6662

T

of material supplied

Green tonne icon, representing tonnes of Ecoblend® sold.

3197

T

Primary material saved*

Green calculator icon, representing Ecoblend® Cost Efficiency.

2960

T

of IBA diverted from landfills*

Green leaf icon, representing Ecoblend® Resource Preservation.

Overview

Avonmouth Docks, Port of Bristol, have a continual development programme to improve infrastructure and facilities across their sites. They run a number of initiatives to offset environmental impacts of future port developments. Developments within the port have a key focus on sustainability and maximising environmental benefits

Project Scope

Projects have been quick to adopt manufactured and recycled aggregates. One project involved the laying of a new 10,000m2 Reinforced Concrete (RC) Slab for aggregate bays and hardstanding, including associate drainage.

Material Requirements

This project required both Ecoblend MA Type 1, (5773 tonnes) and Ecoblend MA 6F5, (888 tonnes). Having successfully used both materials in previous projects, the combination offered the ideal choice due to its:

  • Environmental impact reduction
  • Ready availability
  • Superior quality

Environmental & Economic Impact

Green calculator icon, representing Ecoblend® Cost Efficiency.

Material Efficiency

Used 593 tonnes less
material than a natural
aggregate

Green leaf icon, representing Ecoblend® Resource Preservation.

Sustainability

3,197 tonnes of valuable
natural resources
preserved

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

Circular Economy

Over 14,800 tonnes of
municipal waste diverted
from landfill

Green map pin icon, representing the number of projects Ecoblend® has been used.

Availability

Local supply logistics, both
road and rail, reduced the
project’s carbon footprint

Outcome

The continued commitment to using Ecoblend MA Type ` and Ecoblend MA 6F5 aligns to the Port’s environmental and sustainability objectives without compromising on quality or availability.

This case study illustrates the effectiveness of seamlessly integrating sustainability practices, making significant reductions to environmental impact whilst maintaining technical standards.


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