More production. No workover. No chemicals.
Vibro-resonance stimulation restores dead wells, sustains producing ones and lifts what the whole field can deliver — by cleaning the bottomhole zone at its resonant frequency. Chemical-free, without a workover rig.
Three jobs, one technology
The same treatment answers three very different problems — because all three come down to how freely the formation can flow into the wellbore.
Wells written off as uneconomic or shut in often hold a reservoir that still delivers — blocked by near-wellbore damage. Resonance removes the blockage instead of the well.
Well F-42, Prudhoe Bay: 94 → 413 BOPD
Applied on healthy producers, treatment holds the rate up and stretches the maintenance-free period — fewer interventions, less downtime, lower lifting cost per barrel.
Absheronneft: maintenance-free period 3×–4.9× longer
Treating producers and injectors together raises field capacity without new drilling: injectors take more water, the sweep improves, and previously disconnected interlayers come back into production.
Nizhnevartovskneftegaz, 1987: +140,609 tonnes in one year
The challenge
As a well operates, its flow rate falls — often because the bottomhole zone becomes contaminated and clogged. Conventional stimulation can make it worse, cleaning the wrong layer and disconnecting the oil-bearing one from production.
The Vibration-Resonance method was created to solve exactly this. By generating the precise resonant frequency of the zone that needs stimulation, it removes the skin factor where it matters — and leaves the rest untouched.
The result is a targeted, repeatable and environmentally clean way to recover production that operators had written off.
Explore resonance well stimulation →% increase vs pre-treatment rate
Fleet average
documented across 30+ years
Best documented — F-42
Prudhoe Bay, Alaska · gas-lift well
Stylised response profiles; plateau values are documented field results.
How it works
A wave generator is attached to the end of standard or coiled tubing and positioned at the target interval. Wellbore fluid is circulated at a set rate and pressure — driving the reservoir at its own resonant frequency.
The product
Unique equipment, engineered per well. Each generator is designed and manufactured for the specific formation it will treat — and continuously improved from field data.
Tuned to the formation’s resonant band
Typical near-zone treatment time
Field results
Deployed on ~600 production and ~400 injection wells — onshore and offshore — in Russia, the USA, China, Oman, India, Norway and Azerbaijan. From gas-lift wells at Prudhoe Bay to platforms in the North Sea.
Prudhoe Bay · Alaska, USA
Well F-42 — a +339% increase in oil production after treatment.
Marmul field · Oman
Horizontal well MM-595 — a +225% increase in oil production.
Flagship case study · 1987
Producing wells treated
Extra oil in one year
Average rate increase
Injection wells treated
Why it wins
Precision, proof and cleanliness — the reasons operators return to vibration-resonance stimulation.
We clean the contaminated sublayer in resonance mode — removing the skin factor precisely, without over-stimulating high-permeability zones that would cut oil output.
Around 1,000 wells treated over 30+ years: average oil-production increase of 40%, and 45% higher intake on injection wells.
Vertical, inclined or horizontal wells — onshore or offshore. Practically no limits on producing depth.
Fresh water is the only working fluid. No chemicals, no additives — an environmentally friendly stimulation method.
Runs on the ordinary workover equipment already used in the field. No specialised infrastructure required.
A significant increase in the maintenance-free period during well operation — fewer interventions, more uptime.
Trusted across the industry
Tell us about the well and the field — we’ll assess whether vibration-resonance treatment can recover its production.
