Overview
DCM Surfaces successfully completed the installation of a 5,360m² porous pathway along the Trans Pennine Trail in Doncaster. Combining eco-conscious design with durable materials, the pathway was delivered efficiently over just 24 days by a team of eight directly employed installers. This project showcases a commitment to sustainability, functionality, and long-term community benefits.
Project Goals
The primary objectives were to:
- Improve accessibility and usability for pedestrians, cyclists, and equestrians.
- Address environmental challenges such as waterlogging and erosion.
- Deliver a durable, low-maintenance solution using sustainable materials.
- Provide a cost-effective and efficient infrastructure upgrade.
The Solution
The pathway was constructed using a sustainable blend of buff stone and recycled tyres, supported by a recycled MOT sub-base. This innovative combination offers high porosity, durability, and flexibility, ensuring effective drainage and long-term performance.
Key features include:
- Porous Surface: Allows water to pass through seamlessly, eliminating standing water and reducing the risk of ice formation in winter.
- Durable Design: The pathway’s flexible materials resist cracking and adapt to ground movement, while timber edging enhances both functionality and visual appeal.
- Sustainable Materials: The integration of recycled tyres and MOT reduces environmental impact and promotes eco-friendly practices.
Efficient Execution
Delivered in just 24 days, the project highlights DCM Surfaces’ expertise in planning and execution:
- Preparation: Substrate preparation and priming ensured a strong foundation for the pathway.
- Installation: The rubber gravel mix was applied with precision, achieving a flawless finish.
- Direct Workforce: A skilled team of directly employed installers ensured consistent quality control and adherence to health and safety standards.
Benefits to the Community
- Enhanced Accessibility
The pathway provides a safe, year-round route for pedestrians, cyclists, and equestrians, with improved usability in all weather conditions. Its design supports users with mobility challenges, ensuring inclusivity. - Encouraging Outdoor Activity
By creating a safe and inviting space, the project promotes physical activity and outdoor engagement, contributing to improved mental and physical health for the local community. - Environmental Impact
The use of recycled materials and porous design addresses waterlogging and erosion while reducing the project’s carbon footprint. This demonstrates a sustainable approach to infrastructure development. - Longevity and Cost-Effectiveness
The low-maintenance design reduces future upkeep costs for local authorities while ensuring the pathway remains in excellent condition for years to come.
