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Showing 1 to 6 of 6 for “"Chloralkali"”.
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Modeling process dynamics in membrane-electrolyte-assemblies of chloralkali electrolyzers considering steric and hydration effects
The dynamic operation of the chloralkali electrolyzer has been considered as one of the solution for balancing the supply-demand fluctuation in the electricity grid. This opportunity becomes a motivation to study the complex transient behaviors of the electrolyzer caused by linked multiscale …
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Experimental investigation and analyses of continuous type hybrid photoelectrochemical hydrogen production systems
… a continuous type hybrid photoelectrochemical-chloralkali H2 production reactor that converts the by– products into useful industrial commodities (i.e., Cl2 and NaOH). This system maximizes solar spectrum use by taking advantage of photocatalysis and PV/T. Furthermore, by using electrodes as …
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Design, analysis and optimization of novel photo electrochemical hydrogen production systems
… selected for the present study is known as the “chloralkali process”. The main objective of this research is, in this regard, to develop a hybrid system that produces hydrogen by photo chemically splitting water and neutralizing the by-products (i.e. hydroxyl ions) into a useful industrial …
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A study of the removal of inorganic mercury by adsorptive bubble separation methods
… of mercury- bearing effluent from a chloralkali works. In the foam fractionation experiments, mercury (II) removal up to 99% was obtained with initial mercury (II) concentrations of 0.1 mg dm3 and in the presence of cationic surfactants in suitable excess.· Factors affecting removal …
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Metal ion removal by adsorptive bubble separation methods
… conditions by using a pilot plant at a chloralkali works. The optimum percentage removal of mercury(II) using iron(III) chloride, aluminium(III) sulphate and copper(II) sulphide from brine effluent was 92.8, 93.0 and 91.4, respectively. A study was undertaken to investigate the surface …
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Experimental investigation and analysis of a new light-based hydrogen production system
… splits water and electrolyses chloralkali to convert the by–products of H2 production into useful industrial commodities. This hybrid system maximizes the utilized solar spectrum by combining photochemical and electrochemical hydrogen production in a photoelectrochemical system. …