A concrete-based thermal insulation material and temperature control system for water conservancy projects

Abstract

A concrete-based thermal insulation material and temperature control system for water conservancy projects, including: canvas waterproof layers on both sides and an air bubble layer in the middle, the air bubbles in the air bubble layer are evenly distributed between the two canvas waterproof layers, and the two air bubbles themselves The sides are connected with the canvas waterproof layer to form a closed structure, with gaps between the air bubbles to allow water to flow through; the canvas waterproof layers on both sides are butted and sealed at the four edges, and the outlet pipes are drawn out at the joints at both ends. The gaps are connected; a water inlet pipe is arranged on the canvas waterproof layer on one side, and the water inlet pipe occupies the position of one of the air bubbles and communicates with the gap of the air bubbles. Through the structural design of the double-layer canvas waterproof layer, the present invention can provide strong external support and protect the inner bubble layer; the bubbles inside the bubble layer are airtight chambers, which provide internal support between the two canvas waterproof layers, and the air bubbles The gap is used for water flow to take away the heat inside the bubble when the water flow passes by.

Description

technical field [0001] The invention relates to the technical field of concrete construction, in particular to a concrete-based thermal insulation material and a temperature control system for water conservancy projects. Background technique [0002] After the concrete is poured, it takes about 15 days for hydration. In the process of hydration, a lot of heat will be generated, so it will lead to high temperature inside the concrete, and the high temperature will in turn affect the continuation of hydration, and will also affect the parameters of the concrete after dehydration, so in the process During the construction of large-scale concrete, the temperature after pouring must be strictly controlled, and artificial control is usually more effective. [0003] Concrete construction in the tropics and subtropics usually leads to continuous high-temperature weather, and in hot weather conditions, more stringent requirements are put forward for the temperature control of the ma...

AI Technical Summary

Problems solved by technology

[0004] In view of the above-mentioned technical problems, the embodiment of the present invention provides a concrete-based thermal insulation material and temperature control system for water conservancy projects, which solves the thermal insulation problem in the maintenance process after the concrete pouring is completed.

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