Assembly type intelligent efficient energy station pipeline aluminum sheet rapid protection heat preservation structure

Abstract

The invention discloses an assembly type intelligent efficient energy station pipeline aluminum sheet rapid protection heat preservation structure. The assembly type intelligent efficient energy station pipeline aluminum sheet rapid protection heat preservation structure is characterized in that a plurality of supporting pipes are arranged on the outer side of a lining pipe of a pipe body assembly; a filling layer is arranged between every two supporting pipes; a first heat preservation layer, a first reflecting layer and an aluminum sheet layer are sequentially arranged on the outer side of each filling layer; a connecting protruding column and a connecting groove body of the connecting assembly are arranged on the two sides of the filling layer; a connecting ring is arranged on one side of the aluminum sheet layer; a fixing base of the supporting assembly is connected with the aluminum sheet layer; a support is connected with the fixing base; and a base is arranged on the support. According to the assembly type intelligent efficient energy station pipeline aluminum sheet rapid protection heat preservation structure, the connecting convex columns and the connecting groove bodies of different pipe bodies are matched, the connecting rings are used for welding to form a conveying pipeline, the supporting pipes prevent the lining pipe from deforming, the filling layers provide supporting to avoid deformation, the first heat preservation layers and the first reflecting layers are arranged to reduce heat loss, the supporting assembly is arranged to support the pipeline, thus internal gas can be better conveyed, the heat loss is greatly reduced, and the multiple pipelines are convenient and firm to assemble.

Description

technical field [0001] The invention relates to the technical field of pipeline heat preservation, in particular to an assembled intelligent high-efficiency energy station pipeline aluminum skin rapid protection and heat preservation structure. Background technique [0002] At present, in the conventional design technology of the steam pipeline network, the transmission distance of the steam pipeline network is generally 5 kilometers to 8 kilometers, and the longest does not exceed 10 kilometers. For small thermal power plants below kW, we advocate centralized heating, and transform small thermal power generating units below 200,000 kW into heating units to reduce coal consumption, save energy, and increase heat-to-power ratio. However, since the location of the power plant is generally not located in the steam heat load center, according to the current design specifications, the steam heating radius is generally 5 kilometers to 8 kilometers, which is far from the heating ra...

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Problems solved by technology

[0004] The purpose of the present invention is to provide an assembled intelligent high-efficiency energy station pipeline aluminum skin rapid protection and...

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