Transforming the construction industry through carbon-conscious technologies
Our comprehensive suite of solutions enables developers, architects, and construction firms to dramatically reduce carbon footprint while creating new value streams.
Explore Verification ProcessEPD (Environmental Product Declaration) materials form the cornerstone of our sustainable construction approach. These third-party verified documents provide transparent, quantified environmental data for building products throughout their lifecycle.
Each EPD provides comprehensive data on environmental impacts across the entire product lifecycle.
Third-party verification ensures accurate carbon footprint measurements that can be used for carbon trading.
Meet and exceed increasingly stringent environmental regulations with fully documented materials.
Our EPD materials average 85% lower embodied carbon compared to traditional construction materials.
Our extensive catalog includes over 250 verified EPD materials across all construction categories.
Over 120 construction projects have successfully implemented our EPD materials program.
Our innovative carbon trading platform allows you to monetize the carbon savings achieved through using EPD-rated materials. We transform verified carbon reductions into tradeable NEEDCs (Negative EPD Emission Derivative Certificates).
Each NEEDC represents one tonne of CO₂e avoided or reduced, verified through our rigorous certification process.
Access our established marketplace of corporate buyers seeking high-quality carbon offsets to meet their sustainability goals.
Our blockchain-based platform ensures complete transparency and traceability for all carbon credits.
Our step-by-step process ensures thorough assessment of every carbon credit project
Project developers submit comprehensive project documentation, including baseline assessments, methodology selection, and projected carbon reductions.
Typical timeframe: 1-2 weeks
Our team conducts a detailed review of all project documentation, assessing methodology appropriateness, baseline calculations, and monitoring plans.
Typical timeframe: 2-4 weeks
Independent auditors conduct on-site assessments and technical reviews to validate project implementation and carbon reduction claims.
Typical timeframe: 4-6 weeks
We engage with local communities, government entities, and other stakeholders to gather feedback and ensure the project delivers positive social impacts.
Typical timeframe: 2-3 weeks
Our verification committee reviews all findings and determines whether the project meets our rigorous standards for carbon credit issuance.
Typical timeframe: 1-2 weeks
Approved projects receive official certification and carbon credits are issued on our platform, ready for trading in the marketplace.
Typical timeframe: 1 week
We apply rigorous standards to ensure all carbon credits represent genuine climate impact
All projects must comply with established international standards such as Verified Carbon Standard (VCS), Gold Standard, or Climate Action Reserve.
Projects must demonstrate measurable, additional, and permanent environmental benefits, with clear methodologies for quantifying carbon reductions.
We evaluate projects for their positive impact on local communities, ensuring they contribute to sustainable development goals beyond carbon reduction.
Projects undergo financial assessment to ensure long-term sustainability and proper management of funds for continued carbon reduction activities.
Our proprietary low-carbon concrete formulations reduce embodied carbon by up to 90% compared to traditional concrete, without compromising on strength, durability, or cost-effectiveness.
Utilizing geopolymer technology and industrial byproducts to replace up to 95% of traditional Portland cement.
Meets or exceeds all industry standards for strength, durability, and workability.
Our most advanced formulations can actually sequester more carbon than they emit, creating truly carbon-negative structures.
| Property | Traditional Concrete | Low-Carbon Concrete | Ultra-Low Carbon Concrete |
|---|---|---|---|
| Carbon Footprint | 320-400 kg CO₂e/m³ | 120-180 kg CO₂e/m³ | 30-50 kg CO₂e/m³ |
| Compressive Strength | 25-40 MPa | 25-40 MPa | 25-45 MPa |
| Durability | Standard | Enhanced | Superior |
| Cost Comparison | Baseline | +5-10% | +15-20% |
| Carbon Credit Potential | None | Moderate | High |
| Regulatory Compliance | Standard | Advanced | Future-proof |
This 32-story commercial building utilized our Ultra-Low Carbon Concrete throughout its structural elements, resulting in a 78% reduction in embodied carbon compared to conventional construction methods.
Tonnes of CO₂e saved
Carbon credit revenue
Outstanding rating
"Clean Wave Org's low-carbon concrete technology was instrumental in helping us achieve our ambitious sustainability goals while maintaining our project timeline and structural requirements."
— James Richardson, Project Director, Horizon Development
Our sustainable design services integrate low-carbon materials, energy efficiency, and circular economy principles from the earliest project stages, maximizing both environmental performance and financial returns.
Our collaborative approach brings together architects, engineers, and sustainability experts to optimize every aspect of your project.
Comprehensive analysis of environmental impacts across the entire building lifecycle, from material extraction to end-of-life.
Expert guidance for achieving BREEAM, LEED, WELL, and other green building certifications.
Sustainable architecture that balances aesthetic excellence with environmental performance, creating spaces that inspire while minimizing ecological footprint.
Expert guidance on selecting the optimal materials for your project, balancing environmental impact, performance requirements, and budget considerations.
Detailed carbon footprint analysis and optimization strategies to minimize embodied and operational carbon throughout your project's lifecycle.
Complete documentation requirements for carbon offset verification
Comprehensive documents outlining the project's design, implementation plan, and carbon reduction methodology.
Detailed assessment of the project's environmental impacts, including biodiversity effects and ecosystem services.
Documentation of the project's social impacts, community engagement processes, and benefits to local stakeholders.
Financial projections and models demonstrating the project's economic viability and additionality requirements.
Detailed plans for monitoring, reporting, and verifying carbon reductions over the project lifetime.
Submit your completed documentation for review by our verification team.
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Let us show you how our sustainable solutions can reduce your environmental impact while creating new revenue streams.
