GCF · Pre-approvedCongo Basin Carbon Credits · Investor Brief 2026

Africa's natural-capital platform.
Built one investable project at a time.

CBCC is building a scalable natural-capital platform across 7.48 million hectares of the Congo Basin — starting with targeted, high-integrity restoration projects and progressively expanding into forest protection, sustainable land use and landscape-scale conservation.

01
Start targeted
VM0047 ARR
02
Prove integrity
Removals · MRV · FPIC
03
Generate revenue
High-integrity carbon assets
04
Reinvest
New project instances
05
Scale
7.48M ha landscape platform
The destination
7.48M
Hectares · broader CBCC landscape opportunity
132.2M
Potential net tCO₂e · 25-year programme
$325M+
Illustrative lifecycle FCF
213.9%
Illustrative project IRR

These figures represent the long-term programme opportunity, not the capital required on Day One. CBCC's investment strategy is to develop the landscape progressively through discrete, financeable project instances.

02 · The Investment Pathway

We are not financing seven million hectares upfront. We are financing the platform that can progressively unlock them.

Phase 1 · VM0047 · ARR

Create the first high-integrity carbon-removal assets.

CBCC begins with carefully selected degraded and restoration-eligible areas where the company can establish clear baselines, implement restoration, develop nurseries, create local employment and demonstrate measurable carbon removals.

Entry point into the platform
Investor value
  • Tangible project interventions
  • Measurable carbon removals
  • Strong environmental additionality
  • Visible community impact
  • Demonstrable implementation capability
  • Lower complexity than developing the full landscape at once
Impact
Carbon removals · Ecosystem restoration · Employment · Biodiversity recovery
Start targeted.
Prove integrity.
Reinvest.
Scale.
03 · Why the platform works

The scale is the destination.
The project instances are the investment.

CBCC does not need to solve seven million hectares on Day One. The initial capital is deployed into targeted, measurable project instances designed to establish implementation capability, generate high-integrity carbon assets and create the infrastructure required to scale.

Each successful project strengthens the platform and creates the basis for the next.

01
Capital
02
Targeted carbon projects
03
Validated carbon assets
04
Carbon / offtake revenue
05
Community benefits
06
Reinvestment
07
More project instances
08
Expanding eligible landscape
7.48M
ha platform

Every project makes the next one easier.

CBCC's competitive advantage is not simply access to carbon credits. It is the progressive accumulation of reusable infrastructure and relationships.

Each successful project instance builds infrastructure, institutional knowledge and local relationships that can be reused across subsequent projects. As the platform matures, the marginal cost and implementation risk of developing additional project instances should decline.

Government relationships
FPIC capability
Community partnerships
GIS
MRV
Field teams
Nurseries
Safeguards
Benefit sharing
Validation capability
Carbon-market access
CBCC
Platform
05 · The intelligence layer

The forest is the asset.
AI is the intelligence layer.

CBCC is designed to deploy advanced AI, Earth observation and geospatial intelligence across the natural-capital lifecycle — from identifying the first investable hectares to monitoring and managing projects at landscape scale.

Layer 1 · The land
7.48M hectares
Layer 2 · The project platform
ARR · AUD · LCIP · Biodiversity · Community development
Layer 3 · The intelligence layer
AI · Earth observation · Geospatial · ML · MRV · Data infrastructure
= Natural capital at scale
Digital landscape · 9/9 layers
Illustrative visualisation of layered geospatial intelligence — not live project data.

From static project documents
to a living digital landscape.

Nature-based projects generate enormous volumes of spatial, environmental, operational and financial data. The opportunity is not simply to collect that data. It is to turn it into intelligence.

Land
Data
AI
Intelligence
Capital
Scale

Why AI matters to CBCC

01
Origination

Identify and prioritise the most suitable areas for new project development.

02
Monitoring

Continuously analyse satellite, remote-sensing and field information.

03
Development

Accelerate repetitive analytical and documentation workflows.

04
Risk

Identify anomalies, changes and areas requiring human investigation.

05
Scale

Support larger landscapes without analytical workload and headcount growing linearly.

AI is not an extra feature. It is a scale economy.
06 · AI across the lifecycle

Intelligence at every stage.

