Your borehole permit already requires measurement. Most boreholes still can't produce the record.
Kenya's Water Resources Regulations 2021 don't ask you to measure abstraction as good practice. They require a measuring meter, they require an airline in the borehole so water levels can be read, they require a daily record in cubic metres kept available for two years, and they set a 10% penalty on your full water use when consumption isn't assessed by continuous automated measurement. Most sites meet none of that with a clipboard. This page explains the obligations, then what it takes to make the record produce itself.
Four obligations, and one of them costs money directly.
These come from the Water Resources Regulations 2021 (Legal Notice 43 of 2021), made under the Water Act 2016. The regulations sort water users into categories by risk and volume; the metering and record duties attach to Category B, C and D users — which is where any commercial, industrial, institutional or estate borehole normally sits. The airline duty is broader still: it applies to every permit holder.
1 · A meter that reads itself
Regulation 78(1) requires Category B, C and D users to install “an automated measuring meter or smart meter for the accurate measurement of water abstracted, obstructed or diverted and the effluent discharged.” The word doing the work is automated. A mechanical dial someone walks out to read once a month is not what the regulation describes.
2 · An airline in the borehole
Regulation 81(1): “Every permit holder shall install an airline in his or her boreholes, such that the measurement of water levels is possible by the Authority or any authorised person.” Failure to install one is an offence under 81(2). This is a legal duty to make water level — not just volume — measurable on demand.
3 · A daily record, kept two years
Regulation 80(1) requires a record of daily abstraction or effluent discharge in cubic metres per day. Regulation 80(3) requires the preceding twenty-four months of that record to be available for inspection. Regulation 32(5) adds date, time, quality and quantity, furnished annually or more often. Two years of daily figures is not a logbook problem you solve retrospectively.
4 · Returns on Form WRA 014
Regulation 88(2): the permit holder takes readings from the measuring device and submits them to the Authority on Form WRA 014 (Thirteenth Schedule). The form is only as good as what feeds it — and what feeds it is the record in obligation 3.
The one with a price on it. Regulation 93: “If the assessment of the water used is not based on continuous measurement by means of an automated and appropriately sealed flow measuring device, a penalty of 10 per cent shall be charged on the full amount of water used.” Read that again — the penalty is not for over-abstracting. It is for not measuring continuously. A site that abstracts entirely within permit and pays every fee on time still pays 10% more than a site next door that measures properly.
The gap is rarely the meter. It's the record.
Most Kenyan boreholes we're asked about already have a flow meter somewhere on the rising main. What they don't have is anything that turns it into a defensible two-year daily series. The failures are consistent:
- Readings stop when the reader goes on leave. A record with gaps is not a record of daily abstraction — it's a sample, and the gaps are exactly what an inspection asks about.
- Nobody measures water level at all. The airline is installed because the regulation says so, and then dipped once at commissioning. Meanwhile the drawdown trend is the single best early warning that a borehole is being over-pumped or is silting up — the thing that decides whether you still have a borehole in five years.
- The pump runs dry and nobody knows until it fails. A dry run destroys a submersible pump, and replacement plus the crane and the downtime dwarfs what monitoring costs.
- Renewal arrives with no data behind it. Permits run five years. A renewal conversation supported by a continuous record is a different conversation from one supported by an estimate.
The obligations on one table
| Obligation | Regulation | What it requires | Sensor / record |
|---|---|---|---|
| Automated measuring meter | Reg 78(1) — Category B, C and D users | "An automated measuring meter or smart meter" for abstraction and effluent — not a dial read monthly | Telemetered flow meter on the rising main |
| Airline for water levels | Reg 81(1) — every permit holder | Water level measurable on demand; failure is an offence (81(2)) | Level sensor logging the drawdown trend continuously |
| Daily record, 24 months | Reg 80(1), 80(3); Reg 32(5) | Cubic metres per day, two years available for inspection; date, time, quality and quantity | Continuous log with no gaps when the reader is on leave |
| Returns on Form WRA 014 | Reg 88(2) | Readings from the measuring device, submitted to the Authority | Export in the WRA 014 shape |
| Continuous measurement — or a 10% penalty | Reg 93 | Assessment not based on continuous, automated, sealed measurement attracts 10% on the full water used | The sealed automated meter and the record that proves it |
The measurement layer, on the borehole you already drilled.
- Pulse or Modbus off your existing flow meter. If the meter you already own can be read electronically, we read it. Replacing serviceable metering is the last resort, not the first quote.
- Water level, continuously. A submersible pressure transducer down the borehole gives you standing level, pumping level and drawdown as a trend rather than a number someone wrote down in March. Your airline stays where it is — it satisfies the Authority's right to verify; the transducer is what tells you something.
