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Embodied and Operational Carbon in Buildings

Strategies to Decarbonize

  • 2024
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About this book

This book offers the basics of embodied and operational carbon while discussing the inclusion of carbon emission in the GBRS at global and national level. This book also critically explores the important topic of embodied and operational carbon of buildings with insights on the strategies to measure and reduce embodied carbon in buildings through a case study and application approach. This approach assesses the impact of embodied carbon on the choice of structural systems, alternate building materials, alternate building technologies and air conditioning system. The impact of these alternate measures in reducing embodied and operational carbon is analyzed by demonstrating its use on a base case building, which is similar to an existing office building in India. The quantified data enables architects and designers to make early design decisions for a more environmentally sensitive approache to sustainable building designs. This book is a valuable resource for students, researchers, and practicing architects in understanding evidence based repercussions of structural systems, use of materials, technology and air conditioning systems to design green and sustainable buildings.

Table of Contents

Frontmatter
Chapter 1. Embodied and Operational Carbon Emission
Shveta Mohan, Vijayalaxmi J.
Chapter 2. Embodied Carbon Impacts of Green Building Rating Systems
Shveta Mohan, Vijayalaxmi J.
Chapter 3. Life Cycle Assessment for Carbon Emissions
Abstract
Life cycle assessment (LCA) is a widely used method in the analysis of environmental impacts of products, technologies, or systems over the entire life cycle of a building. It helps to gain a thorough understanding of the material’s impact on the environment.
Shveta Mohan, Vijayalaxmi J.
Chapter 4. Life Cycle Assessment Methodology
Abstract
Life cycle assessment (LCA) can assist designers in determining the environmental repercussions of various designs by comparing structures, materials, and assembly.
Shveta Mohan, Vijayalaxmi J.
Chapter 5. Strategies to Decarbonize
Abstract
Life cycle assessment (LCA) can be used in design and construction as a powerful, science-based tool to decarbonize the built environment and drive progress on climate goals.
Shveta Mohan, Vijayalaxmi J.
Chapter 6. Embodied and Operational Carbon—Case of a Building
Abstract
The methodology to calculate embodied and operational carbon emissions for a proposed building by the life cycle assessment is discussed in this section.
Shveta Mohan, Vijayalaxmi J.
Chapter 7. Structural Material Iterations
Abstract
While operational emissions from buildings in use have been the primary concern in the recent past, the industry is now shifting toward embodied carbon.
Shveta Mohan, Vijayalaxmi J.
Chapter 8. Envelope Material Iterations
Shveta Mohan, Vijayalaxmi J.
Chapter 9. HVAC System Iterations
Shveta Mohan, Vijayalaxmi J.
Chapter 10. The Potential of Carbon Assessments for Buildings
Abstract
It is established that the manufacturing and building sectors form a large share of India’s GHG emissions.
Shveta Mohan, Vijayalaxmi J.
Title
Embodied and Operational Carbon in Buildings
Authors
Shveta Mohan
Vijayalaxmi J.
Copyright Year
2024
Publisher
Springer Nature Singapore
Electronic ISBN
978-981-9771-87-5
Print ISBN
978-981-9771-86-8
DOI
https://doi.org/10.1007/978-981-97-7187-5

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