Chlor-alkali; the impact of economic and environmental pressures on the industry, M.G. Beal; Our communications challenge, D.M. Nott; Euro-chlor commitment to safe handling of chlorine, J. Yan Diest; Focused risk management for chlorine installations, G. Purdy, M. Wasilewski; Design aspects of loading and unloading systems which can mitigate or eliminate accidental chlorine release, J.W. Meison; The safe use of steel and titanium in chlorine, P.C. Weston; Process engineering aspects of chlorine cooling and drying, T.F. O'Brien, I.F. White; New desulfation system for chlor-alkali plant, K. Saiki et al; Ion exchange membrane plant safety; anode side mixing of chlorine and hydrogen, R.E. Kucinski and H.M.B. Gerner; Bubbles and Beer - electrochemical studies on chlorine evolving anodes, C. Dodd, D.R. Hodgson, L.M. Peter, A. Shingleton; Mechanism of chlorine evolution on mixed oxides electrodes: effect of solution pH and surface morphology, S. Trasatti; Theoretical interpretation of operating principle for diaphragms in the diaphragm electrolysis process, T. Jozwik; PPG's tephram synthetic diaphragm circuit conversion, D. Dilmore, D. Dubois; New developments in microporous diaphragm built-in precathode and asbestos-free diaphragm, F. Kuntzberger, D. Horbez, J.M. Perineau, J. Bachot; The influence of diaphragm structure on the performance of a diaphragm chlorine cell, G. Nawrat et al; Improved operation on diaphragm chlor-alkali cells by using zero-gap technology and results from industrial plants, D. Schlafer et al; Global operating experience with ion exchange membranes in modern chlor-alkali cell technologies, H.M.B. Gerner and R.D. Theobald; Advanced cell operation with Flemion membranes, M. Nakao and H. Miyake; Improvement in the Hoechst-Uhde membrane cell, K. Schneiders and J. Shulze; Development of the advanced bipolar membrane electrolyser (BiTAC), A. Hironaga et al; The importance of electrolyte quality to membrane chlor-alkali cells: how to control various impurities, F.R. Minz; Improvement of electolyzer and ion exchange membrane for high-efficiency chlorine and caustic soda production, H. Shiroki et al; A simple procedure for evaluating membrane electrolyzer performance, K.L. Hardee; Practical experiences on the conversion of mercury cells to membrane technology, B. Lott; The Hydecat process - fit and forget technology for hypochlorite destruction, M. Denye et al; Improved anode coatings for elevated temperature operation of sodium chlorate cells, A.P. Bacon et al; Electrohydrolysis of sodium sulphate, A. D Martin and D.H. Mann; Chloric acid - a new electrochemical product, K.E. Woodward Jr et al.
