HRSG Cleaning

Dry Ice Blasting “IS” State of the Art HRSG Tube Cleaning Technology. Dry Ice Blasting is a DRY Process that’s Non-Abrasive and does Not Create Secondary Waste. Dry Ice Blasting is Fast, Effective, and Saves Companies a LOT of Money on disposal Costs! Dry Ice Blasting is the Solution to HRSG Cleaning!

HRSG Cleaning

HRSG Before Co2 Blasting

HRSG Before Dry Ice Blasting

HRSG After Dry Ice Blasting

Switchgear Problem? No Problem!

Dry Ice Blasting Switchgear — Emergency Response Cleaning is No Problem for Universal Dry Ice Blasting!

CO2 Cleaning Switchgear — Switchgear after CO2 Cleaning

Switchgear Dry Ice Blasting — Switchgear after Dry Ice Blast Cleaning

Cleaning Switchgear — Soot Covered Switchgear before Dry Ice Blasting

Switchgear Maintenance — Switchgear After Dry Ice Blasting

Switchgear Fire — Switchgear and Cables before Dry Ice Blast Cleaning

Switchgear outage — Switchgear and Cable After Dry Ice Blast Cleaning

Maintaining Switchgear — Busbar before Dry Ice Cleaning

Switchgear Maintenance — Dry Ice Blasting Switchgear Busbar

Cleaning Switchgear — The Switchgear Cleaning was No Problem. Our Crew and the Electricians worked together harmoniously to get the Client up and running.

Hydroelectric Generator Cleaning – Dry Ice Blasting and Painting

Dry Ice Blasting a Hydroelectric Generator Stator

Hydroelectric Generator Dry Ice Blasting

Hydroelectric Generator Stator Before Co2 Blasting — Hydroelectric Generator Stator Before Dry Ice Blasting

Windings Before Dry Ice Blasting

Dry Ice Blasting Partially Cleaned Hydroelectric Generator Stator

Hydroelectric Generator Stator and Windings Cleaned With Dry Ice Blasting

Hydroelectric Generator after being Cleaned with Co2 Blasting and Painted

Hydroelectric Generator after being Cleaned with Co2 Blasting and Painted with Electrical Insulating Paint

Hydroelectric Generator Rotor and Field poles Before Co2 Blasting

Hydroelectric Generator Rotor and Field poles after Co2 Blasting and Painting

Hydroelectric Generator, Stator, Windings, Rotor, Co2 Blasting, and Painting Project

Source: Dry Ice Blasting – Hydroelectric Generator Cleaning

Gas Turbine Cleaning

Dry Ice Blasting Turbine Case and Blades — Co2 Blasting Turbine Case and Blades

Co2 Blasting Turbine Case and Blades — Turbine Case and blades cleaned by Dry Ice Blasting

Turbine Case and Blades Before Dry Ice Blasting — Turbine Case and Blades Before Co2 Blasting

Turbine Case and Blades After Co2 Blasting

Dry Ice Blasting Lower Turbine Case — Lower turbine case being cleaned by Dry Ice Blasting

Lower Turbine Case Before Co2 Blasting — Lower Turbine Case Before Dry Ice Blasting

Lower Turbine Case After Co2 Blasting — Lower Turbine Case After Dry Ice Blasting

Side Lower Turbine Case Before Dry Ice Blasting — Side Lower Turbine Case Before Co2 Blasting

Side Lower Case After Dry Ice Blasting — Side Lower Case After Co2 Blasting

1st 2nd and 3rd Stage Turbine Wheel Before Co2 Blasting — 1st 2nd and 3rd Stage Turbine Wheel Before Dry Ice Blasting

1st 2nd and 3rd Stage Turbine Wheel After Co2 Blasting — 1st 2nd and 3rd Stage Turbine Wheel After Dry Ice Blasting

1st 2nd and 3rd Stage Turbine Wheel Complete Using Co2 Blasting — 1st 2nd and 3rd Stage Turbine Wheel Complete Using Dry Ice Blasting

Turbine Generator Stator Before and after Co2 Blasting — Turbine Generator Stator Before and After Dry Ice Blasting

Turbine Generator Stator and Windings Before and After Dry Ice Blasting — Turbine Generator Stator and Windings Before and After Co2 Blasting

Turbine Generator Rotor Cleaned by Co2 Blasting — Turbine Generator Rotor Cleaned with Dry Ice Blasting