Professional dry ice blasting services for combined-cycle plants, gas turbines, HRSGs, generators, and electrical infrastructure. Restore efficiency and reduce emissions without extended outages.
Engineered for the reliability, efficiency, and uptime demands of power generation.
8-15% heat rate improvement typical after HRSG cleaning
50-70% faster than traditional cleaning methods
Safe for turbine blades and heat transfer surfaces
Dry process prevents corrosion and water damage
Improved efficiency reduces NOx and CO2 output
CO2 sublimates—no wastewater or disposal issues
Safe for electrical equipment and control systems
Improved heat rate directly lowers fuel consumption
Comprehensive dry ice blasting for all power plant systems and components.
Restore efficiency to heat recovery steam generators without extended outages.
Clean compressor and turbine sections to restore performance.
Safe cleaning for generator windings and electrical components.
Remove deposits from steam path components without damage.
Clean switchgear, transformers, and control rooms safely.
Maintain balance-of-plant equipment for peak performance.
Power generation operates in competitive energy markets where efficiency directly impacts profitability. A 1% improvement in heat rate can save millions annually in fuel costs. Unplanned outages cost utilities thousands of dollars per hour in lost revenue and replacement power purchases. Environmental regulations impose strict limits on emissions, making efficiency maintenance critical for permit compliance. Traditional cleaning methods that require extended outages or compromise equipment integrity are increasingly unacceptable.
We specialize in serving combined-cycle power plants, cogeneration facilities, and utility-scale generators across Texas, Louisiana, Oklahoma, and New Mexico. Our teams coordinate with plant operations to schedule cleaning during planned outages, minimizing revenue impact while maximizing efficiency gains.
Heat recovery steam generators represent the largest efficiency opportunity in combined-cycle operations. Our HRSG cleaning services remove fouling from economizers, evaporators, and superheaters through existing access ports—eliminating the weeks of casing removal and reassembly required by conventional methods. Typical projects restore 8-15% efficiency while reducing outage duration by 50-70%.
Compressor fouling reduces power output and increases heat rate in gas turbines. Our turbine cleaning services restore compressor airflow and cooling effectiveness without the extended shutdowns required by manual cleaning. The non-abrasive process preserves blade coatings and airfoil geometry critical for aerodynamic performance.
We provide rapid response services to power plants throughout the Southwest power market. Our teams regularly serve facilities in Houston, Dallas-Fort Worth, Baton Rouge, and across the ERCOT, SPP, and MISO regions. Emergency service available 24/7 for unplanned outages and urgent efficiency restoration.
For a typical 500 MW combined-cycle facility operating 6,000 hours annually, HRSG fouling that reduces efficiency by 2% costs approximately $3-5 million per year in additional fuel. Our cleaning services typically cost $50,000-150,000 and restore most of that efficiency loss—delivering 10-20x return on investment in the first year alone. Reduced outage duration preserves an additional $500,000-1,000,000 in revenue during high-demand periods.