Power and industrial markets using gas turbines in simple and combined cycle modes are rapidly changing and facing new obstacles presented by solar and wind power generation, as well as an ever fluctuating gas price market. In many cases, gas turbine plants are increasingly asked to run at lower loads and start more often, while still meeting strict air permit limitations and reduce overall maintenance costs.
Nearly every facility facing these challenges is accessing the capability of their existing emissions control equipment and exploring the possibility of retrofitting the system to add further NOx, CO and/or VOC functionality. CORMETECH’s METEOR™ is an advanced single layer multi-emission catalyst catering to these retrofits which overcomes these challenges by simultaneously reducing NOx, oxidizing CO & VOCs to compliance levels, while minimizing NH3 slip, downstream fouling and substantially reduced pressure loss.
In this informative webinar, Dan Johnson, Director of Business Development from CORMETECH, will discuss the evaluation methods used to determine how to apply CORMETECH METEORTM and the connected benefits to implementing this technology with real world case studies and examples.
Topics covered will be:
- Retrofit Applications and space considerations when considering Multi-Emission catalyst
- Reducing SO3 generation
- Reduction of fouling generation by installing multi-emission catalyst vs a CO oxidation catalyst
- Making operational improvements
Who Should Attend:
- Plant Owners
- Plant Managers
- Plant and Corporate Environmental Engineers
- Corporate Engineering Management
- AE Firms
- HRSG OEMs
This webinar can help you make informed decisions about flexible and economic alternatives for reducing NOx, CO and VOCs emissions.
Register today to secure your spot in this free webinar!
Presenter
Dan Johnson, P.E. | Director of Business Development, 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. 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.
