Baker Hughes Unveils Innovative Flame Detection Technology for Gas Turbines
Key Ideas
- Baker Hughes has introduced Flame Tracker ILG, a cutting-edge flame detection technology for gas turbines, enhancing safety and performance.
- The Flame Tracker ILG features advanced electronics improving sensitivity to lower-light thresholds for accurate flame detection in various conditions.
- Designed for use with hydrogen blends as a fuel source, the technology ensures reliable performance and rapid detection in less than 0.025 seconds.
- This development aligns with the industry's shift towards fuel flexibility, promoting secure and sustainable energy supply with a focus on lower emission energy sources.
Baker Hughes has unveiled a new advanced flame detection technology, Flame Tracker Increased Low Gain (ILG), which aims to enhance flame sensing capabilities on gas turbines. Flame sensors play a critical role in gas turbine safety, detecting the presence of a flame to prevent potential hazards such as explosions. The Flame Tracker ILG, part of Baker Hughes' Reuter-Stokes product line, boasts innovative electronics that increase sensitivity to lower-light thresholds, ensuring accurate flame detection even in challenging conditions like obscured sight tubes and condensation. Notably, this technology is designed to accommodate the use of hydrogen blends as a fuel source, reflecting the industry's growing interest in fuel flexibility and sustainable energy solutions. With a rapid detection time of less than 0.025 seconds, the Flame Tracker ILG offers reliable performance, building on Baker Hughes' expertise in flame sensor technology. This development underscores the company's commitment to enhancing safety and efficiency in power generation, aligning with the global drive towards lower emission energy sources.