Reduce Variables And Liabilities
Increase asset life and the time between shutdowns. Alleviate community concerns and optimize strategic asset management. Sponge-Jet technology replaces disruptive surface preparation practices, reducing up to 30% of shut-down time – while increasing coating life. Ultimately one can extend both operational status and maintain asset value. Non-invasive Sponge Blasting technology allows:
- Most preparation and coating work to be achieved during regular operations (leaving shutdowns free for other trades)
- Management to improve, predict and control their operational schedules
- Management to eliminate community environmental concerns by reducing hazardous fugitive emissions
Testimonials
"We recommend Sponge-Jet as an environmental friendly abrasive blasting method which fulfills our health and environmental regulatory requirement.” - Mechanical Manager, TownGas
Related Resources
Being Green Good Article
PDF article describes Sponge-Jet’s greener approach to preserving structural assets and boosting p…
Download
Hazards of Conventional Abrasives
PDF magazine article describes health hazards associated with conventional abrasives, including sand…
Download
SJ Saves Water in Refinery
PDF article shows how switching from chemical cleaners to Sponge-Jet at Brazilian refinery helped de…
Download
Sponge-Jet Introductory Brochure
PDF document shows how Sponge-Jet’s abrasive blasting technology protects worker health and the en…
Download
Recent Blog Posts
Is Robotic Abrasive Blasting Safer than Manual Blasting?
Worker safety is the number one priority on all abrasive blasting jobsites. Robotic abrasive blasting is one of the best ways to keep blasters safe while achieving optimal productivity and quality. Overall, robotic abrasive blasting with Sponge Media is a safer alternative to manual blasting in many situations.
Read More >
Lead Paint Abatement from Brick at Brown’s Wilson Hall
Wilson Hall (recently renamed Friedman Hall) is one of the most heavily used buildings on the Brown University campus. The Romanesque-style (circa 1891) structure was built at the bequest of George Francis Wilson and was designed by architects Gould and Angell to expand Brown’s lecture and classroom space.
Read More >