- Pump current and run hours. Dry-run detection, cycling that shouldn't be happening, and an honest picture of how hard the pump is working for the water it delivers.
- Daily totals, stored and exportable. Cubic metres per day, retained well beyond the twenty-four months the regulation asks for, exportable in the shape a WRA 014 return needs.
- Alerts that matter. Level falling faster than usual, flow with the pump off, pump off when it should be on, a total drifting toward your permitted volume before month end.
- Solar and battery. Boreholes are usually where the grid isn't. The node runs off the same panel as the pump where there is one, and logs through outages so the daily series has no holes in it.
Installation is done by your own technicians or a local partner under live remote guidance from our engineers, in East Africa Time working hours, with the hardware pre-configured before it ships. Boreholes are the one asset where this model works particularly well — a borehole head is a small, well-defined installation, and the person who maintains your pump can usually fit the instrumentation in a morning.
We are a monitoring engineering firm: what we deliver is the measurement layer on the borehole your driller sank, producing the numbers your returns need continuously and in an exportable form.
The daily record in cubic metres that Regulation 80 demands — and the continuous measurement that avoids Regulation 93's 10% penalty — is exactly what addanode's borehole instrumentation produces.
Borehole permit compliance in Kenya — quick answers
Does every borehole in Kenya need a water abstraction permit?
Groundwater abstraction is permitted under the Water Act 2016 and the Water Resources Regulations 2021, and permits are issued for five years and renewable. Before drilling you normally need a licensed hydrogeologist's survey and county approvals, with an environmental assessment where the project's scale calls for one; after drilling, the completion record, test-pumping data and proof of a flow meter follow. Requirements vary with category and location, so confirm your own case with WRA or your hydrogeologist rather than with a web page — including this one.
What is an airline, and why does the regulation ask for one?
An airline is a small-bore tube run down the borehole with a pressure gauge at the head; blowing air into it lets you work out the depth to water. Regulation 81(1) requires every permit holder to install one specifically so that water levels can be measured by the Authority or an authorised person. It is a manual verification method — accurate enough for a check, useless for a trend, because it only tells you the level at the moment somebody stands at the wellhead and uses it.
Does a pressure transducer replace the airline?
No — keep the airline. It is a legal requirement and an independent means for an inspector to verify what your instrument reports, which is worth having. The transducer is for you: a continuous level trend showing drawdown, recovery and the slow changes that tell you whether the borehole is being pumped harder than it can sustain. The two answer different questions and cost very little together.
What is the 10% penalty for?
Regulation 93 charges a penalty of 10 per cent on the full amount of water used where the assessment of that use is not based on continuous measurement by an automated and appropriately sealed flow measuring device. In other words it is a surcharge for estimated consumption, not for excess consumption. For a site with a meaningful abstraction it is usually the clearest number in the payback case for continuous metering — work it out against your own annual water charges before you ask anyone for a quotation.
How long must abstraction records be kept?
Regulation 80(1) requires a record of daily abstraction in cubic metres per day, and 80(3) requires the preceding twenty-four months of it to be available for inspection. Readings are returned to the Authority on Form WRA 014 under Regulation 88(2), and Regulation 32(5) requires records of date, time, quality and quantity to be furnished annually or more frequently. Twenty-four months of daily figures is the specification a monitoring system has to meet — retaining longer costs nothing and is worth doing.
What does borehole monitoring cost in Kenya?
Four things set it: whether your existing flow meter can be read electronically or needs replacing, borehole depth and cable length for the level transducer, whether there is power and network at the wellhead, and how many boreholes share one site. We quote a written cost band after a remote review of your setup — a few photographs of the wellhead and your meter's make and model are usually enough to start. Be wary of a per-borehole price quoted before anyone has asked what meter you have; that question changes the answer more than anything else.
Can this cover several boreholes and tanks on one site?
Yes, and it usually should. Estates, factories, schools, hospitals and farms typically run boreholes alongside storage tanks and sometimes a municipal connection. Metering them together is what lets you reconcile what was abstracted against what was stored and what was actually used — which is where the losses show up, and which no single borehole meter can tell you on its own. See water telemetry in Kenya for the wider site picture.
Primary sources
- Water Resources Regulations 2021 (Legal Notice 43 of 2021) — full text, Kenya Law
- Water Resources Authority (WRA) — permits and abstraction
- Kenya Law — Water Act, 2016 (No. 43 of 2016), full text
- Water Resources Authority — Permitting (water use allocation) page
- Water Resources Authority — Water Permits page
Make the record produce itself.
Send an engineer a photo of your wellhead and your meter. We'll tell you what can be read as it stands, what would need adding, and what it would cost.