GeoExTerra's® groundwater extraction solutions optimize the judicious exploitation of groundwater, a renewable resource, to ensure sustainable agricultural production and allied commodity development. Groundwater serves as a vital component for irrigation in regions devoid of surface water supply, particularly in arid to semi-arid areas where precipitation is erratic and unreliable, necessitating increased reliance on groundwater. Groundwater also plays a crucial role in meeting rural drinking water demands, accounting for approximately 90% of the supply. However, locating sustainable open/borewells poses significant challenges, especially in hard rock areas and arid to semi-arid regions, where hydrogeological complexities exacerbate the situation. Inadequate scientific knowledge and reliance on unreliable exploration methods often result in failed borewell drilling attempts, leading to substantial financial losses for farmers. To address these groundwater-related challenges, GeoExTerra has established a dedicated team, "GEOEXTERRA® BHUJAL" comprising of geologists, hydrogeologists, geophysicists and field surveyors. This team specializes in groundwater resource assessment and exploration, hydrogeological mapping and well site identification, optimization of well settings for small and marginal landholdings, and implementation of scientifically-driven exploration methods.
GeoExTerra® adheres to the legislative and regulatory groundwater framework established by the Government of India and respective state authorities, ensuring compliance with established guidelines and regulations.
- Hydrogeological Mapping: High-resolution mapping of aquifer systems, incorporating lithological, structural, and hydrogeological parameters to elucidate the spatial distribution of aquifer properties.
- Groundwater Flow Modeling: Numerical modeling and simulation to estimate groundwater availability, well performance, and sustainability, integrating parameters such as aquifer properties, recharge rates, and hydraulic conductivity.
- Aquifer Characterization: In-depth analysis of aquifer properties, including recharge rates, hydraulic conductivity, specific yield, and storage coefficient, to understand aquifer behavior and response to exploitation.
- Well Site Identification: Advanced geospatial analysis and machine learning algorithms, combined with hydrogeological techniques, including geological and geophysical surveys, to identify optimal locations for dug/open wells and bore/tube wells.
- Borewell Design Optimization: Design and setting of borewells for high performance, considering factors such as well diameter, depth, screen length, and casing material, to optimize well construction and minimize costs.
- Artificial Neural Networks and Machine Learning: Advanced data analytics and predictive modeling to forecast groundwater levels, quality, and recharge rates, enabling proactive management and decision-making.
- Enhanced Groundwater Production: Implementation of measures to increase groundwater production through wells, including well deepening and application of efficient pumping systems, to maximize extraction efficiency.
- Groundwater Demand and Supply Management: Development of management strategies to balance groundwater demand and supply, incorporating water budgeting, allocation, and conservation measures, to ensure sustainable resource management.
- Sustainable Groundwater Development: Implementation of sustainable groundwater development measures, including artificial recharge, rainwater harvesting, and groundwater monitoring and management systems, to promote long-term resource viability.
GEOEXTERRA®
Office (Registered) S8, 2nd Floor, Pankaj Central Plaza, Plot No. 5, Sector 12, Dwarka, New Delhi - 110 078, Delhi, India Office (Business) E 137, Balaji Bhavan, West Vinod Nagar, New Delhi - 110 092, Delhi, India
Email: info@geoexterra.com Phone: +91 8400662626
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