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Water From a Borehole — How It Reaches Your Tap, Whether It's Safe & What It Costs

From underground aquifer to your tap: how borehole water works in Ghana, whether it is safe to drink, and exactly what the whole system costs.

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Getting water from a borehole is simpler than most people expect. Underground water — called groundwater — sits in geological formations called aquifers. A borehole is a narrow hole drilled through rock to reach that aquifer. A pump moves the water up to a storage tank. The tank supplies your taps by gravity. That's the whole system.

The Journey: Aquifer to Your Tap

1. Groundwater in the aquifer

Rain seeps through soil and rock over decades, accumulating in permeable underground zones. This is what your borehole reaches.

2. The borehole

A narrow hole drilled to the aquifer — typically 25–80m deep in Ghana. Lined with PVC casing to prevent collapse and surface contamination.

3. The submersible pump

Sits inside the casing below the water level. Pushes water up the rising main pipe to the surface whenever it runs.

4. The storage tank

Overhead tank (typically 2,000–5,000 litres) filled during pump operating hours. Supplies all taps by gravity — day and night.

Is Water From a Borehole Safe to Drink?

It depends on your location and how the borehole was sited and constructed. Correctly drilled and tested borehole water is safe. Poorly sited boreholes — particularly those near latrines, septic tanks or industrial sites — can carry bacteria or chemical contamination that is undetectable without laboratory testing. Always test before drinking.

Read the full guide: Borehole water — what it is and whether it is safe.

What Does Getting Water From a Borehole Cost in Ghana?

ComponentCost range
Site assessment (pre-drill survey)GH₵1,000–1,500
Drilling (per metre)GH₵180–280/metre
PVC casing and installationGH₵1,500–3,500
Submersible pump (Italian-standard)GH₵2,500–6,000
Overhead storage tank (2,000L)GH₵800–1,500
Pipework and distributionGH₵500–1,500
Water quality testGH₵300–600
Complete domestic systemGH₵12,000–28,000

Solar vs Grid Power for Your Borehole Pump

Your pump needs power to run. Two options: connect to the ECG grid (lower upfront cost, ongoing electricity bills, stops during power outages) or fit a solar system (higher upfront cost, zero electricity bills, works during ECG outages). For most Ghana situations, solar is the better long-term value. See: Solar vs grid borehole — which is better?

Ready to get water from a borehole?

AquaProbe handles everything — site survey, drilling, pump, tank and water test. WhatsApp us your location for a same-day quote. Save up to 60% today.

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Frequently Asked Questions

How much water does a borehole produce per day in Ghana?
A typical domestic borehole in Ghana yields 1,000–5,000 litres per hour depending on the aquifer. An average household of 6 needs roughly 600–900 litres per day — well within what a properly sited borehole produces.
Does borehole water taste different from tap water?
It can. Groundwater often has mineral content from the rock it passed through — sometimes a slightly earthy taste, sometimes iron or mineral flavour. A water quality test identifies what is present. Treatment systems can correct taste issues.
How long before I get water after commissioning a borehole?
The pump is tested and water starts flowing on the same day the installation is completed — typically day 3–5 of the drilling and installation process.

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