BOREHOLE DRILLING IN TURKANA COUNTY, KENYA – COMPLETE BOREHOLE WATER SOLUTIONS, SOLAR WATER PUMPS, WATER TOWERS, TANKS, PIPING AND IRRIGATION 0723763173
Reliable water is essential for homes, schools, hospitals, businesses, farms, livestock, institutions and communities across Turkana County. Where conventional water sources are unreliable or unavailable, a properly designed borehole can provide a dependable underground water supply.
Pro-Logic Technologies Limited, working together with Hydrosol Drilling Solution, provides comprehensive borehole services in Turkana County, from the initial hydrogeological investigation through drilling, casing, well development, test pumping, water quality testing, pump installation, solar pumping systems, water storage, elevated water towers, distribution pipelines and ongoing maintenance.
Our objective is not simply to drill a hole in the ground. A successful borehole project requires proper site investigation, appropriate drilling technology, correct casing and screen selection, professional well development, accurate pump sizing and an efficient water distribution system.
Whether you need water for a homestead in Lodwar, livestock in rural Turkana, an agricultural project, school, hospital, hotel, commercial property, construction project or community water supply, our team can help develop a complete water solution.
BOREHOLE DRILLING IN TURKANA COUNTY
Turkana County presents unique challenges for water development. Large areas are arid and semi-arid, distances between settlements can be significant, and communities may depend heavily on groundwater and other water sources.
Borehole drilling can provide an important alternative where surface water is seasonal, contaminated, distant or insufficient for the intended demand.
Our borehole services cover areas including:
- Lodwar
- Kakuma
- Kalokol
- Lokichogio
- Lokichar
- Lokitaung
- Turkwel
- Kerio Delta
- Kibish
- Lokichar Basin areas
- Eliye Springs
- Nadapal
- Kapese
- Lokipoto
- Kaikor
- Kainuk
- Turkwel corridor
- Rural settlements and many other parts of Turkana County
The actual suitability of a borehole location must always be established through professional hydrogeological assessment rather than assuming that groundwater will be available at a particular depth.
HYDROGEOLOGICAL SURVEY BEFORE DRILLING
A professional borehole project normally begins with a hydrogeological assessment.
The purpose of the survey is to identify geological structures and groundwater conditions that may improve the probability of finding a productive aquifer.
A hydrogeological assessment may consider:
- Existing borehole records
- Geological information
- Surface geology
- Topography
- Drainage patterns
- Groundwater occurrence
- Local water points
- Historical drilling information
- Geological formations
- Fracture zones
- Potential aquifer zones
- Expected groundwater depth
- Possible drilling challenges
- Water quality considerations
Where appropriate, geophysical investigation methods such as electrical resistivity techniques may be used to investigate subsurface formations.
The survey does not guarantee a particular water yield. Groundwater conditions vary considerably, and drilling results depend on the geology encountered at the actual site.
WHY PROFESSIONAL BOREHOLE SITING MATTERS
Choosing the drilling location is one of the most important decisions in a borehole project.
A poorly selected location can result in:
- Low groundwater yield
- Poor water quality
- Difficult drilling conditions
- Excessive drilling costs
- Unproductive boreholes
- Difficult pump installation
- Water treatment requirements
Professional site investigation helps reduce unnecessary risk before heavy drilling equipment arrives on site.
Our team assesses the proposed site and develops a drilling approach based on available geological and hydrogeological information.
BOREHOLE DRILLING PROCESS
A typical borehole project involves several stages.
1. SITE ASSESSMENT
The proposed drilling location is assessed and the client’s water requirements are established.
We determine whether the borehole is intended for:
- Domestic water
- Livestock
- Irrigation
- Commercial use
- School use
- Hospital use
- Hotel use
- Industrial use
- Construction
- Community water supply
The intended demand affects pump selection, borehole diameter, storage capacity, solar system sizing and distribution design.
2. HYDROGEOLOGICAL INVESTIGATION
The site is investigated to establish the most suitable drilling location and expected groundwater conditions.
3. DRILLING
A suitable drilling rig and drilling method are selected according to the expected geological conditions and required borehole specifications.
Drilling continues until the planned depth or an appropriate productive aquifer is encountered, subject to the actual geological conditions.
4. BOREHOLE LOGGING
The geological formations encountered during drilling are recorded.
Information from the drilling process helps determine where water-bearing formations occur and assists in selecting suitable casing and screen intervals.
