Low Carbon Concrete for The Future

Futurecrete® is Hy-Tec’s lower carbon concrete reducing embodied carbon by a minimum of 30%*. Futurecrete® uses supplementary cementitious materials (SCMs) to reduce the embodied carbon of concrete.

The Futurecrete® range is backed by Adbri’s independently verified Concrete Environmental Product Declarations (EPDs) ensuring you can Build Better using low carbon concrete with confidence.

*When compared to the AusLCI baseline for conventional GP cement concrete with no cement substitution.

  • Futurecrete Logo

    Minimum 30% carbon reduction* Minimum 25% SCM use

  • Futurecrete Ultra Logo

    Minimum 30% carbon reduction* Minimum 40% SCM use

  • PRODUCT INFORMATION
  • APPLICATIONS
  • DOWNLOADS
  • CONCRETE CALCULATOR
Futurecrete®
  • Strength MPa 

    20, 25, 32, 40, 50  

  • Standard or Default Slump (Or Range) 

    40-120mm

  • Nominal Aggregate size

    Available in 10mm, 14mm, 20mm 

  • Minimum Carbon Reduction 

    30%* 

  • Supplementary Cementitious Materials Use** 

    Minimum 25%  

  • Compressive Strength (Days) 

    28

  • Australian Standard 

    AS1379 

  • Additives 

    Oxides, fibres, shrinkage reducers, pump aids, set controllers 

  • Other references 

    Low carbon concrete,  sustainable concrete, circular economy, recycled materials 

The above shows typical Futurecrete® concrete specification criteria and can be expanded with support from our technical team.

*When compared to AusLCI v1.42 baseline for straight GP cement, no SCMs.
**Supplementary Cementitious Materials (SCMs) support the circular economy by repurposing industrial byproducts.

Applications
Footpaths
  • Slabs
  • No fines concrete
  • Blinding mix
  • Grout /Backfills
  • Topping
  • Lean mix
  • Self levelling
  • High Strength
  • High Durability
Residential Construction
  • Footings
  • Foundations
  • Floor slabs
  • Driveways
  • Walls
Commercial Piling
  • Columns
  • Block mix
  • Industrial floors*
  • Suspended slabs*
  • Lower shrinkage*
Architectural Decorative
  • Landscape and decorative features
Infrastructure Mass Concrete

 

Mining and Resources
  • Mine backfill

Disclaimer: Visit the Cement, Concrete & Aggregates Australia homepage for more information or contact your builder or specifier.

*Speak to one of our technical professionals for these applications.

CONCRETE CALCULATOR
Calculate how much concrete you need for your next project.
Volume 0 Cubic Metres (m³)

1000mm = 1m | 1mm = 0.001m
Always make sure to double check measurements and units.

  • PRODUCT INFORMATION
  • APPLICATIONS
  • DOWNLOADS
  • CONCRETE CALCULATOR
Product Information
  • Strength MPa 

    20, 25, 32, 40, 50 

  • Standard or Default Slump (Or Range) 

    40-120mm

  • Nominal Aggregate 

    Available in 10mm, 14mm, 20mm 

  • Minimum Carbon Reduction 

    30%* 

  • Supplementary Cementitious Materials Use** 

    Minimum 41% 

  • Compressive Strength (Days) 

    28 

  • Australian Standard 

    AS1379 

  • Available Additives 

    Oxides, fibres, shrinkage reducers, pump aids, set controllers 

  • Other references  

    Low carbon concrete,  sustainable concrete, circular economy, recycled materials 

Disclaimer: Visit the Cement, Concrete & Aggregates Australia homepage for more information or contact your builder or specifier.

Futurecrete® Ultra
Residential Construction
  • Foundations
  • Floor slabs
  • Driveways
  • Walls
Commercial Buildings
  • Columns, Beams
  • Foor slabs
  • Low rise
Pavement & Walkways
  • Pavements
  • Footpaths
  • Walkways
General Infrasturcture
  • Retaining walls
  • Light traffic
  • Non-structural elements
Specialised Applications
  • Precast
  • Post tension
  • Landscape and decorative features

The above shows typical Futurecrete® concrete specification criteria and can be expanded with support from our technical team.

*When compared to AusLCI v1.42 baseline for straight GP cement, no SCMs.
** Supplementary Cementitious Materials (SCMs) support the circular economy by repurposing industrial byproducts

CONCRETE CALCULATOR
Calculate how much concrete you need for your next project.
Volume 0 Cubic Metres (m³)

1000mm = 1m | 1mm = 0.001m
Always make sure to double check measurements and units.

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FAQ's

What is Global Warming Potential and the GWP of concrete?

GWP stands for Global Warming Potential. GWP are values that allow direct comparison of the impact of different greenhouse gases in the atmosphere by comparing how much energy one tonne of a gas will absorb compared to one tonne of carbon dioxide. The larger the GWP, the more that a given gas warms the Earth compared to CO2 over that time period. Our EPDs provide a GWP number for each of the Futurecrete® products assessed in the EPD.

What is embodied carbon?

A product’s embodied carbon refers to all carbon emissions associated with raw materials and the manufacturing process of making the product. Embodied carbon of our Futurecrete® concretes is measured from cradle-to-gate, with Adbri’s independently verified EPDs providing transparent information about the environmental impact of our products. Embodied carbon is often referred to as Global Warming Potential (GWP).

How does Futurecrete® concrete have less embodied carbon than conventional concrete?

The Futurecrete® range substitutes a percentage of cement with supplementary cementitious materials. The reduction in cement can reduce the embodied carbon in concrete.
In New South Wales, Victoria, South Australia and Northern Territory, Futurecrete® uses Adbri EvoCem™ Type GL cement, which further reduces embodied carbon by a minimum of 8% when compared to conventional Type GP cement.

What are SCMs or supplementary cementitious materials?

SCMs are materials which are used as a partial replacement of cement in a concrete mix. SCMs can include industrial byproducts like fly ash and slag, supporting the circular economy. SCMs can reduce the embodied carbon of concrete when compared to conventional concretes, while also providing performance benefits, contributing to the properties of hardened concrete in a range of applications.

What makes Futurecrete® a more sustainable choice?

Futurecrete® is an innovative range of concrete which reduces embodied carbon by a minimum of 30% when compared to the AusLCI baseline*. Futurecrete® uses SCMs to lower embodied carbon by reducing the volume of cement. The use of SCMs also supports the circular economy, taking industrial by-products from other industries and giving them new life as raw materials in our low carbon concretes. The Futurecrete® range is a more sustainable concrete choice as it maintains the strength and durability of normal class concretes and are suitable for a wide range of applications. The Futurecrete® range is backed by independently verified EPDs which provides a Global Warming Potential (GWP) number for each of our mixes.

USER TYPES

RESIDENTIAL

Information for

  • Home Builders
  • Home Owners
  • Concreters
  • Contractors

SPECIFICATION

Information for

  • Specifiers
  • Infrastructure, Civil and Industrial sectors
  • Engineers

Hy-Tec can specifically design concrete solutions utilising a range of raw material combinations that are specially tailored to your project performance requirements.