Industry Perspectives: Power Plant Emissions-SCR Catalysts

Selective Catalytic Reduction (SCR) is a proven technology used to reduce nitrogen oxide (NOx), sulfur oxide (SOx) and various other emissions from stationary sources, such as power plants, refineries, and industrial boilers. K&A has developed webinars and technical articles covering various aspects of SCR technology, including SCR catalyst design, managing SCR catalysts effectively, improving SCR performance on gas-fired units, and optimizing SCR operation in diverse applications. Our webinars and articles have brought together OEMs, SCR operators, engineers, and environmental professionals to learn about the latest developments in the field and stay up-to-date with the changing regulations.

Selected Webinars: SCR Systems & Emissions Control

• Gas Turbine Operation Improvement with Multi-Emission Catalyst

• Get the Most from your Plant’s SCR Catalyst Investment | CORMETECH Innovations for a Changing Energy Market (International)

• Get the Most from your Plant’s SCR Catalyst Investment | CORMETECH Innovations for a Changing Energy Market (USA)

• Utility Panel Experience and Discussion - DustBuster™ SCR Catalyst Installs

• DUSTBUSTER™: Innovative Catalyst Design Improves High Dust SCR Performance

• Supercharge your Natural Gas SCR – Strategic Solutions for Ultra-High Performing SCR’s

• Improvements in SCR Performance Through System Modifications

• Innovative Catalyst Design Overcomes High Dust SCR Challenges

• Maximizing the Mercury Oxidation Potential of your SCR Catalyst System

• Optimizing CO and VOC Oxidation for Gas Turbine Power Generation

• Expanding Load Flexibility with SCR Innovation

• How to Manage Your SCR Catalyst Effectively

• Advances in SCR Catalyst Technology to Optimize Emissions Control

• Benefits of Multi-Pollutant Gas-Fired SCR Applications

• Solution For High Dust SCR Applications

• Laboratory SCR Catalyst Management Testing Procedures and Reporting

• Optimizing SCR Catalysts to Strategically Accommodate Low Load & Load Cycling

• Reducing Natural Gas Emissions with CORMETECH’s METEOR™ Multi-Function SCR Catalyst

• SCR Catalyst Management Optimization Strategies for Refinery/Petrochemical Emissions Control Applications

• Performance Optimization Strategies for Natural Gas SCR Catalyst

• Maximizing the Mercury Oxidation Potential of your SCR Catalyst System

• Improving SCR Performance on Gas Fired Units Best Practices, Preventative Maintenance, Inspection and Testing

• The Importance of Optimal SCR Operation in Diverse Applications

• Proven Diesel LPV Mobile SCR Technology for Upcoming German NOx Emission Regulations

• Eliminate Ammonia Handling Hazard for SCRs Through On-Site Urea Conversion Technologies

• Keys to Combustion & Emissions Optimization: STEP-wise NOx Reduction, Fuel Switching and Combustion Optimization

Selected Technical Articles: SCR Systems & Emissions Control

• SCR Design Considerations: Retrofit Challenges and Ratcheting Emissions Level Requirements

• SCR Reheat Burners Keep NOx in Spec at Low Loads

• SCR Catalyst Management: How to reduce catalyst lifecycle cost, improve reliability

• Designing SCR Systems for High-Dust Applications

• SCR: California cleaning

• Boosting SO2 Removal Efficiency

• How multi-pollutant catalysts enhance value for gas turbines

• Optimized SCR Catalysts Maximize Mercury Removal Co-Benefits