• Debanjana Das
  • Quantifying correlation between Seismic Zones & Embodied

Debanjana Das

Thesis/DRP/Capstone Project

Quantifying correlation between Seismic Zones & Embodied

India's rapid economic growth and population expansion pose challenges in mitigating the significant greenhouse gas emissions from its construction sector. Despite efforts like the Pradhan Mantri Awas Yojana (PMAY) to address the housing shortage, construction activities contribute to emissions, necessitating comprehensive regulations. While existing building codes focus on operational emissions, there's a notable gap in addressing embodied emissions. Proactive measures in the preconstruction phase offer opportunities to mitigate carbon emissions and promote sustainable building practices. Research into the correlation between construction materials and embodied carbon across seismic zones is crucial in guiding policy decisions. India's commitment to decarbonization and sustainable development requires aligning regulations with net-zero targets and fostering research-driven initiatives for a greener built environment in line with global climate goals.


Report Content

Table of Content

Abstract

Introduction

Background Study

Literature Review

Research methodology

Results

Results

Results

Conclusion and discussion