Emery has long worked closely with frontline project teams in geological exploration, hydrological monitoring, environmental surveys, and other fields, and is keenly aware of the industry’s key pain points:

Traditional hydrological monitoring equipment suffers from limited parameter measurement capabilities and poor battery life, making it unable to support long-term in-situ downhole monitoring.

Frequent manual well‑downhole re‑measurements are not only time‑ and labor‑intensive but also prone to data gaps and biases, making it difficult to meet the requirements for long-term hydrological monitoring and project archiving.

Customer Case Studies

Some time ago, a client from a geological exploration project confided in me about a challenging issue:

“ We are conducting a regional groundwater dynamics monitoring project and need to continuously record changes in water level, water temperature, and electrical conductivity.

Traditional equipment can only perform manual measurements one at a time and is unable to… 24 Hourly continuous sampling resulted in severe data gaps during both day and night.

Moreover, small-diameter monitoring wells exhibit poor adaptability, require cumbersome equipment deployment, necessitate frequent downhole maintenance, incur high labor costs, suffer from poor data continuity, and make it difficult to meet project reporting requirements. ”

Addressing the core challenges of long-term industry monitoring, Emory has independently developed AML136 Groundwater and hydrogeological instruments are perfectly suited for long-term, in-situ hydrogeological monitoring, offering a one-stop solution to the inefficiencies, connectivity issues, incomplete parameter sets, and poor adaptability that plague conventional equipment.

Core Advantage: Integrated Long-Term Multi-Parameter Monitoring

AML136 Core advantages of the device: integrated multi-parameter long-term monitoring, Integrates three core monitoring functions: water level, water temperature, and electrical conductivity. , a single well deployment enables simultaneous data acquisition, ensuring strict alignment with HJ164-2020 Groundwater Monitoring Specifications.

01

High-precision monitoring, ultra-long battery life

The customer immediately raised a key concern: “ In the long-term, damp and complex underground environment, how reliable is the equipment’s stability and battery life? Can data‑collection accuracy be guaranteed? ”

Customers can rest assured about this.

AML136 The device is equipped with a high-precision sensor chip, achieving water-level accuracy of 0.01%FS , water temperature accuracy ±0.1℃ , featuring a built-in automatic pressure compensation algorithm that effectively mitigates environmental interference, ensuring accurate and stable data;

Built-in high-capacity, long-life power supply ensures continuous, stable operation. 2-5 Year after year, with no need for frequent battery replacements, it truly enables unattended in-situ monitoring.

Support 1 High-frequency data collection with a minimum interval of one minute, 24 Continuous hour-by-hour recording, completely eliminating data gaps.

02

Easy to operate, with remote online monitoring.

The device is extremely easy to operate, requires no complex wiring, and runs independently once deployed.

Data can be accessed via U Export the disk or upload it remotely over the network; you can view and back up your data anytime, on either your phone or computer.

03

Strong adaptability, intelligent early warning

The device features a compact probe diameter, making it compatible with various small-diameter monitoring wells; it descends smoothly without jamming and is suitable for most field‑based monitoring conditions.

Equipped with intelligent fault‑diagnosis capabilities, it proactively identifies potential equipment issues and well‑bore anomalies, significantly reducing O&M costs and mitigating monitoring risks.

Customer feedback is satisfactory.

After a period of operation, the customer specifically provided feedback:

“AML136” It has solved the long-standing challenges of our monitoring program! No need to repeatedly descend into the well for re‑measurements—data is collected automatically throughout the entire process, ensuring completeness, continuity, accuracy, and compliance. Our project report passed review on the first submission. With its ultra‑long battery life, it eliminates the need for frequent maintenance, boosting team productivity severalfold—making it an essential tool for geological and hydrological monitoring. ”

With deep expertise in the field of hydrological monitoring equipment, Amory is grounded in real-world operational conditions through domestic surveying and monitoring. Breaking the limitations of traditional monitoring with proprietary technology, it delivers precise measurement, ultra-long battery life, unattended operation, and broad compatibility. Its advantages make it widely used in geological exploration, groundwater dynamics monitoring, site investigations, and hydrological research, among other applications.

Say goodbye to the outdated approach of manual, repetitive retesting and incomplete data. , choose Emory AML136 Geohydrological instruments, coupled with intelligent, long‑term monitoring, empower geohydrological exploration to be efficient, precise, and compliant.