Category: Blog

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…

The Hydrology and Geological Survey Brigade of Jiangsu Province encountered 3 problems during a groundwater pollution investigation in a chemical industrial park: The project leader said: “We have tried many monitoring methods, but the data always has a deviation of 10%–30%, which seriously affects the accuracy of pollution source judgment.” After in-depth on-site investigation, the…

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:

In the field of groundwater monitoring, it has long been a persistent challenge to verify the effectiveness of well flushing and to visually inspect hidden issues inside wells. Although many third-party testing institutions are equipped with imported digital downhole camera systems, they still face significant limitations in practical applications: insufficient image clarity, making fine details…

Groundwater sampling bailer Effect： It is specifically used for collecting water samples from groundwater monitoring wells, lakes, rivers, deep wells, and surface water. It is commonly used in environmental testing and scientific research. Groundwater sampling bailer Usage scenario： It is suitable for locations without power supply, with inconvenient transportation, or with small wellheads. Because it…

At groundwater monitoring sites, staff from an ecological and environmental monitoring center have long faced a typical challenge: A Interface Meter, a well depth meter, and a leakage meter are all essential—none of them can be omitted. For every field operation, multiple devices must be transported by vehicle. When vehicle allocation is tight, the limited…

AIMOLI Bladder Pumps generally refer to the AML919 bladder pump groundwater sampler developed by AIMOLI (Hebei) Technology Co., Ltd.. It is a domestically produced professional device specifically designed for low-flow, high-precision groundwater sampling. Its core advantage lies in solving difficulties in deep-water sampling and preventing distortion in volatile organic compound (VOC) collection. Core Specifications and…

The Interface Meter AML913 not only performs water level measurement, but also integrates three key functions—well depth measurement and drawdown measurement—into a single device. With one probe, multiple measurements can be completed in a single deployment, enabling “one lowering, multiple data acquisition,” significantly improving the efficiency of groundwater field monitoring and groundwater sampling. The AIMOLI…

Case Study: Groundwater Sampling Equipment Selection for a Monitoring Station – From Parameter Debate to Precise Matching A monitoring station client anticipates doubling its groundwater sampling workload next year. Previously, they relied on manual sampling using Bayer tubes, which was labor-intensive, inefficient, and frequently resulted in staff shortages and tight deadlines. Attempts to rent external…

Traditional methods for measuring groundwater flow velocity and direction in groundwater monitoring often encounter three challenges: efficiency and accuracy issues! 1、Long measurement cycle and delayed response: Traditional tracer methods require multi-point sampling and long-term tracking to calculate water flow parameters, and a single complete measurement can take several days or even longer, which cannot meet…