Design method of carbon fixation type replaceable hanging plate type building surface

Abstract

The invention discloses a design method of a carbon fixation type replaceable hanging plate type building surface. The method comprises the following steps that a prefabricated carbon fixation type building surface component form is designed, wherein the component form is a hanging plate type; the size, concave-convex style, hanging plate mounting point positions and opening holes of a hanging plate are designed; a proper acid-base indicator and a proper additive are selected, and marking and metering are carried out; a high-performance carbon fixation material is prepared, and the carbon fixation material is poured into a mold for hanging plate batch production; and a carbon fixation building surface carrying system is designed, a light steel keel is matched with a mortise structure to serve as the carbon fixation building surface carrying system, and the hanging plate type carbon fixation type building surface components are installed on the carrying system of the light steel keel structure layer by layer, so that the hanging plate is carried on a building main body structure. The carbon fixation type building surface designed through the method is high in carbon fixation amount, and the carbon fixation performance of an inorganic building material can be remarkably improved; the building surface outer hanging plate is low in manufacturing cost, and after a new outer hanging plate is replaced, the building surface can be continuously subjected to carbon fixation.

Description

technical field [0001] The invention belongs to the technical field of environmental protection buildings, and in particular relates to a design method for a carbon-fixing type hanging board type replaceable building skin. Background technique [0002] With the continuous growth of the global population and the stable development of the world economy, there is still a high room for growth in the demand for construction, and the increase in carbon emissions will still be the primary problem hindering the rapid development of the construction industry. Therefore, in the urban construction industry, which is a key area of ​​carbon emissions, reducing carbon emissions from building materials production and building operations is still the main theme of green building development. In addition, speed up the research and development of carbon sequestration technology in the construction industry, improve the carbon sequestration capacity of building skin inorganic materials, combine...

AI Technical Summary

Problems solved by technology

The high-performance carbon-fixing building materials currently developed can increase the amount of carbon sequestration produced during the service period of the building. However, due to the formation of a dense surface after the carbonization reaction, which hinders the continuous contact reaction between carbon dioxide and materials, the total amount of carbon sequestration in building materials is still reduced. limited

In addition, in the current building skin design, there is no design method aimed at increasing the building's carbon sequestration capacity, and there is also a lack of research on the design of the corresponding structure and node system

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