5687

T

of material supplied

Green tonne icon, representing tonnes of Ecoblend® sold.

446

T

less material required*

Green calculator icon, representing Ecoblend® Cost Efficiency.

1053150

.

black bags saved from landfill

Green triangle made up of arrows, representing Ecoblend® Waste Recycling.

Overview

Natewood Farm, which has diversified to incorporate solar power production, successfully adopted Ecoblend MA as their sustainable Type 1 Aggregate as part of their site regeneration project. This was a considered decision to embrace the high quality, sustainable construction material for the project.

Project Scope

The site development encompassed completion of groundworks for the new purpose-built warehouse facilities and storage barns and easy access to these via construction of an adoptable road.

Material Requirements

The site project required high-quality Type 1 aggregate to provide strong, stable foundations. Ecoblend MA Type 1 was selected as, in addition to being a fully certified to aggregate standards, its:

  • Increase in cost efficiency
  • Environment impact reduction
  • Ready availability

Environmental & Economic Impact

Green calculator icon, representing Ecoblend® Cost Efficiency.

Material Efficiency

The project required 446 tonnes
less material compared to
primary alternatives

Green tonne icon, representing tonnes of Ecoblend® sold.

Saved Resources

The project saved 4,784 tonnes
of finite natural resources from
being quarried

Green triangle made up of arrows, representing Ecoblend® Waste Recycling.

Circularity

Over 2,500 tonnes of
Incinerator Bottom Ash (IBA)
diverted from landfills

Green leaf icon, representing Ecoblend® Resource Preservation.

Sustainability

The project required fewer
deliveries, reducing its overall
carbon footprint

Outcome

Utilising the high-quality sustainable Ecoblend MA Type 1 delivered key savings both in material efficiency and CO2 emissions. The use of a 50% sustainable aggregate reduced the use of quarried aggregate, with 446 tonnes of critical natural resources saved.

This case study demonstrates that projects can easily and confidently adopt high-quality, manufactured aggregates into sustainable practices to achieve substantial benefits.


*Compared to a natural quarried material made to the same specification