Cleaning for Oxygen Service Indianapolis
Indianapolis is a critical player in far more than being the Racing Capital of the World. Indianapolis is home to a plethora of booming industries including advanced manufacturing, ag-bio-sciences, and advanced energy technology, and that’s just for starters.
If your Indianapolis installation is among the movers, makers, and shakers – from developing clean-energy solutions to researching agriculture solutions that close the global food gap to manufacturing food and beverages for the masses – utilizing Morgan Aero’s cleaning for oxygen service, is a must. We offer almost 6 decades of expertise in this very specialized area, and installations from San Francisco to Indianapolis to Philadelphia and beyond trust our name, our products, and our services.
Oxygen has the dangerous capability of becoming flammable when it reacts to certain materials. In Indianapolis work environments that utilize high-pressure/industrial/liquid/gaseous oxygen this can become extremely problematic, especially when substances that do not, typically, ignite in the air, burn and explode in oxygen-rich environments.


Contaminants of all types become embedded in tubing, piping, gauges, etc, and Morgan Aero’s cleaning for oxygen service plays a critical role with removing all traces of potentially-hazardous pollutants. Those contaminants range from grease, hair, sand and weld slag to solvents, dust, paper, and more. The bottom line is simple yet critical: even the smallest particles can become ignitable if not, properly and thoroughly, eliminated from oxygen systems.
Our cleaning for oxygen service is overarching, taking into consideration not only the cleaning procedures but the material make-up of the parts to be cleaned, the parts’ designs, the type of contamination, and the degree of contamination. There is no room for error, and Indianapolis facilities can rest assured that the tiniest of specks that can turn a spark into an inferno are thoroughly removed by our technicians, with decades of experience.