5. CASING AND SCREEN INSTALLATION
The borehole is fitted with appropriate casing and screen materials.
The screen sections are positioned according to the identified water-bearing formations.
6. GRAVEL PACKING
Where required, appropriately graded gravel pack material is placed around the screened sections to support the formation and improve water entry into the well.
7. WELL DEVELOPMENT
The newly drilled borehole is developed to remove drilling residues, fine sediments and other materials from the well and surrounding formation.
Proper development is important because an undeveloped borehole may produce excessive sand or muddy water and may not perform properly.
8. TEST PUMPING
A pumping test is performed to evaluate the borehole's performance.
The test can help establish:
- Sustainable yield
- Drawdown
- Recovery characteristics
- Pumping behaviour
- Water-level response
- Appropriate pump capacity
The pumping-test information is important when selecting the permanent pumping system.
9. WATER QUALITY TESTING
Groundwater should be tested before being used for drinking.
Water quality can vary from one location to another. Laboratory analysis can identify parameters that may require treatment.
Depending on the intended use, testing may consider physical, chemical and microbiological parameters.
10. PUMP INSTALLATION
Once the borehole performance is established, an appropriate pump is selected and installed.
11. SOLAR WATER PUMPING
Where grid electricity is unavailable, expensive or unreliable, a solar pumping system can be an effective option.
12. WATER STORAGE
Water can be pumped into ground-level or elevated storage tanks depending on the site design.
13. WATER TOWER CONSTRUCTION
A properly designed elevated water tower can provide gravity-fed distribution and improve water pressure.
14. PIPELINE DISTRIBUTION
The water is distributed through appropriately sized pipes to houses, livestock points, irrigation areas, schools, businesses or other facilities.
SOLAR BOREHOLE WATER PUMP INSTALLATION IN TURKANA
Solar pumping is particularly useful in remote locations where reliable grid electricity may not be available.
A solar borehole pumping system normally consists of:
- Solar panels
- Solar pump
- Pump controller
- Protection equipment
- Borehole cables
- Rising main
- Water storage tank
- Water tower where required
- Distribution pipelines
- Valves
- Float switches or level-control equipment
- Electrical protection
- Mounting structures
The system must be designed according to the borehole characteristics and the required daily water demand.
Installing an oversized or undersized system can result in unnecessary costs or inadequate water production.
SOLAR PANEL SIZING
Solar panel capacity should not be selected simply because a particular panel is available.
The design should consider:
- Pump power
- Borehole depth
- Dynamic water level
- Required flow rate
- Total dynamic head
- Daily water demand
- Solar resource
- Pipe losses
- Pump efficiency
- Controller requirements
- Storage requirements
A properly designed solar pumping system can automatically pump water during suitable daylight conditions and fill a storage tank for later use.
SOLAR WATER PUMP CONTROLLERS
Solar pump controllers regulate the power supplied to the pump.
Depending on the system, the controller may provide functions such as:
- Pump protection
- Dry-run protection
- Overload protection
- Voltage management
- Current monitoring
- Automatic starting and stopping
- Water-level control
- Solar power optimisation
Correct controller selection is important for system reliability.
WATER TOWERS FOR BOREHOLE WATER SYSTEMS IN TURKANA
A borehole pump does not necessarily need to supply water directly to every point of use.
A common approach is to pump water into an elevated tank.
The water tower provides elevation, allowing gravity to distribute water to different points.
A water tower project may include:
- Structural tower
- Tank platform
- Water storage tank
- Borehole rising pipe
- Inlet pipe
- Outlet pipe
- Overflow pipe
- Drainage arrangement
- Isolation valves
- Distribution pipe
- Level-control system
- Tank protection
The tower must be designed to support the intended tank capacity and site conditions.
WATER TOWER HEIGHT
The required height depends on the pressure and distribution requirements.
Higher elevation generally provides greater gravitational pressure, but the structural design must account for the increased load and environmental conditions.
The tower should therefore be designed by appropriately qualified professionals rather than simply constructing the tallest structure possible.
WATER TANK INSTALLATION
Water storage is an important component of a borehole system.
Storage allows the borehole pump to operate according to its available pumping conditions while water is accumulated for later consumption.
Depending on the project, tanks can be installed:
- On water towers
- On reinforced concrete slabs
- At ground level
- On steel structures
- Near buildings
- Near livestock areas
- Near irrigation fields
Tank capacity should be determined according to daily demand, borehole yield, pumping hours and the required reserve.
