Steam Turbine Cleaning

Steam Turbine Cleaning Contractor in Georgia


Dry Ice Blasting offers an ideal solution for cleaning key components of Gas and Steam Turbines, including Turbine Discs, Rotors, Casings, Blades, as well as Generator Stators and Windings. This innovative cleaning method stands out because it does not generate secondary waste. Being non-abrasive, it ensures that delicate parts are cleaned without damage. Additionally, as a dry process, Dry Ice Blasting avoids the complications associated with moisture, making it a highly effective and efficient method for maintaining these critical components in top condition.


steam turbine cleaning

Benefits of Steam Turbine Cleaning

  • Non-Abrasive Process: Unlike traditional methods, steam turbine cleaning often uses non-abrasive techniques, preventing damage to turbine blades and other sensitive components. This ensures the integrity of the turbine is maintained during cleaning.
  • Enhanced Efficiency: Removal of deposits, such as scale and fouling, from turbine blades improves the aerodynamic efficiency of the steam turbine. This leads to better performance, higher output, and reduced fuel consumption.
  • Reduced Downtime: Modern steam turbine cleaning methods can often be performed while the turbine is in a shut-down state but still warm, significantly reducing downtime compared to more invasive cleaning procedures.
  • Extended Equipment Life: Regular cleaning helps prevent corrosion and wear, extending the operational life of the steam turbine and reducing the need for frequent repairs or replacements.
  • Improved Heat Transfer: Cleaning off deposits from the turbine blades and other components improves heat transfer efficiency. Better heat transfer efficiency leads to optimal operation and reduced strain on the turbine.
  • Safety and Environmental Benefits: Many steam turbine cleaning methods are environmentally friendly and safe for operators, reducing the risk of chemical exposure and environmental contamination.
  • Cost-Effective Maintenance: Regular cleaning as part of maintenance reduces the likelihood of costly emergency repairs and unscheduled outages, thereby saving money in the long run.
  • Increased Reliability: A clean turbine is less prone to failures and malfunctions. Regular cleaning contributes to the overall reliability and steady performance of the steam turbine.
  • Compliance with Regulations: Keeping steam turbines clean helps in complying with environmental and safety regulations, which often dictate certain standards for emissions and operational safety.
  • Enhanced Inspection Capability: A clean turbine allows for more effective inspections, as deposits and corrosion can mask underlying issues. Regular cleaning ensures that potential problems are detected and addressed promptly.