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 can still deliver but is 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, with 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 are 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 or additives are used, making this 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, with fewer interventions and 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.
