Sustainability for construction is a way of building that prioritizes the use of materials, techniques, and practices that limit environmental impacts and resources throughout the entire life-cycle of a building, from design and construction to maintenance and eventual demolition. It encompasses environmental, social, and economic sustainability, and can be applied to a variety of building types. Sustainability for construction focuses on minimizing energy and water usage, reducing waste, and using renewable or recycled materials in the construction process.
It also encourages the use of green technologies, such as rooftop solar, rainwater harvesting, and energy efficient lighting, to help reduce the environmental impacts of construction. Additionally, it encourages the use of healthy building materials such as those that are low in volatile organic compounds (VOCs) and free of formaldehyde, which can improve indoor air quality. Finally, sustainability for construction also includes strategies for creating a vibrant, livable, and equitable community, such as creating safe and accessible public spaces, promoting diversity, and encouraging mixed-use development.
- How Green Building Practices Lead to Lower Carbon Dioxide Levels
- The Top 10 Most Sustainable Buildings Around the World
- 10 Sustainable Building Materials for Eco-Friendly Construction
- What is Mass Timber in Construction?
- What is Embodied Energy of Building Materials?
- What is Energy Performance Certificate (EPC) for Buildings?
- What is Ashcrete?
- Timbercrete: Components, Advantages, and Applications
- 6 Principles of Biophilic Design
- Life Cycle Cost: Category, Costing Technique, and Application
- Top 5 Green Building Certifications
- Panels or Shingles: Everything You Need to Know About Solar Roofing
- What are Solar Windows?
- Pros and Cons of Shipping Container Homes
- Green Construction and its Benefits for Your Business
- Is the Construction Industry Ready to Adopt Hydrogen Power?
- Learn How This Norwegian City Achieved Zero-Carbon Construction
- Construction Rules Hindering the Way to EU Climate Goals
- Free Tool to Calculate Embodied Carbon in Construction
- Blue-Green Infrastructure: An Eco-friendly Route to Development
- Smart-Tinting Glass for Greener Cities
- How can Embodied Carbon be Used to Reduce Global Warming?
- Delhi Noida International Airport set to be India’s Greenest Airport
- Polyrok: A Sustainable Recycled Plastic Aggregate Alternative for Mineral Aggregate
- ByBlock: An Advanced Construction Material for a Better Future
- Tata Steel to Manufacture ‘Green’ Rebar for a Sustainable Future
- Reflective Pavements: A Unique Pavement Strategy to Fight Climate Change
- Research Hints Towards the Potential of Recycled Concrete
- Embodied Carbon in Construction: High Time to Reduce it
- Passive House: Reduce Energy Consumption in Your Building
- Top 6 Energy-Efficient High-Rise Buildings in the World
- Can Carrots Make Concrete Greener and Stronger?
- Can the Net-Zero Carbon Concrete Replace the Conventional one?
- Light-Emitting Cement: A Sustainable Way to Light up Highways
- 6 Innovative Ways to Sustainable Cities
- How to Plan Green Hospital Construction?
- What is Smog Eating Concrete Buildings? How it Can Save Our Cities from Pollution?
- Pixel Building: A Check on Carbon Emissions
- How to Plan a LEED-certified Project?
- How to Construct a LEED-Certified House?
- What is a SolarLeaf Bioreactive Façade?
- Living Concrete: Advantages and Problems
- Nanotechnology for Sustainable Construction
- Top 7 Sustainability Issues with Construction Industry
- Green Cement: Definition, Types, Advantages, and Applications
- Straw Bale Construction
- 6 Sustainable Innovations Shaping Construction
- 23 Different Green Building Materials
- Orientation of Green Office Buildings for Efficiency and Functionality
- Site Selection for Green Office Building based on LEED System
- LEED Rating System For Green Buildings and Other Building Types
- Green Walls in High Rise Buildings -Types, Features and Benefits
- Building Construction with Plastic Bottles- Walls, Roofs and Benefits
- Rice Husk Ash in Concrete -Properties, Advantages and Uses in Construction
- Zero Energy Buildings – Features, Benefits and Materials
- Sustainable Concrete Construction Methods and Practices
- Concrete without Cement – A Green Alternative Fly Ash
- How to make a Building Green
- Sustainability in Construction & Civil Engineering
- Selection of Green Building Materials
- Green Roofing: A Step Towards Sustainability
- Save Environment with Green Buildings
- Site and Landscape Planning for Green Building Construction
- What Makes a Building Green: Green Building Concept
- LEED Certification and Benefits
- Sustainable Building Planning and Design
- Green Buildings