Scaling Carbon-Embedded Infrastructure for Global Impact

From Mauritius to London—building the future of verified carbon infrastructure.

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Revenue Summary

Metric Year 1 Year 10 (Cumulative)
Electricity Sales £90,400 £859,180
(10 years @ 1% annual degradation)
VER Credits £90,386 £903,860
(10× annual VER)
NEED Credits £63,599 £63,599
(fixed)
Total Revenue £224,385 £1,826,639
Active Deployment Site

VECO Platform Overview

Clean Wave Org's Verified Environmental Carbon Operations platform delivers real-time monitoring, EPD integration, and registry-aligned carbon scoring for sustainable infrastructure projects.

Real-Time Monitoring

Continuous tracking of carbon emissions and environmental impact through advanced sensor networks and IoT integration.

EPD Integration

Seamless integration with Environmental Product Declarations for comprehensive lifecycle assessment and verification.

Registry Alignment

Full compliance with international carbon registries and verification standards for maximum credibility.

"The use of EPDs is not currently standard... but your proposal contributes to broader dialogue."
— Gold Standard Correspondence, October 2024

Regulatory Context & Compliance

Navigating international carbon markets with strategic alignment to host country registries and global standards.

UK ETS Response Summary

Voluntary Offset Limitations

UK ETS does not currently accept voluntary offsets (e.g., NEEDCs) within their regulatory framework.

Permanence Requirements

Focus on permanence and adherence to UK GGR (Greenhouse Gas Removal) standards for long-term impact.

Strategic Pivot

Clean Wave Org's strategic alignment with Mauritius host country registry for optimal market positioning.

Recent Milestones

Trademark Registration

Solar deployment trademark secured for international expansion

Registry Alignment

Mauritius host country registry compliance established

CORSIA Alignment

International aviation offset standards compliance verified

NEEDC Nomenclature Clarification

"Our reference to NEEDCs reflects host country nomenclature while maintaining CO₂e equivalence with internationally recognized standards."

This approach ensures seamless integration with local regulatory frameworks while preserving global market compatibility and verification standards.

VECO Methodology & Verification

Comprehensive lifecycle approach ensuring alignment with Article 6, CORSIA standards, and international verification protocols.

Lifecycle Assessment Framework

1

Project Initiation & Baseline

Comprehensive environmental impact assessment and carbon baseline establishment using EPD methodologies.

2

Real-Time Monitoring

Continuous data collection through IoT sensors and satellite monitoring for accurate carbon tracking.

3

Verification & Registry

Third-party verification and registration with appropriate national and international carbon registries.

4

Ongoing Validation

Continuous validation and reporting to maintain registry compliance and market confidence.

International Alignment

Article 6 Compliance

Full alignment with Paris Agreement Article 6 mechanisms for international carbon market participation and cooperative approaches.

CORSIA Standards

Compliance with International Civil Aviation Organization's Carbon Offsetting and Reduction Scheme for International Aviation.

NEEDCs vs GS-VERs

Maintaining CO₂e equivalence between National Environmentally Equivalent Development Credits and Gold Standard Verified Emission Reductions.

Verification Status

Current methodology under review by Gold Standard Foundation with positive preliminary feedback on EPD integration approach.

Visual Impact & Site Deployment

Salazie Road project site showcasing the integration of sustainable solar infrastructure within Mauritius's natural landscape.

Solar Array Deployment - Aerial View
Solar Grid Formation

Salazie Road Site

Project coordinates: 20.2°S, 57.5°E

Total area: 2.5 hectares

View on Google Maps

Deployment Specifications

Solar Array Configuration

2,600 photovoltaic panels arranged in optimized grid formation for maximum energy capture and minimal environmental impact.

Environmental Integration

Careful positioning to preserve existing vegetation corridors and maintain natural water drainage patterns.

Monitoring Infrastructure

Advanced sensor network for real-time performance tracking and environmental impact assessment.

1 MW
Peak Capacity
1,182 t
Annual CO₂ Reduction

Annual Energy Production

1,575.6 MWh
Total Energy Output
£90,400
CEB buy-back MUR 3.50 per kWh Annual Revenue

Investor Dividend Calculation

Initial Investment: £100,000
12-month term (8% simple):
£8,000
Bonus Share (1% of VER annually × 10 years):
1% × £90,386 × 10 = £90,386
Bonus Share (1% of NEED):
1% × £63,599 = £635.99
Total Repayment to Investor: £199,021.99
£100,000 + £8,000 + £90,386 + £635.99

Project Timeline

Q4 2024: Site preparation
Q1 2025: Installation begins
Q2 2025: Grid connection

Initial Carbon Payback Period

2.16 Years

Time to offset manufacturing emissions

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8% return + 1% Carbon sales
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Performance Metrics

Annual Energy Production

1,575.6 MWh

Reliable, clean energy injection, contributing to national energy security targets.

Annual Carbon Offset Reduction

1,181.8 tCO₂e/year

(1,575.6 MWh × 0.75 tCO₂e/MWh)

Generates a high-quality, verifiable carbon asset for offset issuance under Article 6 cooperation.

Total Lifetime Carbon Offset [25yrs]

29,545 tCO₂e

A substantial, long-term contribution towards national decarbonisation goals.

Ready to Scale Impact?

Access comprehensive documentation and technical specifications for Clean Wave Org's VECO methodology.

Global Terms & Conditions

Comprehensive legal framework and operational guidelines for international deployment.

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Technical Brief

Detailed methodology specifications, verification protocols, and implementation guidelines.

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