Dry ice blasting is the answer.
Dry ice machine mold removal.
Mold growing on the cover of a portable ice maker it s important to make sure that you check your unit extensively for mold inside the unit before you begin the ice cycle especially if you haven t used the unit in a long time.
Under pressurized air stream the dry ice pellets are sent out accelerating at supersonic speeds to remove the mold off the substrate.
Operators are able to access hard to reach places and tight corners with the range of nozzles available from continental carbonic.
Dry ice blasting is the fast dry and non abrasive cleaning method.
Remediation operators have learned that dry ice blasting can accomplish mold removal much more quickly than manual scraping and sanding.
Contractors can get in between beams into roof sheathing and other tights areas allowing for complete mold spore removal and eliminating the need for encapsulation and biocides.
The dry ice blasting process is non corrosive and non conductive non toxic.
Dry ice blasting uses compressed air to accelerate solid carbon dioxide co 2 dry ice pellets to clean a variety of surfaces including industrial equipment fire damage and mold dry ice blasting effectively cleans ink glue paint food rubber mold release agents dirt grease oil and.
Easy to use tool that atomizes concrobium mold control solution into a fine mist for even surface application.
Use in musty rooms to eliminate odors and to pre treat building materials during construction or renovation.
Neal adrian from adrian environmental in champaign il compares standard chemical mold removal processes to dry ice blasting and demonstrates how the proces.
The process eliminates manual cleaning and does not produce secondary waste which reduces the amount of time spent on encapsulation and waste collection and disposal.
Description model 200 620810.
Between the dry ice blast cleaning kinetic energy and thermal effects it breaks the connection between the mold and the wood.
Mold forming on the inside walls of a portable ice maker.
