WC3 Carbon App
Details
- Product Type Consultancy, Engineering Services, Life Cycle Assessment & EPD Development, Services
- Regions Australia, Australian Capital Territory, New South Wales, Northern Territory, Queensland, South Australia, Tasmania, Victoria, Western Australia
Contact
- Website Visit
- Email wc3@worsleyce.com.au
ISupplier
- Company Name Worsley Consulting Engineers Pty Ltd
- ISupplier Profile Visit
About
WC3 is Australia’s first comprehensive embodied carbon calculator for civil infrastructure to quantify Upfront Embodied Carbon (A1-A5) in accordance with EN 17472. The assessment covers the product stage (A1-A3), transport to site (A4), and the construction process (A5) for a “cradle-to-practical-completion” assessment. A full A-D lifecycle embodied carbon assessment is currently in beta and will reach public release shortly.
Key features includes an integration with Civil Site Design software to provide instant carbon analysis, scenario modelling, project intensity benchmarking and built-in AI analysis for decarbonisation strategies.
Sustainability Outcomes
As Australia’s first purpose-built, comprehensive carbon calculator WC3 removes the cost and complexity barriers to carbon measurement, enabling the civil construction sector to rapidly transition toward net-zero infrastructure.
Until now, embodied carbon analysis tools have been the domain of sustainability specialists, designed for vertical infrastructure and buildings. WC3 bridges the gap between specialist sustainability consultants and civil infrastructure professionals.
By making complex EN 17472 / ISO 14040 lifecycle assessments intuitive and accessible, it builds broad industry capacity. It empowers everyday engineers and contractors to own the carbon conversation, ensuring sustainability is baked into projects of all scales.
The greatest opportunity to reduce carbon exists in the early design phase. By integrating directly with civil design software (such as Civil Site Design) and offering rapid scenario modelling, WC3 empowers engineers to instantly compare the carbon impacts of different materials (e.g., virgin vs. recycled aggregates) and methodologies before procurement locks in emissions.
Unlike traditional calculators that rely on generic top-down financial allowances for construction emissions, WC3 utilises a first-principles, physics-based activity model. It calculates emissions based on actual machine hours, trenching profiles, and soil bulking factors. This allows projects to accurately quantify and claim the sustainability benefits of specific interventions, such as fleet electrification or optimised earthworks.
Finally, the built-in AI assistance acts as a virtual sustainability advisor, checking project inputs against industry benchmarks to highlight data anomalies and recommending actionable carbon reduction opportunities relevant to the exact civil assets being designed.
Applicable Credits
| IS v1.2 | Energy and Carbon (Ene)-1, Innovation (Inn)-1, Management Systems (Man)-7, Materials footprint measurement and reduction (Mat)-1 |
| IS v2.1/IS v2.2 | Energy and Carbon (Ene)-1, Innovation (Inn)-1, Material Life Cycle Impact Measurement and Management (Rso)-6 |
| Rso-6 (ISv2.1/ISv2.2) | Material Life Cycle Impact Measurement and Management | WC3 is built to satisfy this credit, measuring and managing material impacts across the asset life cycle. |
| Ene-1 (ISv2.1/ISv2.2) | Energy Efficiency and Carbon Reductions | Provides the carbon footprint data needed to drive towards net-zero. The A5 physics-based engine calculates construction energy/fuel use, while the overall app models GHG emissions across the infrastructure lifecycle. |
| Inn-1 (ISv2.1/ISv2.2) | Innovation | Contributes to Innovation Challenge 4: Sustainable Suppliers and ISupply. |
| Mat-1 (ISv1.2) | Materials footprint measurement and reduction | The app directly measures the lifecycle carbon impact of materials and tracks reductions against baselines. |
| Ene-1 (ISv1.2) | Energy and carbon monitoring and reduction | Provides the carbon footprint data needed to drive towards net-zero. The A5 physics-based engine calculates construction energy/fuel use, while the overall app models GHG emissions across the infrastructure lifecycle. |
| Man-7 (ISv1.2) | Decision-making | By using the scenario comparison tools, engineers can prove they evaluated and considered design options based on environmental (carbon) aspects. |
| Inn-1 (ISv1.2) | Innovation | Contributes to Innovation Challenge 8: Sustainable Suppliers and ISupply. |