1
Leif A V Lindau, Fredrik J Brogaard: Method of mercury removal in a wet flue gas desulfurization system. Alstom Technology, Wiggin and Dana, Anthony P Gangemi, April 28, 2009: US07524473 (19 worldwide citation)

Controlling the reductive capacity of an aqueous alkaline slurry (23) in a wet scrubber makes it possible to accurately control the mercury emission from the scrubber to a desired value. One method of controlling the reductive capacity of the slurry is to measure the reduction-oxidation potential (“ ...


2
Lindau Leif A V, Brogaard Fredrik J: Method of mercury removal in a wet flue gas desulfurization system. Alstom Technology, September 24, 2008: EP1972369-A2 (2 worldwide citation)

Controlling the reductive capacity of an aqueous alkaline slurry (23) in a wet scrubber makes it possible to accurately control the mercury emission from the scrubber to a desired value. One method of controlling the reductive capacity of the slurry is to measure the reduction-oxidation potential (" ...


3
Lindau Leif Av, Brogaard Fredrik J: Methode delimination de mercure dans un systeme de desulfuration de gaz de combustion par voie humide, Method of mercury removal in a wet flue gas desulfurization system. Alstom Technology, Alstom Technology, Smart & Biggar, April 5, 2011: CA2626189

Controlling the reductive capacity of an aqueous alkaline slurry (23) in a wet scrubber makes it possible to accurately control the mercury emission from the scrubber to a desired value. One method of controlling the reductive capacity of the slurry is to measure the reduction-oxidation potential (" ...


4
Leif AV Lindau, Fredrik J Brogaard: Method of mercury removal in a wet flue gas desulfurization system. ALSTOM Technology, Wiggin And Dana, September 25, 2008: US20080233024-A1

Controlling the reductive capacity of an aqueous alkaline slurry (23) in a wet scrubber makes it possible to accurately control the mercury emission from the scrubber to a desired value. One method of controlling the reductive capacity of the slurry is to measure the reduction-oxidation potential (“ ...