Substantial climate finance for the built environment, strongly incentivising the use of low-carbon materials in sustainable construction
Clean Wave Org bridges product-level emissions, facility-level reporting, and registry-level verification into a frictionless, verifiable, and monetizable offset ecosystem. We are the digital infrastructure that transforms carbon data into economic value.
Connect individual EPD materials and components directly to carbon accounting systems, creating granular traceability from product specification to offset generation.
Aggregate building-wide emissions data across all systems and materials, providing real-time facility carbon performance with automated compliance reporting.
Seamlessly interface with international carbon registries, ensuring verified offsets meet global standards while enabling frictionless trading and monetization.
Integrate Clean Wave's carbon credit platform directly into your systems with our comprehensive API suite and sandbox environment.
Complete API reference with endpoints for project verification, credit issuance, and trading operations.
Test your integrations with dummy data and simulate the complete verification workflow.
Secure API keys and authentication tokens for development and testing phases.
Join our growing community of developers, architects, and sustainability professionals building the future of carbon accounting.
Connect with fellow developers and get real-time support from our technical team.
Learn from successful implementations and avoid common integration pitfalls.
Get dedicated support from our engineering team during your integration process.
See how Clean Wave's methodology is being applied across different construction sectors to generate verified carbon credits.
High-performance insulation materials with verified EPD data generating substantial carbon credits through reduced operational energy.
Low-carbon HVAC installations with heat recovery and renewable energy integration creating verified emission reductions.
Building-integrated photovoltaic systems combining construction materials with renewable energy generation for dual carbon benefits.
Ultra-low carbon concrete formulations replacing traditional cement with up to 90% embodied carbon reduction per cubic meter.
Our digital connective tissue eliminates silos between carbon data sources, creating a unified ecosystem where product emissions automatically flow through facility reporting to registry verification and monetization.
Product specifications automatically populate facility dashboards, which seamlessly feed registry verification systems without manual intervention.
Connect any carbon data source to any destination through standardized APIs, eliminating compatibility barriers across the entire ecosystem.
Seamlessly integrate carbon credit generation into existing procurement workflows without disrupting established supplier relationships.
Quantify cost savings, compliance efficiency, and carbon ROI across all project scales and implementation phases.
Faster regulatory approval
Avoided compliance costs
Months early completion
First-time approval rate
Average time to compliance certification
First-time approval rate
Average savings on regulatory fees
Return on carbon investment
| Project Size | Value | Premium | Credits | Revenue | Net Benefit |
|---|---|---|---|---|---|
| Small Residential | £500K | £25K | 90 tCO₂e | £58K | £33K |
| Commercial Office | £2.5M | £125K | 450 tCO₂e | £292K | £167K |
| Mixed-Use Tower | £12M | £600K | 2,160 tCO₂e | £1.4M | £804K |
| Infrastructure | £50M | £2.5M | 9,000 tCO₂e | £5.85M | £3.35M |
Comprehensive onboarding process for developers and sustainability teams to integrate Clean Wave's carbon credit methodology.
Initial project evaluation and carbon potential assessment to determine eligibility and optimize material selection.
Configure Clean Wave platform access and integrate with existing project management systems.
Source and procure verified low-carbon materials with full EPD documentation and chain of custody.
Real-time monitoring of material installation with automated documentation and verification processes.
Third-party verification and certification process to validate carbon reduction claims and issue credits.
Access carbon credit marketplace and optimize trading strategies for maximum revenue generation.
We address specific challenges faced by different roles in the carbon management ecosystem with tailored solutions and resources.
"Consolidate building emissions into a single digital ledger."
"Source verified offsets with auditable data flows."
"Adopt a unified data exchange aligned with global protocols."
Our platform is built on four fundamental pillars ensuring enterprise-grade reliability, efficiency, and compliance.
Blockchain-backed audit trails with registry-aligned APIs and IoT integration for uncompromising transparency.
