Energy Industry Webinar Production & Promotion

Maximizing the Mercury Oxidation Potential of your SCR Catalyst System

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This informative webinar by Dr. Chris Reeves will address the following questions:

  • What is the current mercury oxidation potential of your SCR catalyst?

  • What mercury oxidation potential is required across your SCR system to achieve MATS compliance?

  • How do catalyst layer interactions impact mercury oxidation?

  • How to optimize catalyst replacements to establish reliability between NOx reduction and Mercury oxidation potential?

  • How will your SCR system’s mercury oxidation potential change when you replace or regenerate a layer of catalyst?

  • How to reliably predict SCR mercury oxidation over time?

  • How to run your unit to maximize both NOx reduction and Hg oxidation?

This webinar can help you develop a solid SCR strategy to manage NOx while also conforming to the new MATS requirements, specifically for Mercury, while utilizing an effective and cost efficient SCR co-benefit management strategy. 

Below are some of the questions discussed during the webinar:

  • Can all catalyst types be tested?

  • What effects do CO and LOI have on Hg oxidation?

  • Can the COMET catalyst be regenerated?

  • What difference in Hg oxidation results would you expect from placing the Hg+ layer in the last section vs. the first section of the reactor?

  • How does a dry FGD system affect what your presentation has provided for wet FGDs?

  • Can a non-original COMET product be regenerated like a pseudo-COMET? If possible, what regeneration iteration would be the cut-off (1st regen, 2nd regen, etc.)?