01
Discover
AI-assisted land screening
02
Select
Project suitability
03
Design
Baseline + carbon modelling + documentation support
04
Implement
Digital project workflows
05
Monitor
Continuous Earth observation + MRV
06
Verify
Human + independent validation
07
Manage
Performance + risk intelligence
08
Scale
Identify the next project
Scale
New data
Better intelligence
The flywheel, upgraded with AI
Capital
AI identifies priority land
Project development
AI assists analysis + documentation
High-integrity carbon assets
AI monitors performance
Revenue
Reinvestment
AI identifies the next project
Scale
More projects → more data → better intelligence → better projects.

AI-powered project origination

The first question is not how to develop 500,000 hectares. It is: which hectares should be developed first?

Land coverHistorical land-use changeRestoration potentialCarbon densityDegradationDeforestation pressureAccessibilityLand-use characteristicsMethodology suitabilityProject economicsOther spatial datasets
7.48M ha
AI screening
Suitability
Prioritisation
Investable project instances
First project
Phase 1 · Restore · VM0047

AI for restoration

  • — Restoration suitability
  • — Land-cover classification
  • — Historical vegetation analysis
  • — Baseline development
  • — Biomass modelling
  • — Carbon-removal estimation
  • — Monitoring
  • — Project prioritisation

Outputs are AI-assisted, modelled, screened and prioritised — subject to field validation. AI does not independently establish certified carbon removals.

Phase 2 · Protect · VM0048 + VMD0055

AI for forest protection

Detecting forest-cover change, new clearings, degradation, fire, road expansion, agricultural encroachment and other anomalies.

Continuous data
AI change detection
Risk scoring
Alert
Field verification
Intervention

A living MRV system

Satellite
SAR
LiDAR
Drone imagery
Ground measurements
Community observations
Project documentation
AI fusion layer
Natural-capital intelligence

AI does not replace field measurement or independent verification. It improves the ability to process, compare and continuously interrogate evidence.

From geospatial AI
to multimodal intelligence.

Satellite imageryGISLiDARField dataTechnical documentsPDDsMonitoring reportsLegal / concession documentsFinancial modelsCommunity data
One landscape. One intelligence layer.
Target architecture · not yet complete

From AI assistants to AI agents.

The next generation of AI can move from answering questions toward executing structured workflows under human supervision.

Origination agent
Screens potential project areas.
MRV agent
Monitors landscape changes.
Document agent
Organises evidence and assists documentation.
Human-in-the-loop
AI assists. Experts remain accountable.
Carbon agent
Runs modelling scenarios.
Risk agent
Flags operational and environmental anomalies.
Investment agent
Consolidates project intelligence.
Conceptual future architecture
Long-term technology roadmap

Toward a digital twin of the landscape

Over time, CBCC can progressively build a digital representation of the landscape — combining ecological, carbon, operational, spatial and financial information into a continuously evolving intelligence system.

Physical landscape
⇅
Digital landscape
Forest coverCarbon stocksRestoration areasDeforestation riskInterventionsInfrastructureMRV dataBiodiversityCommunity programmesCarbon issuanceFinancial performance
The data opportunity

The more the platform develops, the more intelligent it can become.

Each project generates geospatial, field, carbon, restoration, monitoring, operational, community and economic data — progressively improving selection, modelling, monitoring, risk detection and capital allocation.

Data
Intelligence
Better projects
More data

Structured project-specific data creates the potential for increasingly sophisticated proprietary intelligence over time. No proprietary AI moat is claimed today.

Advanced AI. Institutional controls.

Source data
AI processing
Model output
Human review
Validation
Audit trail
Traceability

Material outputs traceable to source data.

Human oversight

Critical decisions require qualified human review.

Version control

Models and datasets are versioned.

Validation

Material outputs subject to appropriate validation.

Data provenance

Source and processing history maintained.

Model risk

Limitations and uncertainty documented.

Community safeguards

AI never replaces FPIC or community decision-making.

AI-assisted · human-in-the-loop · subject to validation.

AI does not replace the forester.

It gives the forester a much larger field of view.

AI+Forestry+Remote sensing+Carbon science+Community knowledge+Field verification
= Better decisions at landscape scale

Technology roadmap

Indicative direction — not a guaranteed product-release schedule.
● Current
  • — AI-assisted geospatial analysis
  • — Remote sensing
  • — Project screening
  • — Data integration
  • — MRV support
Next
  • — Multimodal project intelligence
  • — AI document workflows
  • — Dynamic monitoring
  • — Risk detection
  • — Natural-capital analytics
Future
  • — AI agents
  • — Landscape digital twin
  • — Predictive modelling
  • — Intelligent capital allocation
  • — Cross-project learning

There is no separate technology funding ask. The same initial US$3M that establishes the first project instances also establishes the data, MRV and technology infrastructure required to make subsequent projects faster and more scalable.