Significant time and cost savings in procurement workflows and compliance reporting processes.
Plug-and-play integration with existing ERP, procurement, and ESG reporting platforms.
Full compatibility with ISO 14064/67, GHG Protocol, and EU/UK ETS requirements for future-proof compliance.
Advanced system architecture providing seamless integration with global carbon registries and real-time transparent reporting capabilities.
Four-layer architecture ensuring complete data integrity and seamless registry integration for transparent carbon credit management.
Real-time visibility into all carbon credit transactions with audit-ready documentation and blockchain-backed verification.
| Layer | Function | Technical Approach |
|---|---|---|
| Data Ingestion | Collect emissions data | APIs, SFTP, smart meter feeds |
| Verification | Validate offset claims | Blockchain hashes, cryptographic proofs |
| Reporting | Generate audit-ready docs | Auto-mapped to ETS, ISO, GHG |
| Integration | Sync with registries | RESTful APIs, ISO-compliant schemas |
Data accuracy
Registry sync time
Real-time monitoring
Registry connections
Full alignment with ISO standards, GHG Protocol, and ETS frameworks ensuring regulatory compliance and international recognition.
Full alignment with international standards for environmental management and carbon accounting.
Comprehensive mapping to GHG Protocol standards for corporate and project-level accounting.
Direct compatibility with European and UK Emissions Trading Systems for maximum market access.
| Framework | Reporting Frequency | Key Requirements | Verification Level | Compliance Status |
|---|---|---|---|---|
| ISO 14064 Series | Annual | Third-party verification, continuous monitoring | Independent auditor | Aligned |
| GHG Protocol | Quarterly | Scope 1-3 emissions, project additionality | Internal + external | Aligned |
| EU ETS2 | Semi-annual | Building sector emissions, permanence proof | Accredited verifier | Aligned |
| UK ETS | Annual | GGR standards, Carbon Budget 6 alignment | UKAS accredited | Aligned |
| TCFD Reporting | Annual | Climate risk disclosure, scenario analysis | Board oversight | Aligned |
Regulatory Compliance Rate
International Standards
Compliance Through
Join the Carbon 6 rollout and transform your sustainable materials into measurable climate impact
Limited time offer Via Email Invite Only 50 spots available
EPD materials can deliver up to 85% + emissions reduction, Our methodology supports ETS2 verification with UK Carbon Budget 6 methodologies and China ETS protocols.
ISO 21930 standard (North America) 70,000 EPDs have been published. European standard EN 15804 30,000 EPDs have been published. Product-specific carbon intensity (kg CO₂e per ton) Lifecycle stage breakdown (A1–A5) Verification by independent third parties
Our trading platform is fully aligned with UK Carbon Budget 6 requirements through 2037, emerging UK Greenhouse Gas Removal (GGR) standards, and EU ETS2 proposals. We transform verified industrial emissions reductions and permanent carbon removals into internationally recognized carbon credits, ensuring compliance with UK ETS and EU regulatory frameworks for permanence and verification.
Each credit meets UK GGR standards for permanent carbon removals, UK Carbon Budget 6 requirements, and aligns with EU ETS2 proposals, ensuring long-term compliance through 2037.
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. We want developers using 30% to 90% EPD rated materials.
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:
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 used in London in Cemeteries 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 EXAMPLE
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.
Selecting the optimal materials for your project, balancing environmental impact, performance requirements, and budget considerations will turn compliance in to value
Detailed carbon footprint analysis and optimization strategies to minimize embodied and operational carbon throughout your project's lifecycle.
Let's work together to achieve your sustainability goals
Each offset issuance is tied to a completed building project with comprehensive documentation verifying material usage and installation.
We maintain a full chain of traceable documentation for complete transparency and regulatory compliance.
Join us in pioneering high-impact industrial decarbonization projects that meet emerging international standards and unlock premium carbon market value through 2037.
