使用EVAMED工具评估拉丁美洲建筑的碳足迹,采用生命周期方法

Víctor Alberto Arvizu-Piña, A. A. Gonzalez, José Francisco Armendariz Lãpez, Cristina Gazulla Santos, Mariana Abigail Carmona Guzman, Juan Pablo Chargoy Amador
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摘要

这项工作介绍了EVAMED工具(基于生命周期方法的建筑环境评估)的设计和初步进展。它的目标是帮助建筑利益相关者,主要是在拉丁美洲,在最初的设计阶段,使建筑在其整个生命周期中对环境的影响更小。EVAMED的界面是友好和直观的,因为它是针对非lca专家用户。要通过EVAMED评估的项目配置是在“向导”类型的过程中完成的。结果通过交互式图表呈现,使不同方法的潜在环境影响可视化。这允许进行不同类型的评估,例如,分析建筑物的碳足迹,其使用阶段的环境影响,或评估其完整的生命周期。EVAMED通过DYNAMO开发的插件链接到3D BIM模型。这允许从详细模型或简化模型中获得材料的数量。该功能允许用户在没有制作详细模型的情况下评估模型建筑的不同构造系统。EVAMED使用来自各种数据库的信息,如MEXICANIUH(拉丁美洲生命周期清单区域数据库)、环境产品声明和ECOINVENT V3。用户通过指定在其生命周期的各个阶段使用的机器和运输类型来补充项目的配置。本文提出了一个案例研究,分析了两项住房建议的碳足迹,其中一项建议考虑在运营阶段使用隔热材料来提高能源效率。与不使用隔热材料的案例相比,使用隔热材料的案例减少了近40%的生命周期碳足迹。这是由于在使用阶段的能源需求减少,尽管在生产阶段由于制造和运输绝热材料的碳足迹更高。EVAMED代表了建筑行业可持续发展的一个进步,主要是在拉丁美洲地区。是一种工具,旨在促进在建筑设计过程的早期阶段的决策,考虑其整个生命周期的能源和环境性能。
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Use of the EVAMED tool to assess the carbon footprint of a building with a life cycle approach in the Latin American context
This work presents the design and the first advances of the EVAMED tool (Environmental Assessment of Buildings with a Life Cycle approach). Its objective is to assist the building stakeholders, mainly in Latin America, in the first design phases, for make buildings with a lower environmental impact throughout their life cycle. EVAMED's interface is friendly and intuitive, as it is aimed at a non-LCA expert user. The configuration of the project to be evaluated through EVAMED is done over a ‘wizard’ type process. The results are presented through interactive graphs that allow visualizing the potential environmental impacts from different approaches. This allows different types of evaluations to be carried out, for example, analyzing the building Carbon Footprint, the environmental impact of its use phase, or evaluating its complete life cycle. EVAMED is linked to 3D BIM models through a plug-in developed in DYNAMO. This allows to obtain the quantity of materials, either from a detailed model or from a simplified one. This feature allows the user to evaluate different construction systems for the modeled building without necessarily having made a detailed model. EVAMED uses information from various databases such as MEXICANIUH (regional database of life cycle inventories for Latin America), Environmental Product Declarations, and ECOINVENT V3. The user complements the configuration of the project by specifying the type of machines and transport used during the respective stages of its life cycle. A case study is presented where the carbon footprint of two housing proposals is analyzed where one of them considers the use of thermal insulation to improve energy efficiency during the operational stage. The case using thermal insulation reduces their life cycle carbon footprint by almost 40% compared to case who does not use it. This is due to the reduction in energy demand during the use phase, even though the carbon footprint is higher during the production phase due to the manufacture and transport of the thermal insulation. EVAMED represents a step forward in building sector sustainability, mainly in the Latin America region. Is a tool looking to facilitate the decision-making during the early stages of buildings design process, considering their energy and environmental performance throughout their life cycle.
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