Specializing in hydrogeological assessment, deep well drilling supervision, and Managed Aquifer Recharge (MAR) implementation across Jordan and Saudi Arabia. We deliver groundwater systems from exploration through construction—field-proven solutions for water-scarce environments.
From hydrogeological assessment to full-scale construction supervision, we provide end-to-end engineering services for groundwater development, Managed Aquifer Recharge, and water harvesting in arid environments.
Geological and geophysical surveys to locate groundwater reserves. Aquifer characterization including transmissivity, storage coefficient, and sustainable yield estimation for basalt and limestone formations.
Borehole design for depths of 500–650m. Construction supervision, mud logging, casing and gravel pack design, and development procedures to ensure optimal well performance.
Step-drawdown and constant-rate tests. Aquifer parameter estimation using analytical and numerical methods. Water level monitoring network design and long-term sustainability assessment.
Surface and subsurface recharge system design. Infiltration pond engineering, injection well design, and water quality treatment for recharge enhancement. Integration with existing water infrastructure.
Water quality sampling and laboratory coordination. Major ion analysis, contamination source identification, and aquifer vulnerability mapping for groundwater protection planning.
Solar array design and pump sizing for groundwater extraction. Hybrid solar-diesel systems for remote locations. Integration with drip irrigation networks for agricultural water supply.
Facing a specific water resource challenge?
Request Technical ProposalSNBS is a field-experienced hydrogeology and water-resources engineering consortium delivering groundwater systems from initial exploration through construction supervision and long-term monitoring. Our alliance enables end-to-end project delivery—hydrogeological assessment, well design, pumping test analysis, MAR implementation, and water harvesting engineering—across Jordan, Saudi Arabia, and Greece.
Hydrogeologist & Environmental Management Specialist
15+ years of experience in deep groundwater systems across Jordan and Saudi Arabia. Specialized expertise in Managed Aquifer Recharge (MAR), drilling supervision for wells 500–650m depth, and water harvesting system design. Technical lead on groundwater exploration projects targeting basalt and limestone aquifer formations.
Est. 2008 • Amman, Jordan
Hydrogeology and water resources engineering. Groundwater exploration, well design, pumping test analysis, and MAR system implementation across Jordan. Technical supervision for wells 500–650m depth targeting basalt and limestone formations. Regional regulatory expertise and construction oversight.
Azraq, Jordan
Local implementation of water harvesting and MAR projects. Drip-irrigation system management and on-the-ground operational support. Installed over 15 check dams and infiltration structures in northern Jordan catchments. Community liaison for field operations and maintenance protocols.
Est. 2023 • Athens, Greece
Applied research for arid-region water management. Water-energy-economic nexus analysis for MAR infrastructure. International donor compliance documentation and project coordination. Technical strategy development and Mediterranean best-practice adaptation for MENA applications.
Technical Capabilities
Technical expertise grounded in field implementation across Jordan and Saudi Arabia
Hydrogeologist & Environmental Management Specialist
15+ Years
Field Experience
With over 15 years specializing in hydrogeology and environmental management, Eng. Isied has led groundwater development projects across Jordan and Saudi Arabia. His technical expertise spans the full project lifecycle—from initial groundwater exploration through well construction, pumping test analysis, and long-term aquifer monitoring.
Field Operations Base
Azraq Basin rehabilitation, well drilling supervision, water harvesting systems, check-dam construction
Expansion Region
Groundwater exploration, aquifer characterization, MAR pilot projects, basalt formation analysis
Role at SNBS
Eng. Isied leads SNBS's technical direction, overseeing groundwater engineering projects from feasibility studies through implementation and monitoring. His hands-on approach ensures field-proven solutions that deliver measurable results for clients across the MENA region.
Ready to discuss your groundwater engineering project?
Request Technical ConsultationCompleted groundwater engineering and water resource projects across Jordan and Saudi Arabia
Design and construction supervision for 500–650m deep production well targeting basalt and limestone aquifer formations. Groundwater supply for municipal use.