BOREHOLE WATER STORAGE FOR HOMES
A domestic borehole system may supply water for:
- Drinking
- Cooking
- Cleaning
- Laundry
- Bathrooms
- Toilets
- Gardening
- General household use
The design should separate water demand from available borehole production.
For example, a household requiring significant water storage may benefit from a tank that allows the pump to replenish water during the day while the household uses stored water throughout the day and evening.
BOREHOLE WATER FOR LIVESTOCK IN TURKANA
Livestock water supply is particularly important in arid and semi-arid regions.
A borehole can be developed to supply water to:
- Cattle
- Goats
- Sheep
- Camels
- Donkeys
- Other livestock
The system can include storage tanks and livestock watering troughs.
Pipework should be protected from damage, and watering points should be designed to minimise wastage and contamination.
Where livestock numbers are large, the water demand should be calculated before pump and storage systems are selected.
BOREHOLE WATER FOR IRRIGATION
Boreholes can also support agricultural and horticultural projects where groundwater resources and regulatory requirements permit abstraction.
Irrigation systems may include:
- Drip irrigation
- Sprinkler irrigation
- Micro-irrigation
- Storage tanks
- Solar pumping
- Main distribution lines
- Field pipes
- Irrigation valves
- Filters
- Pressure-control equipment
Efficient irrigation is especially important in dry regions because it reduces unnecessary water losses.
Drip irrigation can deliver water closer to the plant root zone and may be suitable for certain crops
BOREHOLE PUMPS
The pump is one of the most important components of a borehole installation.
Pump selection should be based on actual borehole information rather than simply choosing a pump based on horsepower.
Important considerations include:
- Borehole depth
- Static water level
- Dynamic water level
- Required discharge
- Total dynamic head
- Pipe diameter
- Pipe length
- Daily demand
- Borehole yield
- Pump efficiency
- Power availability
A pump that is too large can cause excessive drawdown or unnecessary energy consumption.
A pump that is too small may fail to deliver enough water.
SUBMERSIBLE BOREHOLE PUMPS
Submersible pumps are installed below the water level inside the borehole.
They push water through the rising main to the surface.
The installation commonly includes:
- Pump
- Pump cable
- Rising main
- Safety rope
- Cable protection
- Non-return valve where required
- Borehole headworks
- Control panel
- Water-level protection
Proper installation helps reduce the risk of pump damage and cable problems.
BOREHOLE HEADWORKS
The top of the borehole should be protected against contamination and physical damage.
A suitable borehole head arrangement may include:
- Sanitary seal
- Protective casing
- Concrete apron
- Pump outlet
- Valves
- Pressure gauge where required
- Sampling point
- Drainage arrangement
The headworks should prevent surface water, dirt and contaminants from entering the borehole
BOREHOLE WATER QUALITY
Finding water does not automatically mean the water is suitable for drinking.
Groundwater can contain naturally occurring minerals or contamination from surrounding activities.
Water testing may identify issues involving:
- Turbidity
- Salinity
- Hardness
- Iron
- Manganese
- Fluoride
- Nitrates
- Chlorides
- Microbiological contamination
- Other chemical parameters
Treatment should therefore be selected based on laboratory results.
BOREHOLE WATER TREATMENT
Depending on water quality, a treatment system may include:
- Sediment filters
- Carbon filters
- Iron removal systems
- Water softeners
- Reverse osmosis
- UV treatment
- Chlorination
- Specialised filtration systems
There is no single treatment system suitable for every borehole.
The correct treatment method depends on laboratory water analysis and the intended use.
BOREHOLE MAINTENANCE IN TURKANA COUNTY
A borehole is an investment that should be maintained.
Maintenance may include:
- Pump inspection
- Solar panel inspection
- Controller inspection
- Electrical checks
- Cable inspection
- Tank cleaning
- Pipeline inspection
- Valve inspection
- Water quality testing
- Borehole yield monitoring
- Water-level monitoring
- Pump performance checks
Regular maintenance can identify problems before they become major failures.
COMMON BOREHOLE PROBLEMS
Borehole systems can develop different problems over time.
LOW WATER FLOW
Possible causes include:
- Reduced aquifer performance
- Pump wear
- Blocked screens
- Sediment accumulation
- Pumping beyond sustainable yield
- Pipe blockage
- Falling groundwater levels
Proper diagnosis should be performed before replacing expensive equipment.