07 · Technical intelligence partner
RAMO
AI · Geospatial intelligence · Nature-based solutions
Visit ramo.earth

CBCC will work with RAMO as a technical partner to support the deployment of advanced geospatial intelligence, AI-enabled land analysis and nature-based project development capabilities across the platform — drawing on RAMO's publicly described work in geospatial analytics, AI-enabled land scanning, remote sensing, machine learning and ARR / REDD screening.

CBCC
  • Landscape access
  • Government relationships
  • Communities
  • Project development
  • Capital
  • Carbon market
RAMO
  • AI
  • Geospatial intelligence
  • Remote sensing
  • Machine learning
  • Project origination
  • Nature-tech infrastructure
AI-enabled CBCC platform

Complementarity, not dependency. RAMO is a technical partner; this does not imply ownership, exclusivity or full integration.

04 · Proof of Progress

The platform does not
start from zero.

Government relationships, project documentation, operating infrastructure and GCF engagement are already in place. Phase 1 begins from an institutional foundation that has already been built.

CBCC has moved well beyond concept. Ministerial approval, a sovereign MoA, a completed PIN, an operational PMU, and GCF pre-approval give investors institutional-grade traction before the first VCU is issued.

Green Climate Fund · Direct Access
GCF pre-approval cleared.

CBCC passed GCF pre-screening under the Revised Accreditation Framework and has been formally invited to full Direct Access (non-governmental) accreditation. A catalytic grant proposal is submitted to fund the non-revenue-generating foundational elements: advanced MRV technology, capacity building, and legally binding Benefit Share Agreements.

GCF Pre-Approval
Pre-approved

Cleared GCF pre-screening under the Revised Accreditation Framework. Invited to full Direct Access accreditation. Catalytic grant proposal submitted for the $3.3M foundational phase.

Ministerial Approval
May 26, 2021

Formal agreement of the Minister of Forest Economy authorising CBCC to develop the ER program in Cuvette and Cuvette-Ouest.

Sovereign MoA
Signed Dec 2023

Memorandum of Agreement designates CBCC as official project carrier and carbon-credit commercialisation agency. Decree 2022-1923 established the Forest Carbon Task Force.

Project Idea Note
Confirmed Apr 2023

PIN elaborated and officially transmitted to the Ministry. Completed in national project tracking as of October 2024.

Business Plan
Feb 2023

25-year financial model, economic structure, implementation modalities and operational assumptions finalised.

PMU Operational
Since Oct 2022

Program Management Unit (UGP) coordinating daily on-ground activities across Cuvette & Cuvette West.

Institutional Timeline · 2021 – 2026

From ministerial letter to GCF pre-approval.

2021
Ministerial Authorisation

May 26, 2021 — Minister of Forest Economy grants formal agreement for CBCC to develop the emission-reduction program.

2022
PMU Established

October 2022 — Program Management Unit (UGP) created to coordinate daily on-ground activities and roadmap execution.

2023
Documentation & MoA

Business Plan finalised (Feb). PIN transmitted and confirmed (Apr). Sovereign MoA signed, designating CBCC as project carrier (Dec).

2025
Pre-Monitoring Stage

Currently executing final concession agreements, PDD finalisation, BSA/BSP signature and advanced MRV deployment.

2026
GCF Pre-Approval

Cleared GCF pre-screening under the Revised Accreditation Framework. PIN listed as completed in national project tracking (Oct).

Funding Strategy
Catalytic GCF grant to de-risk foundational elements
$3.28M
catalytic GCF grant
US$3M
bridge equity raise
  • Advanced MRV technology — drones, GIS, LiDAR baselines
  • Capacity building for ground teams and CLPA representatives
  • Finalisation of legally binding Benefit Share Agreements (BSA)
  • PDD final version and third-party validation pre-rating
  • Marketing and working capital through first issuance
Social Governance
FPIC, BSP/PPB and a mandatory community share.

CBCC developed a draft FPIC standard tailored to the Republic of Congo to ensure local communities and indigenous peoples (CLPA) are true partners. The Benefit Sharing Plan (BSP/PPB) establishes:

15%
Mandatory community revenue share
$6.50
Average government royalty per ER
05 · Project Footprint

The landscape we can
ultimately unlock.

The broader CBCC landscape represents the long-term opportunity. The investment strategy is to progressively bring selected areas into the platform through financeable project instances.

