Hydrolasing Cleaning Service
Location:
Gulf Coast Industrial Plant,
Houston,
TX
Project Description:
Hydrolasing cleaning can replace traditional Chemical Cleaning on new construction and existing industrial plants to purify pipelines.
Our process uses high pressure water jetting (15,000 psi to 50,000 psi) to remove scaling from the internal surfaces of pipe and excellent for removing Harden Coke from pipes in tubes to make them like new so you can return to full production. This process is performed on steam piping prior to steam and air blowing of the steam lines to reduce the time, water, and fuel required to clean the steam piping.
Hydrolasing can be utilized to clean the insides of pipes, tanks, and process reactors to remove chemical buildup, blockages, and scaling in the petrochemical, chemical and power industry in a timely and cost effective method to reduce the amount of waste water generated in the high velocity flushes of those lines. With CleanCo’s Hydrolasing approach, the water used can be captured and recycled, reducing waste water.
Clean-Co Systems Hydrolasing System
Hydrolasing is also known as Aquablasting, Aqualazing, or Hydroblasting. Hydrolasing can be used to replace traditional Chemical Cleaning on new construction to purify pipelines. Hydrolasing can be used to clean piece by piece where chemical cleaning requires everything be hooked together. Our process uses high pressure water jetting (15,000 psi to 50,000 psi) to remove scaling from the internal surfaces of pipe. This process is performed on steam piping prior to steam and air blowing of the steam lines to reduce the time, water, and fuel required to clean the steam piping. Hydrolasing can be utilized to clean the insides of pipes, tanks, and process reactors to remove chemical buildup, blockages, and scaling in the petrochemical, chemical and power industry in a timely and cost effective method to reduce the amount of waste water generated in the high velocity flushes of those lines. With CleanCo's Hydrolasing approach, the water used can be captured and recycled, reducing waste water.