PUMP NOT WORKING
Possible causes include:
- Electrical failure
- Solar controller fault
- Damaged cable
- Pump motor failure
- Low voltage
- Dry-run protection
- Control-system failure
WATER CONTAINS SAND
Excessive sand may be associated with:
- Poor well development
- Screen problems
- Formation instability
- Pumping conditions
- Improper pump positioning
The problem should be investigated rather than simply installing a larger pump.
WATER TANK NOT FILLING
Possible causes include:
- Pump failure
- Solar power problem
- Blocked pipe
- Faulty controller
- Low borehole yield
- Damaged cable
- Incorrect valve position
- Water-level protection activation
BOREHOLE REHABILITATION
An older borehole may sometimes be rehabilitated instead of abandoned.
Rehabilitation can involve:
- Borehole assessment
- Pump inspection
- Well cleaning
- Development
- Removal of deposits
- Pump replacement
- Screen cleaning
- Test pumping
- Water quality testing
The appropriate rehabilitation procedure depends on the condition of the borehole.
COMPLETE WATER PROJECTS IN TURKANA COUNTY
Our approach can cover the entire water project rather than leaving the client to coordinate multiple contractors.
A complete project may include:
Hydrogeological Survey → Borehole Drilling → Casing → Screening → Gravel Pack → Development → Test Pumping → Water Testing → Pump Installation → Solar Installation → Water Tower → Tank Installation → Pipeline → Irrigation/Livestock Connections → Commissioning → Maintenance
This integrated approach helps ensure that each component works with the others.
BOREHOLE DRILLING FOR SCHOOLS IN TURKANA
Schools require reliable water for:
- Drinking
- Cooking
- Sanitation
- Hand washing
- Cleaning
- Student hygiene
- Gardens
- Landscaping
A school borehole project can include a complete water storage and distribution system.
For remote schools, solar pumping can reduce dependence on grid electricity or fuel-powered pumping.
BOREHOLE DRILLING FOR HOSPITALS AND HEALTH FACILITIES
Healthcare facilities require dependable water supplies for sanitation, cleaning, patient care and other operations.
A borehole system for a health facility should be designed with appropriate storage capacity and, where necessary, backup pumping arrangements.
Water quality testing and treatment are particularly important for facilities where water is intended for human consumption or sensitive applications.
BOREHOLE DRILLING FOR HOTELS AND LODGES
Hotels, lodges and hospitality facilities can have significant water requirements.
A complete system may include:
- Borehole
- Submersible pump
- Solar pumping
- Storage tanks
- Water tower
- Booster pumps
- Water treatment
- Hot-water systems
- Distribution pipelines
Demand calculations should be carried out before selecting the borehole pump and storage capacity.
BOREHOLE DRILLING FOR COMMERCIAL PROJECTS
Commercial developments may require water for:
- Staff
- Customers
- Cleaning
- Sanitation
- Landscaping
- Construction
- Production
The borehole should be designed around the actual consumption profile of the facility.
BOREHOLE DRILLING FOR CONSTRUCTION PROJECTS
Construction sites can require significant quantities of water.
A temporary or permanent water supply can support:
- Concrete works
- Block making
- Dust suppression
- Cleaning
- Worker facilities
- Material preparation
The system can later be converted into a permanent water supply depending on project requirements.
BOREHOLE DRILLING AND SOLAR POWER IN REMOTE TURKANA
Combining groundwater with solar energy can provide an efficient water solution for remote areas.
A solar borehole system avoids dependence on diesel generators for routine pumping and can be particularly useful where electricity infrastructure is limited.
The complete system can include solar panels, a solar pump controller, submersible pump, storage tank and elevated water tower.
The design should account for seasonal solar conditions and the required daily water production.
BOREHOLE SOLAR INSTALLATION
Our solar installation services can extend beyond the borehole pump.
Depending on the project, solar power can support:
- Borehole pumps
- Water booster pumps
- Lighting
- Security systems
- Water treatment equipment
- Offices
- Homes
- Schools
- Commercial facilities
Solar systems should be properly sized and protected against electrical faults
WATER PIPING AND DISTRIBUTION
After water is pumped from the borehole, it must be transported to where it is needed.
We can design and install water pipelines for:
- Homes
- Schools
- Hotels
- Farms
- Livestock
- Irrigation
- Commercial premises
- Community water points
Pipe sizing should consider flow requirements, distance, elevation changes and pressure losses.
