Capability

Hydrokinetics cleaning for difficult fouling, flow recovery and heat-transfer restoration.

We operate a Hydrokinetics system designed to introduce sonic resonance into the water stream, helping break the bond between foulants and metal in pipes, tubes and process equipment.

Illustration of sonic resonance moving through fouled process pipe
Sonic resonance is introduced into the water stream to help break the bond between fouling and the metal surface.
Illustration of shell and tube exchanger cleaning interface
Illustration of sonic resonance inside fouled pipe or tube
Illustration of Hydrokinetics control unit and exchanger setup
Where hydrokinetics fits
  • Difficult fouling that conventional cleaning struggles to remove
  • Flow-loss and heat-transfer recovery work
  • Pipework, tubes and process equipment cleaning
  • Shutdown scopes where downtime reduction matters
Application

Used where conventional cleaning is not enough

Hydrokinetics is suited to systems where fouling is restricting flow or reducing heat transfer, and where shutdown time, handling or cleaning effectiveness need to be improved.

How it works

Sonic resonance is introduced into the cleaning water stream to break down stubborn foulants.

The system is used to break the bond between fouling material and the metal surface so the obstruction can be expelled more effectively. That makes it particularly relevant where deposits are difficult to shift with conventional hydroblasting alone.

Flow recovery

Used where blockage is affecting throughput

Hydrokinetics is suited to flow-loss issues in process piping and related equipment where the objective is to restore capacity without unnecessary dismantling.

Heat-transfer recovery

Relevant where fouling is reducing exchanger performance

The process can also support heat-transfer recovery where deposits are affecting thermal performance in tubes and associated process systems.

Illustration showing exchanger tube cleaning access point
Applicable to tube and exchanger cleaning interfaces.
Illustration showing internal fouling inside process tube
Useful where fouling is restricting flow or reducing thermal performance.
Illustration showing foulant ejection from exchanger tubes
Illustrating foulant removal and restored tube-side access.
Illustration of Hydrokinetics control unit connected to exchanger equipment
System arrangement for process-equipment cleaning work.
Illustration Note

Visuals created to explain the system where site photography is not always possible.

The Hydrokinetics images on this page are AI-generated illustrations. Many of the client sites we work on do not permit cameras, so these visuals are included to help explain the Hydrokinetics system and how it is applied in practice.

Difficult foulants

The process is intended for stubborn deposits that can be time-consuming or ineffective to remove with standard cleaning methods.

In-situ potential

Where conditions allow, the system can support cleaning in place, helping reduce additional handling and shutdown time.

Lower intervention burden

The vendor process emphasises reduced water use and zero chemicals compared with more conventional approaches.

Linked ASL services

Hydrokinetics can sit alongside hydro blasting, exchanger cleaning and shutdown support where multiple cleaning methods are needed on the same scope.

Next

Start the discussion where fouling is affecting flow, heat transfer or shutdown duration.