Graphene-based water-based energy exchange medium production equipment

Abstract

The invention relates to graphene-based water-based energy exchange medium production equipment. The equipment is used for preparation and blending of a water-based energy exchange medium and for detection and filling of the prepared water-based energy exchange medium. The equipment comprises a liquid graphene preparation barrel, a water bath, a production reaction tube, at least one tail end reaction tank, a detection system, a secondary regulation and control module, and a regulation and control tank, wherein the regulation and control tank is connected with a middle buffer tank through a pipe valve; the regulation and control tank is further connected to a main pipe through a pump body; a metering valve set is connected to the main pipe in series; the main pipe is connected with a plurality of branch pipes; and the branch pipes are separately connected to a middle flange on the production reaction tube. According to the graphene-based water-based energy exchange medium production equipment, the main pipe is divided into multiple tube passes, reaction tube sets are established on the tube passes, the whole reaction tube sets provide temperature control as a regulator for precise mixing according to requirements, online detection and adjustment are adopted in a later period, and product quality is good.

Description

technical field [0001] The present application relates to the field of production of water-based energy exchange media, in particular to a graphene-based production equipment for water-based energy exchange media. Background technique [0002] Thermal fluid is a heat transfer medium widely used in the production process, also used in turbulent heating drying and steam generation; and as a substitute for electricity in applications such as mold heating, where water-soluble thermal fluid is passed Add additives to the water body to make a mixed heat transfer fluid; among them, the additives are generally liquid and can be miscible with water; because of its uniform heating, accurate temperature control, high temperature can be generated under low vapor pressure, and the heat transfer effect is excellent. Good, energy saving, convenient transportation and operation, it has been widely used in various occasions in recent years, and its use and dosage are increasing. However, in ...

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Problems solved by technology

[0002] Thermal fluid is a heat transfer medium widely used in the production process, also used in turbulent heating drying and steam generation; and as a substitute for electricity in applications such as mold heating, where water-soluble thermal fluid is passed Add additives to the water body to make a mixed heat transfer fluid; among them, the additives are generally liquid and can be miscible with water; because of its uniform heating, accurate temperature control, high temperature can be generated under low vapor pressure, and the heat transfer effect is excellent. Good, energy saving, convenient transportation and operation, it has been widely used in various occasions in recent years, and its use and dosage are increasing. However, in the production process of the existing water-soluble heat transfer fluid, on-site modulation is required, and the modulation can only be done according to The one-pot method after the standard ingredients consumes a lot of energy; and the quality of the water-based energy exchange medium cannot be guaranteed

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