Ecrete™
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Ecrete™: Innovative Low Carbon Concrete for Sustainable Building
Building a Low Carbon Future with Ecrete™ – Sustainable Concrete Solutions for New Zealand
As we move towards a brighter and more sustainable future for Aotearoa New Zealand, it’s crucial to consider every aspect of our building practices, including the use of low carbon concrete for sustainable building. At Allied Concrete, we are taking significant steps every day to reduce our carbon footprint and create a better environment for future generations. Introducing Ecrete™ – our revolutionary concrete mix designed to dramatically reduce carbon impact while maintaining exceptional strength and durability. With its cutting-edge formula and environmentally friendly properties, Ecrete™ leads the way in sustainable building practices for New Zealand.
Innovative Low Carbon Concrete:
Ecrete™ is a revolutionary low carbon concrete mix engineered to reduce carbon impact without compromising on strength and durability, making it a cornerstone of sustainable building practices. Our cutting-edge formula incorporates various methods, including the use of supplementary cementitious materials (SCMs), lower carbon cement made in New Zealand, sustainable aggregate sourcing, and other initiatives. These methods are location-dependent and may change the features and benefits of Ecrete™ depending on the mix design you are getting.
Reduced CO₂ Emissions:
Ecrete™ reduces CO₂ by 10-50%*, contributing significantly to your project’s sustainability goals. For even greater carbon reduction, opt for Ecrete™ Plus, a bespoke carbon-reduced mix made by our technical team to meet your specific requirements. Ecrete™ Plus can reduce CO₂ beyond 50% and is designed to maintain the strength, flowability, and finishing standard you need.
The ISC Baseline
Our Ecrete™ product range is designed to quantify the reduction in Embodied Carbon relative to the Infrastructure Sustainability Council (ISC) 2020 baseline. The Ecrete™ range, including products like E10 and E20, reflects this baseline, with reduction percentages calculated against standard concrete. Please note that specific project elements, such as the inclusion of steel fibres or specific admixtures, can affect the ISC baseline and the resulting reduction percentage.
Ecrete™ EPD on Demand:
Every project specifying Ecrete™ now benefits from a third-party verified EPD, ensuring accurate CO₂ reduction numbers tailored to your project’s specific needs. This is a significant advancement in our commitment to transparency and environmental responsibility.
Contact our team today to receive your project specific EPD.
Join Us in Building a Sustainable Future:
Choose Ecrete™, our low carbon concrete solution, for your next project and contribute to sustainable building in New Zealand, ensuring long-lasting, high-quality, and environmentally responsible concrete solutions.
EPD On-Demand
Request a Project Specific EPD
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Frequently asked questions
Explore our FAQs on Low Carbon Concrete
How can I ensure my project maximises sustainability benefits?
Consider the construction sequence, the overall project timeline, and where program requirements or specific finish types are necessary.
For example, foundations and substructures can typically have lower carbon footprints for their respective grade, whereas elements requiring a quick formwork turnaround e.g., precast elements, are more sensitive to carbon optimisation.
Does low-carbon concrete take longer to cure?
Yes and no. The curing time depends on several factors, with raw material availability being a key one.
In the South Island, achieving lower-carbon outcomes often requires cement substitutions. Depending on the time of year, these substitutions may slightly impact the initial setting time. In the North Island, this is less likely due to the availability of low-carbon cements.
Our Plant Engineers can optimise curing times based on your specific construction circumstances.
Can low-carbon concrete be used for all types of construction?
Yes, it can. We first assess the structural application and program performance before optimising the carbon footprint of your project. Allied Concrete provides expert guidance to ensure the best fit for each project.
Does low-carbon concrete contribute to green building certifications?
Yes, using low-carbon concrete can help projects achieve Green Star, Homestar, and LEED certification points due to reduced embodied carbon.
How much CO₂ reduction can be achieved with low-carbon concrete?
Depending on the mix, CO₂ reductions of 20-80% can be achieved compared to standard concrete.
How does low-carbon concrete compare to traditional concrete in performance?
Properly designed low-carbon mixes offer comparable strength, durability, and workability to traditional concrete while reducing environmental impact.
What is low-carbon concrete?
Low-carbon concrete is designed to reduce carbon emissions by incorporating various methods, including the use of supplementary cementitious materials (SCMs), lower-carbon cement made in New Zealand, sustainable aggregate sourcing, and other initiatives.
Other Related Products
Ecrete™ Plus
Ecrete™ Plus can reduce CO₂ beyond 50% and is designed to maintain the strength, flowability, and finishing standard you need.