Managed Aquifer Recharge system design and implementation integrating water-energy-economic analysis. Support to traditional salt industry through sustainable groundwater allocation.
Design and construction of check dams and leaky dams for flash flood management and groundwater recharge enhancement in arid catchments. Soil erosion control and land rehabilitation.
Solar-powered groundwater pumping system design and installation for agricultural research facilities. Integration with drip irrigation networks for water use efficiency.
Have a groundwater engineering project? Let's discuss technical requirements.
Schedule a ConsultationDetailed technical documentation of completed groundwater engineering and water resource projects
Project Scope: Design and construction supervision for a 500–650m deep production well targeting basalt and limestone aquifer formations in northeastern Jordan.
Technical Approach: Hydrogeological assessment including surface geophysics (VES and TEM surveys), aquifer testing, and pumping test analysis. Borehole design optimized for confined aquifer conditions with designed yield of 80 m³/day.
Deliverables: Complete well design documentation, drilling supervision, pump testing, and water quality analysis. Operating procedures and monitoring protocols for long-term sustainability.
500–650m
Well Depth
80 m³/day
Design Yield
Basalt
Aquifer Type
Project Scope: Design and implementation of Managed Aquifer Recharge (MAR) systems to restore groundwater levels and support traditional salt production in the Azraq Basin.
Technical Approach: Water-energy-economic (WEE) nexus analysis to optimize recharge infrastructure. Surface infiltration systems designed for treated wastewater reuse. Groundwater allocation modeling to balance ecological and economic water needs.
Outcomes: Sustainable groundwater allocation framework supporting 30+ salt producers. Recharge rate improvement of 25% through optimized infiltration pond design. Integration with Azraq Wetland Reserve restoration objectives.
30+
Salt Producers
25%
Recharge Increase
WEE
Nexus Approach
Project Scope: Design and construction of check dams, leaky dams, and contour barriers for flash flood management and groundwater recharge enhancement in arid catchments of northern Jordan.
Technical Approach: Hydrological modeling of catchment response to extreme rainfall events. Structural design of check dams using local stone masonry optimized for sediment trapping efficiency. Monitoring network installation for aquifer response assessment.
Outcomes: 15 check dams and leaky dams constructed. Measurable groundwater level rise in target aquifer zones. Soil erosion reduction of 60% in treated catchments. Community-based maintenance framework established.
15
Structures Built
60%
Erosion Reduction
Northern
Jordan Focus
Project Scope: Design and installation of solar-powered groundwater pumping system for agricultural research facilities at Mutah University, Karak, Jordan.
Technical Approach: Solar irradiance analysis and PV array sizing for groundwater lift requirements. Hybrid solar-diesel configuration for backup during extended cloudy periods. Variable frequency drive (VFD) controlled submersible pump sized for drip irrigation network demand.
Outcomes: 25kW solar PV installation reducing grid electricity consumption by 70%. Operational cost savings enabling expanded agricultural research capacity. System serves as demonstration site for renewable energy applications in agriculture.
25 kW
PV Capacity
70%
Cost Reduction
VFD
Pump Control
SNBS provides hydrogeological assessment, well drilling supervision, and MAR implementation services backed by proven field experience in Jordan and Saudi Arabia.
15+ years of experience designing and supervising wells at 500–650m depth in basalt and limestone formations. Pumping test analysis and sustainable yield assessment.
Managed Aquifer Recharge system design including infiltration pond engineering, injection well design, and groundwater allocation modeling for water-energy-economic integration.
Active project implementation across Jordan and Saudi Arabia. Direct experience with regional hydrogeological conditions, regulatory requirements, and local contractor coordination.
Combines conventional engineering (well design, solar pumping) with nature-based solutions (water harvesting, check dams) for comprehensive water resource management.
Have a specific technical requirement?
Request Technical ProposalContact our technical team to discuss your groundwater development, MAR implementation, or water harvesting project. We provide feasibility assessments and implementation planning for clients across Jordan and the MENA region.
Jordan & Saudi Arabia
Technical discussion with hydrogeologist