Cleaning with dry ice consists of the following steps:
Sterile, cost-effective, and FDA-approved
So, what are the advantages of dry ice blasting for various industries?
Facilities and Equipment for the Aerospace Industry
This ground-breaking cleaning technology excels in electrically charged work areas. As a gas, frozen CO2 (dry ice) does not carry electricity, making it the ideal cleaning medium for worker safety, plant efficiency, and business profitability.
CO2 blasting successfully cleans foam insulation, sealants, coatings, wiring, controls, control panels, aviation grease, oil, and carbon compounds prevalent in aviation industrial facilities.
Weld lines, E-coat systems, electronics, wiring, control gauges, injection mould machines, moulds, tools, dies, and presses all benefit from this new cleaning procedure.
Warehouse equipment, cranes, saws, material handling equipment, hi-lows, cooling fans, ceiling fans, walls, and floors are all cleaned as well.
This cleaning procedure may be utilised while the lines are running, resulting in no downtime and increased office productivity.
Operation of Food Processing
Food processing equipment, pots, pans, stovetops, grills, range tops, freezer racks, utensils, bake ovens, facility floors, ceilings, and all related food-service surfaces should be cleaned of dirt, grease, coatings, and food residue.
Extruded and intensely chilled (frozen) carbon dioxide gas is utilised to make the ice pellets. Food, cooking surfaces, or equipment will not be contaminated by CO2 pellets. In reality, CO2 blast cleaning sanitises as it cleans (to 110 degrees Fahrenheit), and the FDA, EPA, and USDA have all authorised and encouraged this particular cleaning process.
Petroleum Operations and Oil Fields
Oil field equipment may be slick, filthy, and cross-contaminated, posing a variety of health and safety risks. Acids, bitumen, chemicals, heavy oils, and rust must all be removed from this equipment on a regular basis.
Dry ice blast cleaning extremely costly equipment avoids the chance of accidents, early wear and tear on close-tolerance items, and the procedure may be finished while the gear is online and working at full capacity, avoiding downtime and lost income.
Packaging & Printing
Without the need for cooling or dismantling, the CO2 blasting technique cleans conveyors, rails, ink boxes, rollers, guides, and trays.
Ink and paper pulp accumulation, coatings, grease, oils, paper dust, and overspray are all eliminated in 80% less time than hand scraping and solvent-based cleaning methods.
The blast-cleaning technique increases profitability and extends the life of expensive printing press equipment such as motors, chains, fans, and gripper bars by improving print quality and lowering scrap rates.
Only a few conditions are beyond the reach of dry ice blast cleaning.
Find a provider prepared to give you a demonstration of dry ice blast cleaning in action if you’re inquisitive or have a specific cleaning difficulty you need help with.