How to Avoid 80% of Well Problems

Water on site is the most important thing. But as long as it's there — no one thinks about it. As soon as interruptions begin, sand appears, or the flow rate drops — the problem becomes urgent, costly, and sometimes... systemic.

Let's look at why some wells operate for decades, while others start "falling apart" after just a couple of years.

The main mistake: starting with drilling

Most clients (and, unfortunately, some contractors) treat a well as a simple task:

"We need to drill — let's drill"

But in reality, a well is an engineering system, and drilling is just one of the stages.

If hydrogeology, section analysis, and aquifer assessment are skipped, a "lottery" begins.

The result:

rapid wear,
additional costs,
problems at project handover.

<h3How to do it correctly?

A professional approach looks like this:

1. Engineering surveys
We study soil composition, aquifers, depths, and risks.

2. Design
The well structure is formed: diameter, casing strings, filters, pumping equipment.

3. Drilling
Boring, casing, filter zone, well development.

4. Fit-out
An equally important stage: installing the caisson/pit, installing pumps, connecting to the system.

Only this combination delivers a predictable result.

<h3Why do wells "die"?

In practice, the main symptoms are familiar to everyone: water disappeared, sand appeared, pressure dropped.

In most cases, the problem is not a "bad pump," but the structure or conditions themselves.

Until the failure occurs, there is no monitoring. But as soon as the well stops working — urgent repairs begin.

Typical causes of problems:

filter siltation;
casing string failure;
structural aging;
changes in hydrogeology.

Modern methods — video logging, tele-inspection, endoscopy — make it possible to see this.

And based on the findings, cleaning, restoration, installation of an additional casing string, or equipment replacement is carried out.

A typical case from practice:

One of the water intake facilities of a village. The well is old — more than 50 years. Water interruptions began.

During inspection, we found: casing string failure, reduced flow rate, deteriorating water quality.

In the course of the work, we installed a new casing string inside the old one, restored functionality, and were able to save the well.

Such work carries a high level of responsibility. An error = loss of the well.

Is a "turnkey" contractor the most effective solution?

When surveys, design, and drilling are done by different contractors — problems arise: data doesn't match, information may be lost when handed off between contractors, no single party is accountable for the result, disputes occur at handover.

That's why large clients increasingly choose a single contractor for the entire cycle.

What a comprehensive approach provides: