
Is Your Carbon Project Ready? The Evidence to Assemble Before Commissioning a Feasibility Study
Supacare Technical Team
Project Development & MRV Advisory
LinkedIn-ready angle: A feasibility study becomes more useful when the developer can supply evidence on project rights, baseline conditions, methodology fit, MRV, safeguards, regulation and delivery capacity. This guide explains what to assemble before commissioning the work.
A feasibility study becomes more useful when the developer can supply evidence on project rights, baseline conditions, methodology fit, MRV, safeguards, regulation and delivery capacity. This guide explains what to assemble before commissioning the work.
A carbon project can be promising and still be unready for a useful feasibility study. The problem is rarely the absence of a project idea. It is usually the absence of organised evidence: unclear rights, incomplete baseline records, an assumed methodology, missing operating data, unresolved stakeholder questions or financial assumptions that cannot yet be tested.
A feasibility assessment is meant to test whether the proposed activity has a credible technical, regulatory, methodological and commercial pathway. It should not be used to reconstruct basic project facts that the developer could have assembled first. The stronger the evidence entering the assessment, the faster the adviser can identify genuine opportunities, constraints and development costs.
A necessary distinction
Ready for feasibility does not mean ready for approval, registration or credit issuance. It means there is enough reliable information to test the project properly and identify what must be developed next.
1. Define the Project Before Testing the Carbon Case
Start with a short project brief that a person outside the organisation can understand. It should state the activity, location, expected scale, implementing entities, intended beneficiaries, development status and proposed start date. It should also explain what is happening now and what the project will change. A broad ambition such as 'reduce waste' or 'restore degraded land' is not yet a project definition.
Assemble the following project identity evidence:
- A concise project concept, activity description and implementation model
- Site lists, maps, coordinates and the proposed project boundary
- Project scale, technology or intervention type, expected participants and rollout plan
- Current development stage, proposed start date and records supporting that date
- The legal entities, delivery partners and decision-makers involved
2. Establish Rights, Authority and Control
Carbon accounting cannot cure an unclear rights position. Before modelling credits, the developer should be able to explain who owns or controls the land, assets, technology, waste stream or other underlying activity; who may implement the intervention; and who may claim, transfer or share the resulting environmental attributes. The exact evidence varies by project type, but unresolved control or carbon-right questions are material feasibility risks.
Relevant records may include:
- Company registration, mandates and board or management authority
- Land titles, leases, concessions, access agreements or resource-use rights
- Implementation, supplier, aggregator, technology or facility agreements
- Community or participant mandates and benefit-sharing arrangements
- A preliminary legal view on ownership of emission reductions or removals
3. Identify the Standard and Methodology Without Treating Either as Guaranteed
A methodology is not a label added after the project is designed. It defines applicability conditions, project boundaries, baseline and additionality tests, quantification procedures and monitoring requirements. Verra states this directly in its methodology framework. A credible feasibility assessment must therefore test the current methodology version against the actual project facts, not choose a methodology because a similar project used it elsewhere.
Prepare a methodology screening note covering:
- The proposed crediting programme and current methodology version
- Each applicability condition and the evidence that the project meets it
- Likely project boundary, emission sources, carbon pools and leakage sources
- Required tools, modules, default factors and programme-level rules
- Known methodology revisions, transitions or host-country constraints that could affect timing
4. Build the Baseline Evidence Pack
The baseline describes what would most plausibly happen without the project. It is not simply the current condition and should not be selected because it generates the largest number of credits. The evidence pack should allow the feasibility team to test historical performance, operating practice, market conditions, legal requirements and alternative scenarios.
Useful baseline evidence includes:
- Historical activity, production, fuel, electricity, waste, land-use or operational records
- Invoices, weighbridge records, meter readings, disposal records, laboratory results or remote-sensing data
- Existing equipment, processes and service arrangements
- Applicable laws, permits and mandatory practices
- A data-gap note showing what is unavailable, why, and how it may be addressed conservatively
5. Demonstrate Why the Activity Is Not Business as Usual
Additionality must be tested using the route required by the selected methodology and programme. Depending on the activity, this may involve regulatory surplus, investment analysis, barriers, common practice, prior consideration of carbon finance or a positive list. The developer should retain dated evidence. A later narrative prepared from memory is weaker than contemporaneous budgets, minutes, quotations and financing records.
