Introduction: As sustainability becomes a central focus in modern construction practices, builders and developers constantly seek eco-friendly solutions to minimise environmental impact while maintaining functionality and durability. Tarmac, also known as asphalt, has been a cornerstone material in construction for decades. However, it’s essential to explore how this versatile material fits into the future of sustainable new builds. In this blog post, Maidstone Driveways & Surfacing will delve into the evolving role of tarmac in new build sustainability and why it remains a relevant choice.
1. Recycled Materials:
The tarmac industry has embraced the concept of sustainability by incorporating recycled materials into the mix. Recycled asphalt pavement (RAP) is common in modern tarmac production. RAP involves reusing and repurposing old asphalt materials, reducing the need for new resources and minimising waste.
2. Low Emissions:
Manufacturers continuously work to reduce the energy consumption and emissions associated with tarmac production. New technologies and processes are being developed to create tarmac with a smaller carbon footprint. This not only benefits the environment but also aligns with sustainable construction goals.
3. Longevity and Durability:
Tarmac’s inherent durability remains a valuable aspect of sustainability. Its longevity means fewer replacements and less waste over time. A well-constructed tarmac surface can serve a property for many years with minimal maintenance, reducing the need for frequent repairs and replacements.
4. Permeable Tarmac:
Permeable tarmac, an innovation in sustainable construction, allows rainwater to pass through the surface, replenishing the groundwater and reducing the risk of flooding. This eco-friendly solution is ideal for driveways, walkways, and parking areas in new builds.
5. Low-Impact Construction:
Tarmac installation typically involves less heavy machinery and equipment than other construction materials. This results in reduced soil disturbance and less disruption to the surrounding environment during construction.
6. Customisation and Design:
Tarmac allows for customisation with various colours, patterns, and designs. This flexibility enables architects and builders to create visually appealing and sustainable surfaces that complement the overall aesthetics of the new build.
7. Energy-Efficient Surfaces:
Tarmac’s smooth surface reduces rolling resistance, making it an energy-efficient choice for roads and driveways. This can contribute to fuel savings for vehicles using these surfaces, indirectly reducing carbon emissions.
Conclusion: The future of tarmac in new build sustainability is bright and promising. By incorporating recycled materials, reducing emissions, and embracing permeable tarmac solutions, the industry is actively contributing to environmentally conscious construction practices. Tarmac’s inherent durability and adaptability make it a sustainable choice that aligns with the goals of modern builders and developers.