The Issue Current BACT Technologies for Carbon Capture
{"Image DocumentName": "The Issue Current BACT Technologies for Carbon Capture", "Image ImageDescription": "Need to achieve MACT standards to provide 10 ppm of SO2 and 5 ppm of NOX in Flue Gas for processing. High Costs: Energy Penalty (33+% on Performance plus additional Parasitic Load) Current BACT users must combine multiple overlapping technologies to come close to meeting MACT requirements. CEFCO\u2019s modularized segregated-capture Modules customizable to retrofit Power Plants based on needs. Current BACT technologies require the Flue Gas to be treated for Carbon Capture to be very clean before the Amine-Based Processes can work effectively. EPA\u2019s new Rules and Standards of MACT address Capture of Targeted Multi-Pollutants and PM2.5 in Utility Power Industries. Level of Capture by Current BACT Technologies will need further enhancement to achieve MACT standards. Current BACT Technologies require High Capital and Operating Costs. Each competing technology has high operating costs and deterioration of efficiency issues and cannot maintain efficiencies for long. Current BACT users must combine multiple overlapping technologies to come close to 99+% multi-pollutant capture. HOWEVER, CEFCO\u2019s modularized technology can adapt one or more segregated-capture Modules to retrofit Power Plants based on their individual compliance needs -- on a module-by-module basis. [Presenter\u2019s Discretionary Comments] Competitors combine RTO + ACI + FGD + SCR + Chilled Amine or Ammonia for CCS + ACC. For reference Only: RTO = Regenerative Thermal Oxidizer. ACI = Active Carbon Injection. FGD = Flue Gas Desulfurizer. SCR = Selective Catalytic Reduction. CCS = Carbon Capture. ACC = Air Cool Condenser. Proprietary & Confidential.", "Image XResolution": "37", "Image YResolution": "37", "Image ResolutionUnit": "Pixels/Centimeter", "Image Software": "SlidePlayer", "Image YCbCrPositioning": "Centered"}