate flow velocity data. Traditional measurement methods in low-permeability aquifers (hydraulic conductivity <10⁻⁶ m/s) have data loss rates as high as 60%, becoming a “fatal blind spot” in pollution control decision-making. Three…

Groundwater pollution investigation requires accurate information about groundwater flow velocity and flow direction. Without reliable groundwater flow data, it can be difficult to identify the potential migration path of pollutants, determine the pollution source, or develop an effective groundwater remediation strategy. In a groundwater pollution investigation project conducted by a Hydrology and Geological Survey Brigade…

AIMOLI’s AML135 groundwater multi-parameter in-situ online monitor was developed in response to the various issues customers encounter during routine groundwater monitoring. It helps resolve the following challenges: The AML135 groundwater multi-parameter in-situ online monitor offers effective solutions to these monitoring challenges: