title: Applications of Hydrogen Peroxide and Derivatives (RSC Clean Technology Monographs)
author: C W Jones
description: "... an excellent reference and general text ... well-written, and particularly suited to practising organic chemists from academia and industry, at graduate and post-graduate levels." (<i>Green Chemistry Web Site</i>)<br /><br />"The book has been well researched with an excellent bibliography and should be a useful text for academics and industrialists for years to come." (<i>Chromatographia, 2001, Vol 53, p 98</i>)<br /><br />"... well-organized and enjoyable overview ... this useful book is strongly recommended to anyone interested in oxidation or peroxygen chemistry ..." (<i>Journal of the American Chemical Society, Vol 122, No 26, 2000</i>)<br /><br />"... a very useful book ... facilitates the location of primary references including the patent literature. It can be recommended for students and practitioners of synthetic organic chemistry, environmental protection and clean-up, as well as catalytic oxidation." (<i>React. Kinet. Catal. Lett., Volume 71, No 1, 199-200, 2000</i>)<br /><br />"... industrial chemists will welcome the applied chemistry details and the extensive references to the patent literature ... The book is recommended to industrial organic chemists and chemical engineers seeking environmentally friendly synthetic routes, and processes, and for those looking for treatment options for difficult waste streams. The monograph should be in every industrial library." (<i>Organic Process Research & Development, 2000, 4, 232-234</i>)
zlib_text: Determination of peracetic acid and hydrogen peroxide in the mixture 
  Bodiroga M, Ognjanovi} J. Vojnosanit Pregl 2002; 59(3): 277−279. 
   
  A b s t r a c t 
  Iodometric and permanganometric titrations were used for determination of peracetic acid 
  and hydrogen peroxide (H2O2) in the mixture. Two procedures were described and compared. 
  Titrations could be done in only one vessel, in the same reaction mixture, when iodometric 
  titration of peracetic acid was continued after the permanganometric titration of H2O2, 
  (procedure A). Peracetic acid and H2O2, as oxidizing agents, reacted with potassium iodide in an 
  acid medium, evolving iodine. This reaction was used for the quantitative iodometric 
  determination of total peroxyde in procedure B. H2O2 reacted with potassium permanganate in 
  acid medium, but peracetic acid did not react under the same conditions. That made possible the 
  selective permanganometric determination of H2O2 in the presence of peracetic acid. The 
  procedure B was perfo