Title: Dry Ice Blasting
1Dry Ice Blasting
2Examples of Dry Ice Blasting
Before
After
Welding equipment
3Permanent Services
- 3 Years of specialized cleaning services
- Steam cleaning of restrooms, kick plates, tracks,
kitchens, A/C vents, rolling stock, stainless
steel equipment - New state of the art line Dry Ice Blasting
4Examples of Dry Ice Blasting
Before
After
Valves
5Dry Ice Blasting
- CO2 dry ice pellets are blasted out at sonic
speed to capture unwanted contaminants - Dry Ice is harder than concrete
- Rapid Sublimation of CO2 Gas
- Solid CO2 expands 400-800 times its volume
- At -110oF there is a thermal shock effect
- Rapidly expanding CO2 gas creates a mini shock
wave - Foreign body freezes at a faster rate than host
- Falls off
- Loses adhesive properties
6Examples of Dry Ice Blasting
Before
After
Wood
7Dry Ice Blasting - Benefits
- Non conductive
- Non abrasive
- Non corrosive
- No solvents
- No water
- No detergents
- Environmentally friendly
- Faster
- Financially Smarter
- Will not profile metal surfaces
- Reduces Productive Down-Time
8Examples of Dry Ice Blasting
Before
After
Rust and mold on ceiling
9Dry Ice Blasting - Industries
- Aviation
- Pharmacology
- Rubber molding
- Shipping
- Fire restoration
- Printing
- Bakery
- Automotive
- Electrical
- Mold remediation
- Packaging
- Wood
- Hospitality
- Health
10Examples of Dry Ice Blasting
Before
After
Screw
11Dry Ice Blasting - Applications
- Motors
- Pipes
- Walls
- Concrete floor chewing gum
- Fire
- Rusted metals
- Nicotine stains
- Production lines
- Façade restoration
12Examples of Dry Ice Blasting
Before
After
Copier
13Method Comparison
Issue Traditional Dry Ice Blasting
Equipment Downtime Cleans in dedicated cleaning area Disassembly required Drying time required In-place equipment cleaning Restart equipment right after cleaning
Hazardous Waste Intensive hand scrubbing Lengthy cleaning Follow-up cleaning cumbersome Dramatically reduced Process time is 75 less
Cleaning Quality Poor to average Excellent
14Examples of Dry Ice Blasting
Before
After
Rubber Molding
15Method Comparison
Issue Traditional Dry Ice Blasting
Equipment Damage Grit abrasion Grit contamination Movement of equipment is damaging No equipment damage Preventive maintenance
Safety Health threats from solvents Water residue hazards for electrical Threats to environment Standard safety precautions Safe around electrical equipment
Cost Cleaner is additional haz waste Expensive solvents Additional labor Down-time cost is minimal
16Examples of Dry Ice Blasting
Before
After
Electrical Box
17Method Comparison
Cleaning Technique Waste for Disposal Abrasive Toxic Electrically Conductive
Dry ice No No No No
Sand Yes Yes No No
Glass beads Yes Yes No No
Walnut shells Yes Yes No No
Steam No No No Yes
Solvents Yes No Yes Yes
18Examples of Dry Ice Blasting
Before
After
Industrial Bakery
19Examples of Dry Ice Blasting
Before
After
Paint
20Examples of Dry Ice Blasting
Engine Exhaust
21Examples of Dry Ice Blasting
Building Exterior
22Examples of Dry Ice Blasting
Paint Stripping
23Examples of Dry Ice Blasting
Insulators
24Examples of Dry Ice Blasting
Restoration of Utah State Seal
25Examples of Dry Ice Blasting
Printing inkers
26Examples of Dry Ice Blasting
Transformer
Semiconductor
27Contact Data
- Guillermo Manrique
- 305-498-0888
- guillermo_manrique_at_permanentservices.com
- Daniel Estrada
- 305-804-1100
- destrada_at_permanentservices.com