Carbon Footprint Reduction Through Sustainable Renovation of Buildings

Author:

Abstract

The escalating threat of climate change necessitates urgent global action to reduce carbon emissions and adopt sustainable practices. Buildings, as significant contributors to greenhouse gas emissions, require immediate attention and transformative solutions. This article delves into the concept of carbon footprint reduction through sustainable renovation of buildings, exploring essential strategies and initiatives in combating climate change and achieving environmental objectives. The paper begins with an introduction to the pressing issue of climate change, its correlation with carbon emissions from buildings, and the crucial importance of addressing the carbon footprint challenge in the construction sector. It introduces sustainable renovation as a viable solution to mitigate emissions. Through a comprehensive analysis, the article examines the impact of buildings on carbon footprints, highlighting statistics on global carbon emissions from the sector, scrutinizing energy consumption, and operational practices that contribute to heightened carbon footprints, and discussing the environmental consequences. The article then delves into key strategies for carbon footprint reduction, such as energy-efficient retrofitting, the integration of renewable energy sources, and water conservation methods. To highlight real-world success stories, the article presents case studies of sustainable renovation projects that have achieved substantial carbon emission reductions, shedding light on valuable lessons learned from these initiatives. Conclusively, the paper envisions the potential impact of sustainable renovation on global carbon emissions and offers recommendations to policymakers, stakeholders, and building owners to accelerate the transition towards sustainable building practices. In essence, this article provides a comprehensive overview of the significance of sustainable renovation in reducing the carbon footprint of buildings. By embracing collective efforts and committing to sustainable practices, a greener and more resilient future can be secured, ensuring a sustainable planet for generations to come.

Publisher

Universe Publishing Group - UniversePG

Subject

Industrial and Manufacturing Engineering,Environmental Engineering

Reference29 articles.

1. Attia, S., Hamady, M., & O'Brien, W. (2013). A multi-criteria assessment method for sustainable building renovation. Energy and Buildings, 56, 210-221.

2. Berardi, U., Gangemi, F., & Longo, D. (2021). The Future of Sustainable Renovation: A Forecasting Model for Building Refurbishment in Smart Cities. Buildings, 11(4), 149.

3. 10.3390/buildings11040149

4. Christensen, J. M., and Olhoff, A. (2019). Emissions gap report 2019. United Nations Environment Programme (UNEP): Gigiri Nairobi, Kenya.

5. Cruz JBD. (2023). Philippine charity sweepstakes medical assistance program insights for sustainable implementation, Br. J. Arts Humanit., 5(4), 178-184.

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