The effect of Global warming is growing at an alarming rate year by year, and one of the significant contributors to this is CO2 emissions. If we take a break down, it is found that CO2 around constitutes 12-15% of total exhaust emissions.
One of the simple and best methods for CO2 cleaning of generators to control CO2 emissions is Dry Ice Cleaning.
Diesel Generator with Carbon Monoxide risks:
Home generators expose users to a distinct danger of inhalation of poisonous gases. Generators produce two components during fuel ignition – carbon monoxide (CO) and carbon dioxide (CO2). CO is odorless, tasteless, and transparent; neither can we see it. It binds to the hemoglobin blocking the uptake of oxygen.
Dry Ice Cleaning:
Dry ice cleaning is also called CO2 cleaning of generators. It is an amazingly effective non-toxic method for eliminating paint, soot, tar, salt, adhesives, resins, and other substances from motors, generators, processing equipment, etc. Unlike traditional cleaning methods, CO2 cleaning provides fast results without harming your equipment or expanding systems offline for extended periods to eliminate cleaning remnants.
How it works:
CO2 pellets slam into fragments material, when frozen at -109.3°F and blasted at subsonic and supersonic speeds. On contact, the frozen, dry ice pellets cause the contaminant materials to shrink and lose their bond with the equipment. As the remains break loose, the CO2 pellets reach warmer temperatures and convert into gaseous carbon dioxide, leaving nothing but material fragments to clean up.
The dry ice cleaning method can be effective contaminates including paint, asphalt, decals, tar, soot, salt, dirt, ink, adhesives, resins, and an array of other materials.
This method functions in the Power industry, Industrial equipment, Nuclear industry, Papermill industry, Food Processing Industry, Marine Industry, etc.