Gas Turbine Control System

by Natasha Nieckoski

Submitted : Spring 2019

Gas Turbines are one of the most widely used power generating machines due to their relatively compact size but large power production. Proper maintenance is extremely important as any faults could lead to a less-efficient plant and damage to the expensive equipment. In this problem, we explore a GT xx turbine and notice that some of the readings don’t look right. Upon closer examination of the thermocouples, there is in fact something wrong. From that data collection, I use many equations stemming from many mathematical disciplines (Calculus, Physics, and Thermodynamics) to find out the correct input to fix the problem. Once that is done, the turbine can be fixed and back to its intended performance rating. The conclusion drawn from the result can either be previous human error, the turbine’s lifespan, or just the typical wear and tear. Regardless, the issue was caught in time before any real damage could’ve been done. The research and information gathered from how to solve a problem of this magnitude that encompasses different levels of mathematics allows me as an Engineer to understand how renewable energy machines work and entice me to focus my Mechanical Engineering degree towards sustainability.

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