Photolytic method of improving mercury capture in fossil...

Furnaces – Process – Treating fuel constituent or combustion product

Reexamination Certificate

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C110S203000

Reexamination Certificate

active

06907831

ABSTRACT:
A combustion-based system and related method includes a combustor for burning a combustible material, wherein an exhaust gas stream output by the combustor includes NO2and at least one metal including mercury. An ultraviolet light source is in optical communication with the exhaust gas stream. Ultraviolet light from the light source photochemically dissociates at least a portion of the NO2to form an NO2reduced exhaust stream. A sorbent containing filter media receives the NO2reduced exhaust stream and as a result of the reduction in NO2provides improved trapping efficiency of mercury.

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Olson et al., Mechanisms of Mercury Capture and Breakthrough on Activated Carbon Sorbents, Symposia Preprint, Aug. 20-23, 2000, American Chemical Society—Division of Fuel Chemistry, 220th ACS National Meeting, vol. 45, No. 4.
Dr. Steven Benson, Effect of NO2 Concentration on HG0 Capture with Activated Carbon, Handout given during American Chemical Society—Division of Fuel Chemistry, 220th ACS National Meeting,, Aug. 2000.

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