Green Materials and Sustainable Construction Practices in Modern Architecture
Keywords:
Green Materials, Sustainable Construction, Circular Economy, Urban Governance, Socio-Technical Systems, Carbon NeutralityAbstract
The building sector remains one of the most significant contributors to global carbon emissions, resource depletion, and environmental degradation, necessitating a fundamental transformation in architectural material science and construction methodology. This research paper examines the systemic integration of green materials and sustainable construction practices as a multi-dimensional challenge within modern architecture. Moving beyond localized technical improvements, the study adopts a systems-level perspective to analyze the structural trade-offs, governance frameworks, and socio-technical infrastructures required for a transition toward a circular construction economy. The paper evaluates the deployment of low-carbon bio-based materials, recycled aggregates, and high-performance smart materials, while addressing the critical issues of systemic robustness and long-term durability. Furthermore, the discussion explores the role of institutional policy and regulatory mandates in shaping the adoption of green practices, alongside the implications for social fairness and distributive justice in the built environment. By synthesizing perspectives from engineering, material science, and urban policy, this work provides a comprehensive framework for understanding the transition from linear, extractive construction paradigms toward regenerative, closed-loop systems. The findings suggest that true sustainability in architecture requires a fundamental reimagining of the building as a metabolic entity, necessitating a convergence of innovative materials, advanced manufacturing, and inclusive governance to ensure a resilient and equitable future for global human settlements.
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