Creep Classification of Grade 91 Steel
Background Grade 91 steel is superior to many other industry used materials for its increased resistance to m...
Today’s combined cycle power plants can achieve near 60% efficiency when new and operating at the design load-case, but operating off-design can severely reduce efficiency and hence the heat-rate. The challenge is two fold:
Typically, performance losses are associated with age-related degradation (for example fouling),off-design operation, or modifications that lead to changes in process conditions (for example, a GT upgrade that affects downstream HRSG performance).
Tetra Engineering has the experience and tools for identifying the origin of performance losses and how they might be recovered in considering the feasibility and cost-effectiveness.
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Background Grade 91 steel is superior to many other industry used materials for its increased resistance to m...
Excess air in the gas turbine exhaust allows the combustion of additional fuel via supplemental firing in the ...
Background Tube thinning caused by flow-accelerated corrosion (FAC) is one of the most frequent causes of fai...
Sulfuric acid deposits in combustion and exhaust systems can silently damage equipment, reduce efficiency, and lead to costly downtime. Tetra Engineering’s advanced fouling assessment services identify the root causes of deposit formation and provide tailored solutions to keep your operations running smoothly. Protect your equipment, enhance efficiency, and ensure uninterrupted power generation with Tetra Engineering. Learn more today!