WATER TOWER AND PIPELINE COMBINATION
One of the advantages of a water tower is that the elevated tank can act as a distribution reservoir.
The borehole pump fills the tank, and gravity then assists with distribution.
This arrangement can reduce the need for continuous pumping at points of consumption.
A typical system may operate as follows:
Borehole → Submersible Pump → Rising Main → Water Tower Tank → Main Distribution Pipe → Branch Lines → Water Points
Automatic level controls can be incorporated so that the pump stops when the tank reaches the required level and restarts when the water level falls.
BOREHOLE PROJECT DESIGN
Before installation, the project should establish:
- Water demand
- Borehole location
- Expected groundwater conditions
- Required depth
- Borehole diameter
- Casing requirements
- Screen design
- Expected yield
- Pumping requirements
- Storage requirements
- Water tower height
- Pipeline distances
- Solar requirements
- Water treatment requirements
Good planning can prevent expensive modifications later.
WHY CHOOSE PROFESSIONAL BOREHOLE SERVICES?
Borehole drilling is a specialised technical operation.
Professional planning helps address the relationship between geology, groundwater, drilling, pumping, storage and distribution.
A borehole should be treated as an integrated water infrastructure project.
At Pro-Logic Technologies Limited and Hydrosol Drilling Solution, our objective is to provide a complete solution from investigation to commissioning.
BOREHOLE DRILLING IN LODWAR
Lodwar is an important commercial and administrative centre in Turkana County.
We provide borehole-related services for residential, commercial, institutional and community projects in Lodwar and surrounding areas.
Projects can include drilling, pump installation, solar pumping, water storage, water towers, piping and treatment.
BOREHOLE DRILLING IN KAKUMA
Kakuma and surrounding communities have significant water requirements.
We can provide complete borehole water infrastructure for homes, institutions, businesses, livestock and other projects.
The exact borehole design depends on the site investigation and water demand.
BOREHOLE DRILLING IN KALOLOK
For properties and projects around Kalokol and the western parts of Turkana, borehole development can provide an important source of groundwater where appropriate.
Our services can cover the complete project from survey and drilling through pumping, storage and distribution.
BOREHOLE DRILLING IN LOKICHOGIO
We provide borehole development services for remote projects around Lokichogio and other parts of northern Turkana.
Solar pumping can be considered where grid electricity is unavailable.
BOREHOLE DRILLING IN LOKICHAR
Lokichar and surrounding areas can require reliable water infrastructure for homes, businesses, agriculture, livestock and development projects.
A properly planned borehole system can incorporate solar pumping, storage and distribution.
COMMUNITY BOREHOLE WATER PROJECTS
Community boreholes require careful planning because water demand can be considerably higher than that of a single household.
A community project may require:
- High-capacity storage
- Multiple water points
- Livestock watering areas
- Solar pumping
- Water towers
- Long-distance pipelines
- Water treatment
- Water management systems
Community projects should be designed around realistic population and livestock demand.
BOREHOLE DRILLING COST IN TURKANA COUNTY
The cost of a borehole project cannot responsibly be determined from depth alone.
Several factors influence the final project cost, including:
- Site location
- Accessibility
- Geological conditions
- Drilling depth
- Borehole diameter
- Casing requirements
- Screen requirements
- Gravel pack
- Development
- Test pumping
- Pump type
- Pump capacity
- Solar panel capacity
- Water tank size
- Water tower design
- Pipeline distance
- Water treatment requirements
- Labour
- Transport
- Site conditions
A professional quotation should therefore be based on the actual project requirements.
FROM BOREHOLE TO COMPLETE WATER SUPPLY
Many clients make the mistake of thinking that drilling the borehole completes the project.
It does not.
A productive borehole still needs a suitable pumping system.
The pump needs power.
The water needs storage.
The storage may require a water tower.
The water tower needs pipelines.
The water may require treatment.
The entire system needs controls and maintenance.
For this reason, our approach is to design the water project as one complete system.
WATER TOWER, SOLAR AND BOREHOLE PACKAGE
For remote properties in Turkana County, a complete package can include:
1. Hydrogeological survey
2. Borehole drilling
3. Borehole casing
4. Borehole screening
5. Gravel packing
6. Borehole development
7. Test pumping
8. Water quality testing
9. Submersible pump
10. Solar panels
11. Solar pump controller
12. Electrical protection
13. Water tank
14. Water tower
15. Rising main
16. Distribution pipeline
17. Valves
18. Water treatment
19. Livestock troughs
20. Irrigation connection
21. System commissioning
22. Maintenance
This provides the client with a single integrated water solution.
