Water Supply

EssBee GeoTechnical Ventures Limited – Water Resources Services

[A] Ground Water Supply:
– planning, design and development
– geophysical investigations and logging
– borehole drilling & completion
– borehole and aquifer analyses
– installation of water extraction systems
– water treatments
– training and operations
– maintenance and monitoring.

[B] Pumping Test Analysis
– aquifer analysis by use of numerous high-demand analytical methods.
– determination of hydraulic properties of the aquifer.
– groundwater 2D & 3D Visualization
– regional groundwater contouring.

[C] Water transmissions, storage and distributions facilities
– planning, design and development
– underground, surface and overhead storage tanks

[D] Agricultural Schemes
– design and construction of Irrigation schemes
– rehabilitation
– training and operations
– maintenance and monitoring.

[E] Water supply designs and modeling.
– Urban, Regional and Agricultural Schemes

[F] Water Resources Management
– watershed modeling and budget analysis.
– source water protection initiatives.
– aquifer system characterization, vulnerability and risk assessments.
– well head protection planning.
– water supply optimization.
– groundwater monitoring network designs.
– real-time data acquisition and management.

[G] Water Resources Monitoring

* Groundwater Monitoring
– placement of optimal number of monitoring and pumping wells.
– determination of  hydraulic properties and yields of aquifers.
– field-scale data collection and aqueous geochemical analysis.
– identifying short-term changes to groundwater flow from pumping, natural recharge and discharge, agricultural and industrial usage.
– isolating impacts to groundwater from contaminants.
– presenting early warning of potential risks and the need for mitigation.
– long-term groundwater monitoring.

* Surface Water Monitoring
– simulate basic or complex hydrodynamic conditions.
– prepare surface water models for analysis and evaluation.
– plan and manage water resources projects.
– produce dimensional surface water models for analysis and evaluation.
– integrate groundwater and surface water models.

[I] Environmental Monitoring
– characterizing significant hydrogeologic features, such as faults, fractures and karsts that influence flow regime.
– simulating saltwater intrusion and deploying mitigation techniques.
– optimizing groundwater remediation systems.
– multilevel groundwater sampling and long-term monitoring.

[K] Water Solutions for Mines
– identifying potential sources of water supplies for ore processing.
– mitigating impacts from acid mine drainage.
– water quality analysis and mapping.
– groundwater flow and contaminant transport modeling.
– hydrogeologic impact assessment.

All our Interpretations, analyses and presentations are carried out expertly with state-of-the-art Computer Software.


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