Blade Improvements To Improve Gas Turbine Efficiency

background:

An energy company had an aging gas turbine fleet whose performance and efficiency had declined. The company realized that by improving gas turbine blade design, it could improve its performance and efficiency, thereby lowering energy costs and reducing environmental impact.

challenge:

Aging blade designs cannot meet today's more efficient requirements.

Blade design requires a balance of aerodynamic performance, thermodynamic efficiency and structural strength.

solution:

Because Qingdao O.b.t Manufacture Co., Ltd. has professional engineers and extensive experience in manufacturing high-temperature alloy gas turbine blades, through the evaluation and analysis of existing samples, and the use of three-dimensional coordinate measuring machines to measure the samples, design and Test new blade shapes and profiles to improve aerodynamic performance and hydrodynamic efficiency.

Advanced high-temperature alloy materials are used to manufacture blades that can operate stably for a long time under extreme working conditions.

Implementation:

The engineering team used computational simulations and experimental testing to verify the performance of the newly designed blades.

Advanced manufacturing technologies, such as CNC machine tool processing and 3D printing, are used to manufacture new blades.

Conduct a test installation in an actual gas turbine to monitor blade performance and reliability.

result:

The newly designed blades effectively improve the efficiency and performance of the gas turbine.

Gas turbines have significantly lower energy consumption and emissions, saving operating costs and reducing environmental impact.

The company obtains more reliable and durable gas turbine equipment, improving its competitiveness in the energy market.

Summarize:

By improving gas turbine blade design and materials, the energy company has successfully improved the performance and efficiency of its equipment, achieving its goals of saving energy, reducing emissions, and reducing costs.