Conducting comprehensive hydrogeological surveys for mining, industrial, and infrastructure projects at the pre-design, design, and operational stages.
Studying the formation, regime, and balance of groundwater in areas with quarries, mines, tailings facilities, industrial sites, and hydraulic structures.
Prospecting and exploration of groundwater for drinking and technical use to supply hydrometallurgical plants (HMP), mineral processing plants (MPP), mining and processing combines (MPC), etc.
Assessing the sufficiency of fresh, technical, and mineral groundwater reserves for domestic, drinking, industrial, and process water supply.
Calculating, assessing, and reassessing operational groundwater reserves in accordance with national and international classifications.
Investigating and forecasting water inflows into open pits, mines, and underground workings; developing dewatering, drainage, and groundwater drawdown systems.
Assessing the impact of mining and construction activities on local hydrogeological conditions, including changes in groundwater levels, flow paths, quality, resources, and abstraction conditions.
Developing measures to protect mine workings, open-pit walls, and industrial facilities from flooding, waterlogging, and seasonal water inflows.
Conducting hydrogeochemical studies of groundwater, including assessing its corrosivity towards construction materials and rock formations.
Identifying, analyzing, and assessing sources of groundwater contamination; developing engineering and technological measures for their prevention and containment.
Creating numerical hydrogeological models to forecast groundwater behavior under various deposit development and industrial expansion scenarios.
Developing a strategy for the rational and sustainable use of groundwater resources in the mining and industrial sectors.
Research and development of experimental methods.
Preparing hydrogeological reports, expert opinions, and recommendations.

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