New Applications of Magnetic Ionic Liquids

Abstract

The invention discloses novel application of magnetic ionic liquid, namely application of the magnetic ionic liquid as a heating media; Controllable voltage is applied to generate an electric field so as to enable anion and cation of the magnetic ionic liquid to produce movement transfer and violent collision, current is formed inside, heat is produced accordingly, electric energy is converted into heat energy, the own temperature of the liquid is raised rapidly, the heat is transferred to a reaction system and taken as excellent heat generation, heat transfer and heat storage media for supplying heat to the reaction system, the inside of the reaction system is directly in contact with reaction substances for direct heating, and at the same time, certain reaction systems have excellent metal catalytic effects; according to the application, rapid heating and uniform heating of the reaction systems can be rapidly realized, the novel application is a heating method which is efficient, stable, safe, green and environment-friendly and easy and convenient to operate and is an innovation on the heating manner of the reaction systems, and the novel application can be applied to a plurality of reaction systems requiring heating.

Description

technical field [0001] The invention relates to a new application of a magnetic ionic liquid, specifically using the electric heat generated by the magnetic ionic liquid as a heating medium, and belongs to the technical field of reaction heating and development and utilization of new materials. Background technique [0002] Most of the existing chemical reaction system heating methods use electric heating devices to indirectly heat the reaction system, such as metal tube heating devices, which heat a certain liquid medium (water or silicone oil, etc.) to transfer heat to the reaction vessel and act on it. reaction system. The heating metal tube is mostly in direct contact with the liquid medium. During the heating process, the heat exchange area between the heating tube, the heating wall and the liquid is small, the heating speed is slow, and the energy conversion efficiency is low. In addition, in the process of indirectly transferring heat to the reaction system , It is e...

AI Technical Summary

Problems solved by technology

The heating plate is mainly composed of a heating tube. The outer surface of the heating tube is provided with an insulating layer. There is a resistance wire inside the metal tube. The two ends of the resistance wire are connected with electrode terminals. The gap between the metal tube and the resistance wire is filled with magnesium oxide to form a heat conduction Due to the small size of the heating wire and being buried in the magnesium oxide powder with poor thermal conductivity, the heat generated by the resistance wire is accumulated on the resistance wire and is difficult to dissipate, resulting in low power conversion efficiency; Loss of energy consumption occurs, making this heating very inefficient

[0004] These traditional heating methods generally have problems such as low energy conversion efficiency, poor heat transfer effect, slow heating speed, and uneven heating, which have a great adverse effect on the chemical reaction process in the reaction system and easily cause some side reactions. Affect product purity, etc.

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