Power Industry Webinar Production & Promotion

Meeting New LCP BREF Standards with the GORE™ Mercury and SO₂ Control System

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Topics will include:

  • Understanding LCP BREF standards for Mercury and SO2

  • A comparison of Mercury mitigation technologies

  • Considerations when selecting a Mercury – SO2 reduction system, including total cost of ownership

  • The technology behind the GORE™ Mercury and SO2 Control System

  • Case studies

In this informative webinar, Ole Petzoldt (Gore Germany), and Jeff Kolde (Global Business Leader) will discuss technical and economic aspects of Mercury mitigation and SO2 reduction.

Below are some of the questions discussed during the webinar:

  • How long will the modules last before they need to be replaced?

  • What do we do with the modules after they are used / how do we dispose of the modules?

  • Is there any reduction of HCl or other acid gases?

  • What is the actual maximum reduction figure for SOx using this technology and where?

  • What are the efficiency benchmarks for mercury and SO2 common mitigation technologies?

  • Where have you installed SPC in a thermal power plant without wet scrubbers for SO2 control?

  • GORE also has fabric filters for waste-to-energy for dioxins and fluorides. Can this system be used along with the fabric filter?

  • Hg is chemisorbed into the material without regeneration; will there be a drop in efficiency when the material is fully loaded?

  • What possible contamination of the material can occur?

  • Is there an evaluation of possible risks of poisoning or loss of efficiency of installed systems during their lifetime?

  • Can the system be primarily applied for SO2 removal instead of a dry SO2 removal system?

  • Is it possible to install this system in the horizontal duct outlet from FGD?

  • Is there any impact of ammonia slip from SNCR on the effectiveness of mercury removal?

  • How do you check the residual life of the modules? What kind of inspection or testing is required?

  • Is it possible to use this technology in an existing seawater FGD system?