As the commissioning and planning of renewable energy sites increases every year, the operation needs of stationary gas turbines are changing. Daily cycling of these turbines in both simple cycle and combined cycle modes present challenges from dispatch, to operations and maintenance for each site. The Duck Curve, which is a reality for many sites in the western part of the US, may begin to dominate typical gas turbine load profiles.
Now offering Certificates of Completion for all our Webinars.
Low load operation is a key component for many sites planning to operate in this new arena, and combatting emissions during low load operation is a common problem across many sites. On top of these new demands, areas of the US will begin seeing more stringent emissions requirements over the next 2-3 years. CORMETECH has developed new catalyst technologies that can be combined to increase emissions reduction efficiency, allow for more ammonia injection without increasing slip and improve turbine efficiency throughout a wide load range.
In this informative webinar, Dan Johnson, CORMETECH, will describe how CORMETECH’s SCR solutions specifically address the challenges of load flexibility for gas fired plants. Topics discussed will include:
Available catalyst technology utilized for expanding load flexibility of SSGT and CCGT
Meeting multi-pollutant emissions requirements with a single catalyst layer
Reducing turbine back pressure to improve turbine efficiency with a SCR catalyst
Tackling increasingly stringent emission regulatory environment and changing design conditions
Attendees can ask specific questions which will be covered during the Q&A session of the webinar.
Who Should Attend
SSGT and CCGT Plant Owners
Plant and Corporate Environmental Engineers
Petroleum Refinery SCR Systems Operators
Corporate Engineering Management
Dan Johnson, P.E. | Manager of Business Development Group – Natural Gas | CORMETECH Inc.
Dan manages the business development team for natural gas at CORMETECH, Inc., which includes oversight of customer relations and market approaches for assisting customers with implementing successful SCR technologies. Prior to focusing primarily on catalyst applications Dan led various projects to design, construct and commission SCR systems with over 3 years of specific SCR experience. In addition Dan worked in both the Power Generation and Power Transmission sector before transitioning to the environmental field.
Dan earned a BS in Mechanical Engineering from North Carolina State University and is a registered Professional Engineer in the state of North Carolina.