Africa — Republic of Congo highlighted
Republic of Congo — Cuvette and Cuvette West districts
Africa location inset
Republic of Congo
Cuvette + Cuvette West
Lat 1.0° S · Lon 16.5° E
Total area
7,026 kha
District
Cuvette
3,881 kha
District
Cuvette West
3,145 kha
  • Second-largest intact rainforest on Earth
  • World's most carbon-dense peatland complex (~30 GtC)
  • Critical habitat · Forest Elephants & Western Lowland Gorillas
  • Sovereign concession secured · 25-year horizon
06 · Methodology

Two carbon engines. One integrated platform.

Phase 1
VM0047 · ARR
Removals
● Entry point
Phase 2
VM0048 + VMD0055 · AUD
Emission reductions
Phase 3
LCIP + Sustainable land use
Drivers of deforestation
Phase 4
Additional methodologies
Portfolio expansion
Phase 5
Integrated landscape
Natural-capital platform
Engine 1
Carbon removals
ARR
VM0047
  • — Restoration
  • — Long-term biological sequestration
Engine 2
Emission reductions
AUD
VM0048 / VMD0055
  • — Forest protection
  • — Avoided deforestation
Portfolio diversification · not dependent on a single methodology · technical detail below
07 · Integrity · Technical detail

Technical frameworks & governance

Methodology detail, FPIC and safeguards for diligence. Subject to validation.

REDD+ Avoidance · EFIR
7,026 kha
Long-dated avoidance · ~132M tCO₂eq potential
  • Cuvette concession · 3,881 kha
  • Cuvette West concession · 3,145 kha
  • Reduced Impact Logging (EFIR) protocol
  • High Conservation Value forest protection
  • Critical habitat · Forest Elephants & Western Lowland Gorillas
  • VERRA/VCS + CCB Gold dual certification
FPIC Protocol · RoC Law 33-2020

Five gated stages of community consent.

Benefit Sharing Plan · BSP/PPB

Revenue is shared before it is spent.

The BSP/PPB locks in mandatory allocations for CLPAs and the sovereign royalty, then routes the balance to operations and reinvestment.

Community Share
15%
Of carbon revenues
Govt Royalty
$6.50
Per ER (avg.)
Reinvestment
Balance
MRV, ops, PDD, marketing
MODULE 05 · ER METHODOLOGY & LIFECYCLE FORECAST

Technical integrity:
ER methodology and lifecycle issuance projections.

Every credit CBCC issues is calculated under Verra/VCS and CCB standards, then conservatively adjusted for leakage, uncertainty and a 15% Verra buffer pool. The result is a defensible, investment-grade issuance forecast of 132.2 million net VCUs across the 25-year lifecycle.

CORE EQUATION
RE = ΔREsc.Ref − ΔREsc.Project − ΔLeakage
ΔRE Reference
Baseline emissions in the absence of project intervention.
ΔRE Project
Actual measured emissions during implementation.
ΔLeakage
Emissions displaced outside project boundaries — modeled at 5%.
Carbon pools: above-ground and below-ground woody biomass are the primary measured reservoirs.
VERRA / CCB METHODOLOGIES
  • VM0010Improved Forest Management
  • VM0015Avoided Unplanned Deforestation
  • VM0047 / ARRAfforestation, Reforestation, Revegetation
  • CCBClimate · Community · Biodiversity Standard
NON-PERMANENCE BUFFER
15% of all credits

Mandatory deduction into the Verra pooled buffer account — insuring the portfolio against reversal risk across the lifecycle.

UNCERTAINTY DEDUCTION
±15% @ 95% CI

If measurement uncertainty exceeds the threshold, a direct deduction is applied to final issuance — ensuring conservative, audit-ready results.

LIFECYCLE WATERFALL · 25 YEARS

From gross baseline to net issued VCUs

All values in Mt tCO₂e
Gross baseline Conservative deductions Net VCUs issued
25-YEAR ISSUANCE CURVE

Ramp-up to steady-state by Year 6

~4.22M
VCUs / year · steady state
36.3M
NET ERs · YEARS 1–10
4.15–4.24M
ANNUAL AVG · Y6+
132.2M
25-YR LIFECYCLE TOTAL
ACTIVITY CONTRIBUTIONS · 10-YEAR

Where the credits come from

Conservation / REDD+ (ARR)35.8M
Local Community (LCIP)13.3M
Forest Managers (RIL/IFM)2.39M
Commercial Ag. (RSPO)1.11M
Conservation/REDD+ dominates near-term issuance; LCIP and IFM streams scale alongside community onboarding and forest management certification.
07 · Integrity · Roadmap to first issuance

18 months from
Phase 1 first credits.