BOREHOLE WATER FOR AGRICULTURE IN TURKANA
Agriculture in dry regions requires careful water management.
Where groundwater abstraction is permitted and sustainable, borehole water can support irrigation projects.
Solar-powered irrigation can be integrated with storage tanks and efficient irrigation systems.
The irrigation design should be based on crop requirements, available groundwater and the sustainable pumping capacity of the borehole.
BOREHOLE WATER FOR CAMEL AND LIVESTOCK KEEPERS
Livestock is an important part of life and economic activity in Turkana.
Strategically positioned boreholes can support livestock watering where groundwater development is technically and environmentally appropriate.
Water points can be connected to storage tanks and troughs.
For large herds, demand calculations are essential to avoid overloading the borehole.
BOREHOLE DRILLING CONSULTATION
Before starting a borehole project, clients should provide information about:
- Exact site location
- Intended water use
- Number of people
- Number of livestock
- Irrigation requirements
- Distance to storage
- Distance to distribution points
- Availability of electricity
- Whether solar is required
- Desired storage capacity
This information allows the water system to be designed according to actual needs
OUR TURKANA BOREHOLE APPROACH
We focus on technical planning, professional drilling and complete water infrastructure.
Our services cover the full chain:
GROUNDWATER INVESTIGATION
↓
BOREHOLE DRILLING
↓
CASING AND SCREEN INSTALLATION
↓
BOREHOLE DEVELOPMENT
↓
TEST PUMPING
↓
WATER QUALITY TESTING
↓
PUMP INSTALLATION
↓
SOLAR POWER INSTALLATION
↓
WATER STORAGE
↓
WATER TOWER CONSTRUCTION
↓
PIPELINE INSTALLATION
↓
WATER TREATMENT
↓
COMMISSIONING AND MAINTENANCE
This approach gives the client a complete water development solution rather than an isolated drilling service.
SERVING TURKANA COUNTY AND BEYOND
Pro-Logic Technologies Limited and Hydrosol Drilling Solution can support water projects across Turkana County, subject to site assessment, access, project requirements and applicable approvals.
We work with residential clients, farmers, livestock keepers, schools, institutions, businesses, contractors, property developers and community projects.
Our goal is to help clients develop reliable water infrastructure that is technically appropriate for their location
CONTACT US FOR BOREHOLE DRILLING IN TURKANA COUNTY
If you are planning to drill a borehole in Turkana County, contact Pro-Logic Technologies Limited and Hydrosol Drilling Solution for professional borehole and complete water-system services.
We can assist with:
Hydrogeological Survey | Borehole Drilling | Borehole Pumps | Solar Water Pumps | Solar Installation | Water Towers | Water Tanks | Water Treatment | Water Piping | Irrigation | Livestock Water Systems | Borehole Maintenance | Borehole Rehabilitation
For projects requiring a complete water solution, we can assess the site and determine the appropriate combination of borehole, pumping, solar, storage and distribution infrastructure.
PRO-LOGIC TECHNOLOGIES LIMITED
HYDROSOL DRILLING SOLUTION
BOREHOLE DRILLING • SOLAR WATER PUMPING • WATER TOWERS • WATER STORAGE • WATER PIPING • IRRIGATION • WATER TREATMENT
Serving Lodwar, Kakuma, Kalokol, Lokichogio, Lokichar, Lokitaung and other areas across Turkana County, Kenya.
FINAL WORD
A successful borehole is more than drilling deep into the ground. It is a complete water infrastructure project that begins with understanding the groundwater conditions and ends with delivering usable water where it is needed.
From the first hydrogeological survey to drilling, casing, screening, development, test pumping, water analysis, pump installation, solar power, water towers, storage tanks, pipelines, irrigation and livestock watering systems, every component contributes to the performance of the final installation.
For homes, farms, schools, hospitals, hotels, businesses, construction projects and communities in Turkana County, a properly designed borehole system can provide a practical foundation for long-term water supply.
Pro-Logic Technologies Limited and Hydrosol Drilling Solution are ready to support complete borehole and water infrastructure projects in Turkana County.