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Electrochemistry, batteries

During 2003 we saw the first published process based on ILs [6], In its BASIL process (see Section 5.3.2), BASF has disclosed the involvement of an imidazolium-based ionic-liquid in the production of alkoxyphenylphosphines. This constitutes an impressive demonstration that IL technology can result in significant financial savings. Another process said to be poised for licensing is the French Petroleum Institute s butene dimerization process, the Difasol process (see Section 5.3.1). Besides these, some more promising applications are currently under investigation, and are hoped to be disclosed in the near future. Notable examples of research areas are in electrochemistry (batteries), biocatalysis, and the application of ILs in extraction processes, e.g., the deep desulfurization of diesel oil. [Pg.567]

These chapters introduce you to the two main types of bonding found in nature ionic bonding and cov ent bonding. 1 show you how to predict the formulas of ionic compounds (salts) and how to name them. 1 explain covalent bonding, how to draw Lewis structural formulas, and how to predict the shapes of simple molecules. 1 tell you about chemical reactions and show you the various general types. In addition, 1 cover chemical equilibrium, kinetics, and electrochemistry — batteries, cells, and electroplating. [Pg.84]

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