CBCC is in Stage 4 of a 6-stage Verra-aligned development pipeline. First Phase 1 credits expected within ~18 months. Long-term, the overall project is estimated at 3–4 million VCUs per year.

Stage 1
Site Selection
Locked in national cadastres
Stage 2
Project Idea Note
PIN confirmed · Apr 2023
Stage 3
Scoping & MoA
MoA signed Dec 2023
Stage 4
Pre-Monitoring
Concession · FPIC · PDD · BSA · BSP
5
Stage 5
Pre-Verification
Final PDD + Monitoring Report
6
Stage 6
VCU Issuance
Phase 1 first credits · ~18 months
Currently · Stage 4
18 months to Phase 1 first credits · 3–4M VCUs / yr long-term (overall project)
Final concession agreements · BSA · BSP under signature
Digital MRV
Drones + GIS

Continuous satellite + LiDAR baseline. Sub-hectare deforestation alerts.

Local Jobs
807 stable

Forest guards, MRV technicians, community liaison officers. Living wage indexed.

Independent Verification
ART-TREES + Verra CCB

Dual registry. Annual third-party audits. Public dashboard.

08 · Why Now

Why now: the flight to quality.

The next generation of carbon investment is moving away from undifferentiated volume and toward projects combining measurable climate impact, strong governance, biodiversity and durable community outcomes. CBCC is designed for that market.

MSCI forecasts (scenario) project voluntary carbon demand outpacing registered supply by a factor of 3.4× by 2050 — requiring $1 trillion in additional capital to catalyze institutional-grade supply.

Cumulative capital · USD bn
Supply vs Demand · 2030 → 2050
MSCI Research · Sep 2023

Regulatory Hedge

EU CBAM, SEC climate disclosures and Article 6.2 alignment are converging. Tier-1 buyers must lock long-dated ITMO-eligible supply before pricing dislocates.

Soil-Carbon Moat

The Cuvette Peatland Complex stores ~30 GtC — the densest tropical carbon stock on Earth. Avoidance here is scientifically irreplaceable.

Flight to Quality

MSCI projects a market bifurcation post-2027: low-integrity credits collapse, premium jurisdictional REDD+ trades at $40–80/t with 15% Verra buffer protection.

09 · Economics · Modelled scenario

One slider. The entire
25-year revenue split.

Simulate carbon price
$25/ tCO₂e
$15 floor$25 base$40 premium
Lifecycle revenue
$1080M
@ $25/tCO₂e
Government Share
$500M(46.3%)
Community Benefit
$320M(29.6%)
Direct Infrastructure
$215M(19.9%)
Mitigation & Reforestation
$45M(4.2%)
Government Share
$500M
Sovereign royalty
Community Benefit
$320M
15% revenue share
Direct Infrastructure
$215M
Education · health · energy access · financial inclusion
Mitigation & Reforestation
$45M
Operational forestry budget
10 · Impact

Carbon finance with development impact.

Impact is not an add-on to the investment case — it is what makes the carbon assets durable. Community economics reduce leakage; protected habitat underpins permanence.

SDG 1
No Poverty
Benefit sharing · employment · enterprise development
SDG 2
Zero Hunger
Agroforestry · sustainable agriculture
SDG 8
Decent Work
Restoration · MRV · nurseries · NBS enterprises
SDG 12
Responsible Production
Sustainable land use · forest value chains
SDG 13
Climate Action
Removals + avoided emissions
SDG 15
Life on Land
Forest · habitat · biodiversity
Carbon
Removals + avoided emissions
Communities
Income · employment · benefit sharing
Biodiversity
Forest · peatlands · habitat
Natural
capital
11 · Leadership

Built by operators.
Not promoters.

Government + communities + forestry + finance + carbon markets + infrastructure

Forestry, frontier-market private equity, structured finance and energy infrastructure — a leadership team that has already executed at scale across Sub-Saharan Africa.

GH
Gerhard Hoffman
Founder & CEO

Forestry background. Former West African trade lead at Dalhoff Larsen & Horneman (peak: world's largest timber company). Operated concessions across RoC and Gabon.

LGB
Luis G. Branco
Non-Executive Director

15+ yrs PE & investment. Led $1Bn+ M&A across frontier Africa. Founder of ZeroPact (Wired Top 100 EU Startups), a certified emissions intelligence engine.