Prepare, where relevant:
- Capital and operating cost estimates, quotations and financing assumptions
- Board papers, investment decisions or records showing when carbon finance was considered
- Evidence of barriers, prevailing practice and available alternatives
- A legal review of what is already mandatory
- A clear explanation of how carbon revenue or certification changes the decision or scale
6. Test Whether the Project Can Be Monitored in Practice
A projected volume is only as credible as the data system that will support it. Verra's project description requirements call for the data and parameters to be monitored over the project, while Kenya's 2026 Guide asks for credible MRV arrangements, defined parameters, data systems, quality controls, reporting responsibilities and verification planning. The feasibility team therefore needs to see not only what could be measured, but who will measure it, how often, with what equipment and how the records will be protected.
An initial MRV pack should contain:
- A parameter register listing units, sources, frequency and responsible persons
- Sample field forms, digital workflows or facility data records
- Meter, sensor, laboratory, remote-sensing or sampling requirements
- Quality assurance, calibration, exception handling and corrective-action procedures
- Data storage, access control, backup, retention and document version rules
7. Prepare Safeguards, Stakeholder and Benefit-Sharing Evidence
Stakeholder engagement is not a communications activity added at validation. Gold Standard identifies safeguards, stakeholder inclusivity and sustainable-development provisions as mandatory across its projects. Kenya's framework also expects affected communities, environmental and social risks, stakeholder engagement, grievance handling and benefit sharing to be addressed at the relevant stages.
Before feasibility, assemble at least:
- A stakeholder map covering affected people, rights holders, authorities and delivery partners
- Records of any engagement already conducted and commitments already made
- A preliminary environmental and social risk and safeguards screen
- An approach to grievance handling, informed participation and consent where applicable
- The proposed benefit-sharing principles, without promising benefits that have not been modelled
8. Map the Kenya Regulatory Pathway
For a Kenya-based project, the feasibility assessment should map national, county and sector requirements alongside the carbon programme rules. The Government's 2026 Guide separates No-Objection, Approval and, where international transfer is sought, Authorisation. At concept stage it looks for a clear project, defined location and duration, additionality and baseline logic, safeguard readiness, legal compatibility, methodology credibility and an initial MRV pathway. Later approval requires a much fuller project design and supporting evidence.
Create a regulatory register covering:
- The Climate Change Act, Carbon Markets Regulations and current Government guidance
- Environmental assessment or audit requirements and applicable NEMA licensing
- County support, sector permits and land or community requirements
- The intended use of credits: voluntary, domestic, export or Article 6 pathway
- Which approvals are required now, later or only if a particular transaction route is chosen
9. Show That the Project Can Be Delivered and Financed
A technically eligible project may still be commercially infeasible. The assessment should test implementation costs, carbon development costs, validation and verification, monitoring, registry fees, working capital, delivery capacity, expected crediting timelines and realistic routes to market. Carbon revenue should not be presented as guaranteed income.
Prepare the commercial and delivery file:
- A phased implementation budget and funding plan
- Named technical, operational, legal, safeguards and MRV responsibilities
- Supplier or partner quotations and evidence of implementation capacity
- A realistic schedule showing dependencies and approval gates
- Sensitivity cases for volume, price, cost, delay, underperformance and verification outcomes
10. Organise an Evidence Room, Not a Folder of Attachments
The final preparation step is document control. Create a structured evidence room with a document register, owners, dates, version numbers and confidentiality levels. Separate source evidence from working analysis. Record assumptions and unresolved questions. A feasibility study is easier to defend when another reviewer can follow the evidence trail without relying on the memory of one project champion.
Pause before commissioning
Do not commission a full feasibility study if the core activity is still undefined, the project site or rights are materially disputed, no credible baseline data exists, the methodology's applicability conditions are plainly unmet, or the developer cannot explain who will implement and monitor the activity. Resolve the foundation first or commission a narrower pre-feasibility screen.
What a Good Feasibility Study Should Produce
A useful study should conclude with more than an indicative credit volume. It should provide an evidence-based view of methodology fit, baseline and additionality, expected quantification, MRV design, safeguards and stakeholder requirements, regulatory pathway, development schedule, cost range, key risks, data gaps and a clear proceed, proceed with conditions, redesign or stop recommendation.
“The purpose of project readiness is not to make the project look complete. It is to make uncertainty visible early enough to manage it.”
, Supacare Solutions
Use the downloadable Carbon Project Readiness Checklist to review the evidence before appointing an adviser. It is programme-neutral and should be adapted to the project's activity, jurisdiction, selected standard and current methodology. Completion of the checklist does not confirm eligibility, registration, authorisation, issuance, financing or credit price.
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LinkedIn-ready angle: A feasibility study becomes more useful when the developer can supply evidence on project rights, baseline conditions, methodology fit, MRV, safeguards, regulation and delivery capacity. This guide explains what to assemble before commissioning the work.
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Project Readiness Tool
Use the checklist to identify what is ready, partial or missing before commissioning a feasibility assessment.