Gas Turbine - Gas Turbine NOx Reduction Technology, DLN Combustion

NOx (Nitrogen Oxides) emissions from gas turbines have long been a concern due to their significant impact on air quality and the environment. However, with recent advancements in engineering and environmental science, innovative technologies have emerged to combat this issue effectively. In this video, we explore the principles behind Gas Turbine NOx Reduction and how it addresses the challenges of reducing emissions without compromising energy efficiency. Our expert engineers and researchers will take you through the different methods employed to curb NOx emissions, including: Lean Premixed Combustion: Discover how this combustion technique reduces NOx formation by optimizing the fuel-to-air mixture, resulting in cleaner and more efficient burning. Water and Steam Injection: Learn about the benefits of injecting water or steam into the combustion process, which effectively cools the flame and inhibits NOx formation. There are several technologies available for this, but in this video we will talk about DLN, rest topics are described here but will be covered in other videos. Selective Catalytic Reduction (SCR): Delve into the working of SCR systems, where catalysts are used to convert NOx into harmless nitrogen and water through a chemical reaction. Exhaust Gas Recirculation (EGR): Understand how EGR recycles a portion of exhaust gas back into the combustion process, reducing peak flame temperatures and subsequently lowering NOx emissions. Combustor Design and Fuel Additives: Explore how improvements in combustor design and the use of specific fuel additives can optimize combustion and minimize NOx production.