Retrofit Options for Aging Steam Turbines
The United States is grappling with a significant challenge in power generation. Over 1,300 power plants across the nation are at least 30 years old. These facilities are the backbone of our aging fleet, yet they face stiff competition in today’s deregulated energy markets. Electric utilities now face tough choices about their turbine systems. Complete...
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Material Upgrades for Steam Turbines: Enhancing Performance and Reliability
Power plant operators in the United States face significant challenges due to aging infrastructure. Component failures and declining efficiency threaten operational reliability. Modern turbine upgrade solutions offer a path forward to restore peak performance. According to EPRI surveys, approximately 1,500 turbines operate nationwide with 400,000 MW capacity. These units average 38 years in service age....
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Steam Turbine Seal Strip Repairs
In steam turbines, seal strips are critical components that control steam flow, prevent leakage, and protect efficiency across high-pressure and low-pressure sections. Over time, these precision-engineered strips are exposed to extreme temperatures, vibration, and erosion—conditions that can wear them down and compromise turbine performance. When seal strips become damaged or distorted, even minor leakage can...
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Life Extension Services for Gas Turbines
Power plants are under pressure to get the most from their equipment. Industrial gas turbines are big investments that need smart strategies to last longer. Smart managers know that the right maintenance can save a lot of money. Allied Power Group, based in Houston, Texas, offers industry leading Turbine Reliability and Availability Upgrade Services. We...
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How Fouling Impacts Gas Turbine Heat Rate
Industrial power generation is confronted with a critical challenge that severely impacts profitability. Airborne particles cause significant efficiency losses in power plants globally. This degradation process results in millions of dollars in annual losses due to increased fuel consumption and reduced power output. Accumulation of particulate matter on critical components leads to measurable performance penalties. Operating...
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Common Causes of Poor Heat Rate in Gas Turbines
Heat rate is the cornerstone of gas turbine performance, reflecting the efficiency in converting fuel into electrical power. A decline in heat rate significantly increases operational costs and diminishes system efficiency. This metric is vital for any turbine operation. Operators of industrial gas turbines face intense pressure to enhance performance while managing fuel costs. Identifying...
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