Industrial PROCESS Cleaning Services
Whether it's unexpected flow loss or a scheduled shutdown, no time is a good time for downtime.
- The pipe is blocked.
- The unit is down.
- The clock is ticking.
Costs in productivity, revenue and reputations can be considerable. And conventional cleaning methods to remove foulants are often as time-consuming as they are ineffectual. Worse still, they can damage process equipment and pose a variety of safety concerns. With patented and proven sonic resonance technology, Hydrokinetics can blast through conventional limitations.
About Us
A long history of quick response.
A Texas-based service company, Hydrokinetics uses a patented sonic technology to address flow and heat-transfer issues worldwide for both onshore and offshore applications. With over two decades of proven success removing foulants from pipes and process equipment, we’ve earned a reputation for solving the most challenging problems. And with a far safer approach, we can restore flow in a fraction of the time, quickly getting operations back to peak profitability.
A breakthrough in foulant‑removal technology. Literally.
Hydrokinetics offers proven, patented high-pressure cleaning processes for piping, tubes and process equipment.
It’s fast—taking hours instead of days to safely remove foulants that other solutions simply can’t, getting you back up and running at maximum profitability sooner.
Our technology has been used successfully in a variety of applications, including:
- Plastics
- Refining
- Municipal
- Manufacturing
- Chemical
- Offshore
- Government facilities
The sound behind the science.
Our patented Hydrokinetics cleaning process cleans pipes and production systems other methods can’t. By inducing sonic resonance in the water stream, it safely breaks the bond between the metal and the fouling material, allowing the obstruction to be easily expelled.
The sound behind the science.
Our patented Hydrokinetics cleaning process cleans pipes and production systems other methods can’t. By inducing sonic resonance in the water stream, it safely breaks the bond between the metal and the fouling material, allowing the obstruction to be easily expelled.
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