The book addresses the latest technical developments in the chlorine industry with emphasis on operational improvements. The effects of economic, political, environmental and safety issues surrounding the industry are covered. World-class authors spearheaded by an internationally acknowledged expert ensure that the chapters are highly practical, authoritative and vigorous.
The book addresses the latest technical developments in the chlorine industry with emphasis on operational improvements. The effects of economic, political, environmental and safety issues surrounding the industry are covered. World-class authors spearheaded by an internationally acknowledged expert ensure that the chapters are highly practical, authoritative and vigorous.
John Moorhouse is the editor of Modern Chlor-Alkali Technology, Volume 8, published by Wiley.
Inhaltsangabe
Emission of chlorine dioxide in hypochlorite production unit in thesteady state and at peak load; Ethylene Dichloride - Part of theChloralkali Plant?; New Process Options for HypochloriteDestruction; Electrode Management Optimisation System; Brinepurification by ion exchange with water elution; ChlorineProduction with Oxygen Depolarized Cathodes in Industrial Scale;Advanced Diaphragm Cell Technology (ADCT)TM; Chlorine ProcessingBeyond the Millenium-The Use of Gas-separation Membranes; AdvancedCell Technology with Flemion Membranes and the AZEC BipolarElectrolyzer; New Electrolyzer Design For High Current Density;Process To Remove Sulfate, Iodide And Silica From Brine; A DynamicModel Of A Mercury Chlorine Cell; Back-Pulse Filtration UsingGORE-TEX? Membrane Filter Cloths Improved Brine Treatment for NewElectrolyzers; Cost saving in Chlorine Plants by benefiting fromthe unique properties of Titanium; The Chlor-Alkali Business.
Dr Douglas J Hutchison; Phase-Out Issues For Mercury CellTechnology In The Chlor-Alkali Industry; Euro Chlor Risk Assessmentfor the Marine Environment; High Current Density Operation ofChloralkali Electrolyzers - The Standard for the New Millennium;Gas Diffusion Electrodes For Chlorine related (production)Technologies; Deactivation Of Thermally Formed Ruo2 + Tio2 CoatingsDuring Chlorine Evolution: Mechanisms And Reactivation Measures;Commercialisation of kvaerner chemetics' Sulphate removal system;Hypochlorite recycle to diaphragm cells at the DiaphragmElectrolysis Plant Delfzijl; 'Practical Operating Differences inConverting a Diaphragm Cell Chloralkali Plant to a MembraneElectrolyser Plant'; Know-how and Technology - Improving The ReturnOn Investment For Conversions, Expansions And New Chlorine Plants;Replacement Of Mercury Chlor-Alkali Plants With New Membrane PlantsIn Australia; BiChlor Chlor-Alkali Membrane Electrolyser; Index
Emission of chlorine dioxide in hypochlorite production unit in thesteady state and at peak load; Ethylene Dichloride - Part of theChloralkali Plant?; New Process Options for HypochloriteDestruction; Electrode Management Optimisation System; Brinepurification by ion exchange with water elution; ChlorineProduction with Oxygen Depolarized Cathodes in Industrial Scale;Advanced Diaphragm Cell Technology (ADCT)TM; Chlorine ProcessingBeyond the Millenium-The Use of Gas-separation Membranes; AdvancedCell Technology with Flemion Membranes and the AZEC BipolarElectrolyzer; New Electrolyzer Design For High Current Density;Process To Remove Sulfate, Iodide And Silica From Brine; A DynamicModel Of A Mercury Chlorine Cell; Back-Pulse Filtration UsingGORE-TEX? Membrane Filter Cloths Improved Brine Treatment for NewElectrolyzers; Cost saving in Chlorine Plants by benefiting fromthe unique properties of Titanium; The Chlor-Alkali Business.
Dr Douglas J Hutchison; Phase-Out Issues For Mercury CellTechnology In The Chlor-Alkali Industry; Euro Chlor Risk Assessmentfor the Marine Environment; High Current Density Operation ofChloralkali Electrolyzers - The Standard for the New Millennium;Gas Diffusion Electrodes For Chlorine related (production)Technologies; Deactivation Of Thermally Formed Ruo2 + Tio2 CoatingsDuring Chlorine Evolution: Mechanisms And Reactivation Measures;Commercialisation of kvaerner chemetics' Sulphate removal system;Hypochlorite recycle to diaphragm cells at the DiaphragmElectrolysis Plant Delfzijl; 'Practical Operating Differences inConverting a Diaphragm Cell Chloralkali Plant to a MembraneElectrolyser Plant'; Know-how and Technology - Improving The ReturnOn Investment For Conversions, Expansions And New Chlorine Plants;Replacement Of Mercury Chlor-Alkali Plants With New Membrane PlantsIn Australia; BiChlor Chlor-Alkali Membrane Electrolyser; Index
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