Frequently Asked Questions

Dry ice blasting is an industrial cleaning method that uses solid CO2 pellets accelerated through compressed air to remove contaminants from surfaces. The process works through thermal shock (CO2 is -109°F), kinetic energy from pellet impact, and sublimation (CO2 turns directly from solid to gas).

Unlike sandblasting or chemical cleaning, dry ice blasting is non-abrasive, non-conductive, and completely dry—making it ideal for industrial equipment, electrical systems, and precision components.

We provide dry ice blasting services across multiple industries including:

• Oil & Gas (refineries, petrochemical plants, frac equipment)
• Power Generation (turbines, generators, HRSGs)
• Manufacturing (production equipment, assembly lines)
• Automotive (weld cells, paint booths)
• Aerospace (composite molds, tooling)
• Food & Beverage (FDA-approved sanitation)
• Printing (press cleaning)
• Historical Restoration (masonry, building facades)

We provide services throughout the Southwest including Texas, Louisiana, Oklahoma, and New Mexico. Our main service areas include Houston, Dallas, Fort Worth, Baton Rouge, and surrounding regions. We also offer mobile services for remote locations including oil & gas fields, well sites, and industrial facilities.

Yes. Dry ice blasting is non-abrasive and safe for virtually all industrial equipment including precision tooling, electrical components, and delicate surfaces. The CO2 pellets are softer than most contaminants being removed, so they clean without eroding the underlying surface.

We've successfully cleaned turbine blades, robotic equipment, composite molds, printing cylinders, and food processing equipment without any surface damage or dimensional change.

No. The CO2 pellets sublimate (turn directly to gas) upon impact, leaving no secondary waste. You only need to dispose of the original contaminant that was removed (oils, greases, coatings, etc.).

This eliminates the wastewater, spent abrasives, or chemical residues that traditional cleaning methods generate—simplifying waste handling and reducing disposal costs.

Yes. Clean-in-place is one of the major advantages of dry ice blasting. We can clean most equipment through existing access ports, inspection openings, and service points without requiring disassembly, removal, or teardown.

This dramatically reduces downtime compared to traditional methods that require equipment disassembly, transportation to cleaning facilities, and reassembly.

Yes, completely. Unlike water washing or steam cleaning, dry ice blasting introduces zero moisture. This makes it ideal for electrical equipment, electronics, and applications where moisture would cause corrosion, contamination, or require extended drying time.

Equipment can be returned to service immediately after cleaning without waiting for drying.

Yes. Dry ice blasting is FDA and USDA approved for direct food contact surface cleaning. CO2 is already used in food products and beverages, so there's no contamination concern.

The completely dry process prevents bacterial growth conditions, and the -109°F temperature provides sanitizing action while cleaning. It's ideal for food manufacturing equipment, bakeries, and processing facilities.

Power generation facilities typically see 8-15% heat rate improvement after turbine and HRSG cleaning. The exact gain depends on the severity of fouling, but most plants recover enough efficiency to pay for the cleaning service in 3-6 months through reduced fuel consumption.

A 500 MW combined-cycle plant might save $3-5 million annually in fuel costs after proper cleaning.

Project pricing depends on several factors including equipment type, contamination level, accessibility, and project scope. We provide detailed quotes after assessing your specific needs.

Most clients find dry ice blasting cost-competitive with traditional methods when accounting for reduced downtime, eliminated disposal costs, and faster completion times. Contact us for a free estimate: 469-425-3434.

Project duration varies widely based on equipment size and contamination. Examples:

• Single robotic weld cell: 2-4 hours
• Gas turbine compressor: 12-24 hours
• Complete HRSG: 3-5 days
• Frac pump radiator: 4-6 hours
• Printing press: 4-8 hours

We work within your maintenance windows and can coordinate cleaning during shifts changes, weekends, or planned outages.

Yes. We provide 24/7 emergency response for critical equipment failures including power plant outages, production line shutdowns, and urgent maintenance needs. Our mobile equipment and personnel can be deployed rapidly throughout our service area.

Yes. Dry ice blasting uses recycled CO2 that's a byproduct of other industrial processes—it doesn't create new CO2 emissions. The process generates no wastewater, chemical runoff, or secondary waste beyond the removed contaminant.

It eliminates the VOC emissions and hazardous waste that solvent-based cleaning creates, making it ideal for facilities with strict environmental regulations.

Standard PPE includes hearing protection, safety glasses, and gloves. Adequate ventilation is important in enclosed spaces due to CO2 displacement of oxygen. Our technicians are trained in confined space entry, lockout/tagout procedures, and site-specific safety requirements.

We work within your facility's safety protocols and can provide all necessary documentation for permit-required spaces.