Abstract

In the present work the carbon footprint for a material developed in the Faculty of Architecture, Design and Urbanism of the Autonomous University of Tamaulipas (UAT) constituted by argillaceous earth, aloe juice and fiber of ixtle with utility like the inner coating of walls in buildings was determined. The objective of this paper is the calculation of the contribution of carbon dioxide (CO2) by the plant, considering the stoichiometry of CO2 absorption accompanied by the determination at the laboratory level.It was found that the use of organic materials in mortar mixtures, when they are produced manually by the person who will use them, and that is common in cases of self-construction, can generate approximately −0.45 kg of CO2 equivalent for each kilogram of plant produced for the preparation of mixtures. In addition, the equivalent CO2 was calculated for the elaboration of a cubic meter of useful mixture as a wall covering obtaining a value below the equivalent 14 kg of CO2.

中文翻译：

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确定新的土基涂料的碳足迹

摘要

在本工作中，由Tamaulipas自治大学（UAT）建筑，设计和城市化学院（UAT）开发的材料的碳足迹由泥质土，芦荟汁和ixtle纤维组成，其实用性如建筑物内墙的内部涂层被确定。本文的目的是考虑到CO2吸收的化学计量并在实验室水平进行测定，从而计算出工厂对二氧化碳（CO2）的贡献。发现在砂浆混合物中使用有机材料时，它们是由使用它们的人手工生产的，这在自我建造的情况下很普遍，每生产一公斤用于制备混合物的植物，便会产生约-0.45公斤的二氧化碳当量。此外，