Modern Chlor–Alkali Technology. Volume 8

Table of Contents

Emission of chlorine dioxide in hypochlorite production unit in the steady state and at peak load; Ethylene Dichloride – Part of the Chloralkali Plant?; New Process Options for Hypochlorite Destruction; Electrode Management Optimisation System; Brine purification by ion exchange with water elution; Chlorine Production with Oxygen Depolarized Cathodes in Industrial Scale; Advanced Diaphragm Cell Technology (ADCT)TM; Chlorine Processing Beyond the Millenium–The Use of Gas–separation Membranes; Advanced Cell Technology with Flemion Membranes and the AZEC Bipolar Electrolyzer; New Electrolyzer Design For High Current Density; Process To Remove Sulfate, Iodide And Silica From Brine; A Dynamic Model Of A Mercury Chlorine Cell; Back–Pulse Filtration Using GORE–TEX? Membrane Filter Cloths Improved Brine Treatment for New Electrolyzers; Cost saving in Chlorine Plants by benefiting from the unique properties of Titanium; The Chlor–Alkali Business.

Dr Douglas J Hutchison; Phase–Out Issues For Mercury Cell Technology In The Chlor–Alkali Industry; Euro Chlor Risk Assessment for the Marine Environment; High Current Density Operation of Chloralkali Electrolyzers – The Standard for the New Millennium; Gas Diffusion Electrodes For Chlorine related (production) Technologies; Deactivation Of Thermally Formed Ruo2 + Tio2 Coatings During Chlorine Evolution: Mechanisms And Reactivation Measures; Commercialisation of kvaerner chemetics′ Sulphate removal system; Hypochlorite recycle to diaphragm cells at the Diaphragm Electrolysis Plant Delfzijl; ′Practical Operating Differences in Converting a Diaphragm Cell Chloralkali Plant to a Membrane Electrolyser Plant′; Know–how and Technology – Improving The Return On Investment For Conversions, Expansions And New Chlorine Plants; Replacement Of Mercury Chlor–Alkali Plants With New Membrane Plants In Australia; BiChlor Chlor–Alkali Membrane Electrolyser; Index