Kazakhstan Digitizes Groundwater Reserves for the First Time

Almaty has hosted the presentation of Kazakhstan's first Atlas of Hydrogeological Maps, a digital geographic information system combining key groundwater data. According to the Ministry of Science and Higher Education, the platform will support effective water resource management and decisions to address freshwater shortages, particularly in an arid climate.

“Many regions urgently need a sustainable water supply. The new atlas will make it possible to assess and use underground reserves more accurately, including geothermal and mineral waters. It will also serve as an environmental monitoring tool: digital maps will enable real-time tracking of groundwater quality and timely prevention of geological contamination,” the ministry explained.

The collected data will support water policy, scientific research, and specialist training. Perhaps most importantly, the Atlas is becoming a practical tool for engineers.

When designing for a specific site, data on aquifers and groundwater flow is not merely reference information. It affects everything from foundation selection to structural durability. This information is now available: digital, current, and covering the entire country.

If hydrogeology was previously treated as background information, it is now becoming part of the engineering model. Professionals working in GEO5 already understand how this changes the approach: seepage, slope stability, and deformation analysis modules let engineers do more than account for water — they can design around it.

Creating the Atlas opens a new chapter not only for science but also for professionals responsible for the safety, reliability, and resilience of our buildings and infrastructure. It is a rare case of a government initiative providing immediate value on the ground, through real calculations and real construction projects.