G.I.K Painting & Dry Ice Blasting
     


G.I.K. Painting LLC
317-698-2641

What Types of Buildings Need   Lead Paint Removal ?

. Historical Buildings

. Commercial Properties

. Hospitals

. Industrial Buildings 

. Structural Steel

WE PROVIDE SERVICES IN :   INDIANA                                            


                                                                               


Many older industrial and commercial buildings currently have lead-based paint hazards in woodwork, on walls and exterior surfaces. This is a major issue, as occupants and staff of these buildings are susceptible to the exposure of this toxic substance and may be at risk for progressive health problems without the removal of lead paint.

Leaving lead-based paint untreated can put industrial and commercial building owners and facility managers at risk.

There is the possibility for fines and other legal action from exposure related health problems and environmental impact due to improper removal techniques.

G.I.K Painting& Dry Ice Blasting has extensive experience with lead paint abatement. Lead-based paint and paint can be removed using a variety of specialized techniques and G.I.K Painting&Dry Ice Blasting will ensure an effective clean, leaving you with a safe environment for people to be in.


Dry Ice Blasting Principles

Cleaning with dry ice! This new development is quickly expanding around the world. One system uses small rice size pellets of dry ice shooting them out of a jet nozzle with compressed air. It works somewhat like sandblasting or high-pressure water or steam blasting, with superior results. The frigid temperature of the dry ice -109.3°F or -78.5°C "blasting" against the material to be removed, causes it to shrink and lose adhesion from its sub surface. Additionally when some of of dry ice penetrates through the material to be removed, it comes in contact with the underlying surface. The warmer sub surface causes the dry ice to convert back into carbon dioxide gas. The gas has 800 times greater volume and expands behind the material speeding up its removal. Paint, oil, grease, asphalt, tar, decals, soot, dirt, ink, resins, and adhesives are some of the materials removed by this procedure. Only the removed material must be disposed of, as the dry ice sublimes into the atmosphere.


Replaces Sandblasting

This method is superior to sandblasting because the dry ice is soft enough not to pit or damage the underlying surface. The dry ice sublimes quickly into the air and only the removed material must be cleaned up. Dry Ice blasting eliminates equipment damage in two ways. First, dry ice does not erode or wear away the targeted surface as traditional grit media and even wire brushes do. This means that surface integrity and critical tolerances are preserved and equipment will not have to be replaced due to surface erosion common with sand, glass beads, and other abrasive media. Second, with traditional cleaning methods, equipment is often damaged (bumped, dropped, etc.) while in transit to or from the dedicated cleaning area. Instead most equipment and machinery can be cleaned while in place.


Replaces Steam or Water Blasting
Dry ice blasting is also an improvement over steam and water blasting for several reasons:
1) Electrical parts and generators can be immediately put back into service used without waiting to dry.
2) Radioactive contaminate removal doesn't require large storage containers for contaminated water.
3) Mildew and mold removal are far more complete with less chance of regeneration  because of water vapor or moisture.
4) Dry ice blasting removes more algae, sea slime, and mussels on boat hulls, than water blasting, which allows the organic matter to reattach sooner.


Replaces Environmentally Damaging Solvents

Finally Dry Ice blasting is used in place of many environmentally damaging solvents. These chemicals include trichlorethane, methylene chloride, perchlorethane, orthodichlorobenzene, cresylic acid, and caustic solutions. Since dry ice evaporates completely as a gas it leaves no wastes. Only the material being removed must be disposed of. When dry ice cleaning replaces hazardous chemical cleaners the disposal cost of that chemical is eliminated. Tinker Air Force Base has reported it eliminated hazardous waste disposal associated with 17,000 gallons of chemicals they no longer need to use each year because of dry ice cleaning.


(1) The loud noise produced requires protective ear equipment and may cause irritation to other people nearby although newer machines are much quieter.
(2) Effective cleaning can only occur in a straight line of sight from the Dry Ice jet nozzle. Sometimes parts can be dissembled to help.
(3) Large amounts of carbon dioxide are released which can be harmful if not ventilated out of the space.


Adhesives


Adhesives are easily removed in comparison to alternative methods as the lowered temperature serves to weaken the adhesive bond. Many companies are blast cleaning old labels off containers that are being re-used. Abrasive methods often generate heat and can therefore fail with some adhesive removal.


Fire remediation


Dry Ice cleaning is extremely effective in removing toxic residues, soot, and associated smells after a fire. Independent dry ice blasters often work with major insurance companies over a large geographic area to quickly clean fire and smoke damaged locations.


Food manufacturing and processing equipment use


Build up of surface contaminants such as oils, grease, proteins, packaging glue and more, that prevents equipment from operating at peak efficiency and in a sanitary and compliant condition. Unfortunately, traditional manual cleaning methods are time-consuming, not fully effective, require disassembly, and often involve significant amounts of water, chemicals, and resulting waste water costs. "Dry ice cleaning offers a superior cleaning process that can reduce cleaning time by up to 80%, depending on the application, and eliminate secondary waste.
Dry ice blast cleaning can be effectively used on food contact surfaces, adjoining equipment, support equipment (such as forklifts), and on reducing built-up dirt and loose paint chips in your facility itself. It is effective in confined spaces, such as storage bins, silos, tanks, and other hard to reach areas that must be kept clean and dry.
Dry Ice cleaning of the surface of products will remove mold, mildew and other fungi, as well as stopping odors at the source by eliminating unwanted organisms. Dry Ice cleaning is 100% ecologically safe, USDA rated, biodegradable and harmless to humans, animals and marine life.


Cleaning Industrial and production equipment


Dry Ice Blasting is particularly effective at cleaning industrial and production equipment. Unlike other types of media blasting, Dry Ice Blasting generates no additional waste or secondary contamination. Upon contact with the surface to be cleaned, the dry ice pellets transform directly from a solid to a gas (no liquid phase) in a process known as sublimation, leaving no residue behind. This also makes it ideal for situations where moisture is not an option. It is nonabrasive, nonconductive, and nonflammable. Dry Ice Blasting is especially effective at reaching hard to reach places reducing the need for disassembly of the equipment.
Dry Ice Blasting is the superior alternative to sand blasting, shot blasting, soda blasting, water blasting & hand cleaning.  Dry Ice Blasting substantially reduces downtime, the high costs of secondary waste disposal, and costly wear and tear on equipment.
The Dry Ice Blasting process has been approved by the EPA, FDA and the USDA and is an environmentally friendly (green) cleaning method.