Modeling and simulation of NO{sub x}/SO{sub 2} removal in an aqueous scrubber system using the additive fE(ii)*EDTA | Zendy

W. Li | Zendy; M.H. Mendelsohn | Zendy; J.B.L. Harkness | Zendy; C.D. Livengood | Zendy

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Modeling and simulation of NO{sub x}/SO{sub 2} removal in an aqueous scrubber system using the additive fE(ii)*EDTA

Author(s) -

W. Li,

M.H. Mendelsohn,

J.B.L. Harkness,

C.D. Livengood

Publication year - 1996

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/207633

Subject(s) - scrubber , data scrubbing , aqueous solution , chemistry , chelation , wet scrubber , metal , inorganic chemistry , ion , metal ions in aqueous solution , waste management , organic chemistry , engineering

Addition of the metal chelate anion Fe(II)*EDTA{sup 2+} has been shown to increase the amount of gaseous NO{sub x} absorbed from a gas stream containing SO{sub 2}, where an aqueous scrubbing process is used to treat the gas. Recently, we published and presented data on improved systems for NO{sub x} removal that incorporate an antioxidant and/or reducing agent in the process, together with the Fe(II)*EDTA. In this paper, a mathematical model describing NO{sub x} removal as a function of the square root of Fe(II)*EDTA concentration in the solution and of the operating conditions is derived and validated

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