Author(s): Ivett Flores Núnez
In the face of climate change, architects are increasingly tasked with exploring alternative strategies within the CO2 paradigm, which demands a fundamental shift away from carbon dependency. This paradigm calls for a multidisciplinary approach that extends beyond mere technological solutions, positioning decarbonization as both a cultural and formal challenge. This research explores the concept of Thermally Active Surfaces in Architecture as one of the main variables in the post-fossil fuel scenario. By bridging technical innovation with environmental humani¬ties, this study adopts a forward-looking approach. While technical innovation traditionally relies on scientific methods, material-driven solutions, and life cycle analyses, it often overlooks the spatial implications of decarbonization. This research posits that decarbonization is not just a technical problem but one that involves theoretical, historical, and spatial inquiries, with the potential to fundamentally reshape architecture and deconstruct the built environment. In contrast, the environmental humanities perspective reevaluates energy as a cultural force, tracing its influence on the transformation of the built environment. Although these analyses often look retrospectively at historical shifts—from colonialism to capitalism—they highlight spatial concepts that emerged during the fossil fuel era. However, in the necessary transition to a post-fossil future, a prospective view is essential. To connect these complex interrelations, this research employs the Emergy Method, grounded in thermodynamic principles, as its analytical framework. This method provides a comprehensive tool for evaluating the energy consump¬tion of buildings, bridging the gap between technical assessments and spatial implications. By doing so, the study illuminates the transformative potential of decarbonization within architecture. Ultimately, this research navigates the CO2 paradigm’s spatial impacts, contributing to a nuanced understanding of the challenges and opportunities in the urgent context of climate change.
Volume Editors
ISBN
978-1-944214-49-4