Knowledge Agora



Regenerative Economy Challenge

Challenge:    Sustainable Construction Practices



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     Sustainable construction practices are essential for reducing the environmental impact of buildings and creating healthier, more efficient structures. These practices focus on using eco-friendly materials, reducing waste, and minimizing energy consumption throughout a building's life cycle. One key aspect is the use of sustainable building materials, such as reclaimed wood, recycled metal, and low-carbon concrete, which reduce resource extraction and production emissions. Energy-efficient designs, including proper insulation, natural lighting, and ventilation systems, reduce the need for heating, cooling, and artificial lighting, lowering a building's operational energy use.
Green roofs and walls, which incorporate vegetation, help insulate buildings, reduce heat absorption, and provide habitats for urban biodiversity. Water conservation measures, such as rainwater harvesting, low-flow fixtures, and greywater recycling, reduce a building's water footprint and support sustainable water management. Construction waste management, which includes recycling and reusing materials, helps reduce landfill waste and lower project costs. Sustainable construction also emphasizes modular and prefabricated building techniques, which streamline the construction process, reduce waste, and allow for flexible, adaptable spaces.
Certification systems like LEED and BREEAM provide guidelines and incentives for sustainable construction, encouraging builders to meet high standards for energy efficiency, resource use, and indoor air quality. Incorporating renewable energy sources, like solar panels or geothermal heating, makes buildings more self-sufficient and reduces reliance on nonrenewable energy. Lastly, involving local communities and prioritizing local labor and materials help support sustainable development and reduce transportation emissions. Overall, sustainable construction practices create buildings that are resource-efficient, environmentally friendly, and beneficial for occupants, contributing to a greener, more sustainable future.

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Aricles describing Sustainable Construction Practices

ID Score Article
23320 0.817 Sfakianaki, E Resource-efficient construction: rethinking construction towards sustainability World Journal Of Science Technology And Sustainable Development, 12, 3
14715 0.769 Elbers, U Sustainable construction - pathways and implementation strategies in structures Bautechnik, 99, 1
62547 0.724 Yaman, KM; Abd Ghadas, ZA Sustainable Construction In The Digital Age: Special Reference To Theories Of Sustainability And Sdgs In Green Building
21769 0.724 Graf, J Dissolution of growth and resource consumption - circular added value in timber construction
14753 0.721 Goh, CS; Su, FZ; Rowlinson, S Exploring Economic Impacts of Sustainable Construction Projects on Stakeholders: The Role of Integrated Project Delivery Journal Of Legal Affairs And Dispute Resolution In Engineering And Construction, 15, 3
9478 0.711 Almeida, F; Vieira, CS; Carneiro, JR; Lopes, MD Drawing a Path towards Circular Construction: An Approach to Engage Stakeholders Sustainability, 14.0, 9
3981 0.699 Benachio, GLF; Freitas, MDD; Tavares, SF Interactions between Lean Construction Principles and Circular Economy Practices for the Construction Industry Journal Of Construction Engineering And Management, 147, 7
17927 0.693 Caselles, LMD; Guevara, J Sustainability Performance in On-Site Construction Processes: A Systematic Literature Review Sustainability, 16, 3
17220 0.693 Bjorberg, S; Salaj, A Development of a new standard for evaluation of sustainable refurbishment Facilities, 41, 5/6
18096 0.687 Michalak, J; Michalowski, B Understanding of Construction Product Assessment Issues and Sustainability among Investors, Architects, Contractors, and Sellers of Construction Products in Poland Energies, 14, 7
6096 0.684 Almusaed, A; Yitmen, I; Myhren, JA; Almssad, A Assessing the Impact of Recycled Building Materials on Environmental Sustainability and Energy Efficiency: A Comprehensive Framework for Reducing Greenhouse Gas Emissions Buildings, 14, 6
73912 0.679 Presley, A; Meade, L Benchmarking for sustainability: an application to the sustainable construction industry Benchmarking-An International Journal, 17, 3
3631 0.677 Beermann, K; Austin, MC An Inspection of the Life Cycle of Sustainable Construction Projects: Towards a Biomimicry-Based Road Map Integrating Circular Economy Biomimetics, 6, 4
4694 0.676 Charef, R A Digital Framework for the Implementation of the Circular Economy in the Construction Sector: Expert Opinions Sustainability, 16, 14
13451 0.673 Jayawardana, J; Sandanayake, M; Jayasinghe, JASC; Kulatunga, AK; Zhang, GM A comparative life cycle assessment of prefabricated and traditional construction - A case of a developing country
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