Selective Catalytic Reduction systems reduce gas turbine emissions
Gas turbines produce harmful nitrogen oxide (NOx), carbon monoxide (CO) and noise emissions. We can help you meet your environmental emission regulations with our simple cycle catalyst systems, which reduce NOx and CO emissions and provide noise abatement, while minimizing ammonia slip.
ATCO Structures & Logistics (ASL) has developed a selective catalytic reduction system (SCR) with compelling design features that include:
- Critical low frequency or octave band noise abatement
- Unique ammonia injection grid design for more efficient exhaust gas/ammonia mixing
- Superior sealing of catalyst to frame and liners to prevent untreated exhaust gas by-pass
- Design confirmation through CFD and physical flow models
- Improved system efficiencies, resulting in more compact system foot-print, reduced cost and lower pressure drop
- Fast-start ammonia injection system development
Gas Turbine SCR Systems Design
A gas turbine exhaust system contains hot, high velocity swirling gases, while catalysts require low gas velocities and even flow profiles to operate effectively. ASL has the experience to provide solutions that stand up to the mechanical forces imposed in this environment, while also meeting the stringent flow requirements needed to ensure critical NOx and CO emissions reductions are met.
All system elements are designed by our in-house engineers who use the latest software to determine:
- Finite element analysis
- Computational fluid dynamic analysis
- Acoustic design
- Structural / mechanical design
Gas turbine efficiency
With over 30 years of Higgott-Kane™ exhaust silencing system and OEM design experience, ASL is your proven provider to improve gas turbine efficiency while helping to reduce harmful noise and pollution emissions.
Contact us to learn more about how we can help you meet your NOx, CO and noise emissions requirements, while improving your bottom line. Join our many repeat OEM, EPC and end-user clients who enjoy the ASL advantage with Higgott-Kane™ technology.