EB
Eliane Bajak
Financial Director

FCCA & Chartered Agricultural Engineer. Tier-1 finance roles at Barclays, Siemens, Michelin. Currently CFO Solgenics. Prior: 8+ yrs Atlantic Rainforest conservation, São Paulo.

JDS
Jose D. Santos
Non-Executive Director

35+ yrs in African ports & logistics. Led Vale's coal terminal at Beira and Nacala corridor. Leading battery minerals ventures across Mozambique.

JP
Justin Pengilly
Director

Founder of Captive Power (SA). Co-founder of GridX Africa. Solar development across Sub-Saharan Africa. Prior: QKR Corporation (Navachab Gold), Patersons Securities ASX IPOs.

JH
Jared Hawker
Director

Finance & sustainability professional, Cape Town. Co-Founder of Captive Carbon and Business Development at Captive Power. Former Managing Director of 2Help1 Group. Investment Manager at Investec; earlier NAV Calculations Specialist at J.P. Morgan. BBusSci Accounting & Finance, University of Cape Town.

Investment thesis

Five reasons to invest now.

01
Scale

A potential 7.48M-hectare natural-capital platform in the Congo Basin.

02
De-risked foundation

Government engagement, sovereign MoA, project documentation, PMU and GCF engagement already established.

03
Capital efficiency

The platform can be developed progressively rather than requiring full landscape financing upfront.

04
Diversified carbon economics

ARR removals + AUD emission reductions + sustainable land use + future methodologies.

05
African natural capital

Carbon finance becomes the mechanism for restoration, biodiversity protection and community-led economic development.

12 · Investment Ask

Capital to launch the platform.

Platform upside · programme potential
7.48M ha
Landscape
132.2M
Potential net VCUs
$325M+
Illustrative lifecycle FCF
213.9%
Illustrative IRR
Initial investment · this round
US$3M
for 15% equity
Bridge to first project instances and first issuance. US$3M does not represent the cost of developing the entire 7.48M-hectare opportunity.
The capital ask

US$3M
for 15% equity.

The US$3M equity bridge funds the first investable project instances and the infrastructure required to validate, finance and replicate CBCC's model. It is not a request to finance the full landscape upfront. The broader foundational phase is budgeted at $3.3M and is the subject of a catalytic GCF grant proposal. This $3M equity bridge unlocks PDD finalisation, BSP execution, ground capacity and pre-rating. 18 months to first Phase 1 credits; 3–4M VCUs per year is the long-term estimate for the overall project.

Capital allocation
  • PDD Final Version24%
  • BSA · BSP · Final MoA22%
  • Advanced MRV Tech18%
  • Pre-Rating Exercise14%
  • Ground Capacity Building12%
  • Marketing & Working Capital10%
US$3M→First project instances→First carbon assets→First revenues→Reinvestment→Platform scale→7.48M ha
Illustrative programme-level financial projections · not guaranteed investor returns
ROIC
14×
Modelled · Return on Invested Capital
Project IRR
213.9%
Modelled · Internal Rate of Return
Payback
5 yrs
From first issuance
Steady-State FCF
$12M / yr
From Year 3 onward
Cumulative FCF → +$325M
Next step
Data room access · diligence call
PDD draft · concession agreements · third-party validation reports
Request the data room →
Institutional Investment Brief · 2026

Take CBCC into the investment committee.

Download the institutional investment brief — a concise, investment-grade overview of the CBCC platform, development pathway, economics, governance and investment opportunity.

From the first hectare
to 7.48 million.

Restore→
Protect→
Transform→
Expand→
Scale
7.48M ha
Landscape opportunity
132.2M tCO₂e
Programme potential
Carbon + Communities + Biodiversity
Natural capital
Land
7.48M ha
Carbon
132.2M tCO₂e
Data
Earth observation + MRV
Intelligence
AI + geospatial
Capital
US$3M initial equity
Scale
→
A landscape that can be measured.
A platform that can learn.
An asset that can scale.

This is not a single carbon project.
It is a platform for African natural capital.

The opportunity is too large to finance all at once.
That is precisely why CBCC is being built in stages.

Start targeted.
Prove integrity.
Reinvest.
Scale.
Investor access

Join the first stage.

CBCC is opening the next stage of its development to strategic and financial investors seeking exposure to high-integrity African natural capital. The first US$3M of equity is designed to establish the initial project instances, complete critical development work and create the foundation for subsequent scale.

We are not asking investors to bet on a 7-million-hectare project. We are asking them to invest in the platform that can build it.