Climate Finance Training Course

Participants can interpret climate policy commitments and translate them into investment assumptions.

• Nationally Determined Contributions translated into sector targets and investment signals
• Long-term low-emission development strategies compared with near-term implementation plans
• Carbon pricing instruments: taxes, emissions trading systems and crediting mechanisms
• Policy additionality tested against existing mandates, subsidies and regulations
• Just transition principles incorporated into project screening and stakeholder engagement
• Regulatory change scenarios linked to revenues, costs and asset values

Participants can build and interpret a basic climate project financial model.

• Project cash flows structured from capital costs, operating costs and revenues
• Discounted cash flow model calculates NPV, IRR and payback period
• Weighted average cost of capital assembled from debt, equity and concessional tranches
• Sensitivity tables test tariff, utilisation, fuel-price and carbon-price assumptions
• Debt service coverage ratio assessed against lender covenants and repayment profiles
• Sources-and-uses schedule reconciles development, construction and financing requirements

Participants can compare financing instruments and identify appropriate structures for climate investments.

• Green bonds matched to eligible expenditures under Green Bond Principles
• Sustainability-linked loans structured around credible KPI and SPT mechanisms
• Project finance allocates construction, resource, offtake and political risks
• Blended finance instruments combine guarantees, first-loss capital and grants
• Insurance and political risk cover assessed within financing terms
• Term sheets compare pricing, tenor, security and reporting obligations

Participants can connect transition plans to abatement priorities, capital expenditure and governance.

• Science-based targets translated into capital allocation and operational milestones
• Transition plan sequences abatement measures, financing needs and governance actions
• Marginal abatement cost curves rank measures by cost and emissions impact
• Stranded-asset exposure tested under demand, policy and technology scenarios
• Capital expenditure taxonomy separates maintenance, transition and green investment
• Board-level climate governance assigns accountability, incentives and escalation routes

Participants can define organisational boundaries and assess the quality of emissions data.

• GHG Protocol organisational boundaries set using equity-share and control approaches
• Scope 1 and 2 emissions calculated from activity data and factors
• Scope 3 categories screened using spend-based and supplier-specific methods
• Location-based and market-based electricity emissions reported with contractual instruments
• Data quality scores document completeness, accuracy, timeliness and verification status
• Emissions inventory controls assign owners, evidence requirements and approval steps

Participants can assess whether emissions reductions are quantifiable, additional and credibly monitored.

• Baseline scenarios distinguish business-as-usual assumptions from project intervention effects
• Additionality tests address regulatory surplus, financial barriers and common practice
• Leakage risks quantified for displaced activity, market effects and geographic shifts
• Permanence provisions assess reversal risk, buffer contributions and monitoring duties
• Conservative quantification applies uncertainty deductions and documented assumptions
• Monitoring plans specify parameters, frequency, meters, records and responsible parties

Participants can explain carbon market mechanics and trace a credit from issuance to retirement.

• Allowance markets distinguished from baseline-and-credit systems and offset programmes
• Registry accounts, serial numbers and retirement records establish credit ownership
• Primary issuance, secondary trading and brokerage roles mapped for carbon instruments
• Compliance demand drivers assessed through caps, allocation rules and penalties
• Carbon credit lifecycle tracked from methodology selection through retirement
• Market participants compared: project developers, corporates, traders and verifiers

Participants can assess compliance obligations and carbon price exposure for regulated entities.

• EU ETS cap-and-trade mechanics examined through allowance allocation and surrender
• Allowance position calculated from verified emissions, free allocation and hedges
• Compliance calendar maps monitoring, verification, reporting and surrender deadlines
• Forward contracts and options manage carbon price exposure and liquidity needs
• Market stability reserves and auction design considered in price scenarios
• Cross-border carbon measures evaluated for trade-exposed product cost impacts

Participants can assess voluntary carbon credit procurement and corporate claims decisions.

• Core Carbon Principles used to assess high-integrity credit programmes
• Project methodologies compared for avoided emissions, removals and co-benefits
• Vintage, methodology, geography and delivery risk incorporated into pricing
• Buyer claims tested against VCMI guidance and corporate transition plans
• Carbon credit procurement strategy sets quality thresholds, volumes and retirement timing
• Reputational risk review addresses greenwashing claims and stakeholder scrutiny

Participants can identify key Article 6 transaction controls and corresponding-adjustment risks.

• Article 6.2 cooperative approaches analysed through authorisation and corresponding adjustments
• Article 6.4 mechanism roles distinguished from voluntary crediting programmes
• Host-country letters assessed for scope, timing and revocation conditions
• Internationally transferred mitigation outcomes traced through registries and reporting
• Double-counting controls tested across host-country, buyer-country and corporate claims
• Authorization risk priced within delivery schedules and purchase agreements

Participants can conduct structured due diligence on carbon projects and purchase agreements.

• Due diligence checklist reviews additionality, permanence, safeguards and legal title
• Validation and verification reports examined for findings, qualifications and corrective actions
• Remote sensing, geospatial data and field evidence triangulate project performance
• Benefit-sharing arrangements assessed for community consent and grievance mechanisms
• Purchase agreements allocate delivery, replacement, invalidation and reversal liabilities
• Credit portfolio diversification reduces concentration across project types and jurisdictions

Participants can model carbon market uncertainty and establish risk controls for climate investments.

• Scenario analysis models carbon price paths, policy shocks and demand changes
• Monte Carlo simulation quantifies uncertainty in credit delivery and revenue
• Value-at-risk estimates portfolio loss under defined carbon market confidence levels
• Counterparty credit assessment evaluates payment security, collateral and termination rights
• Foreign exchange exposure incorporated into cross-border project cash flow forecasts
• Risk register assigns likelihood, impact, owner, treatment and residual rating

Participants can evaluate physical and transition risks affecting assets, projects and portfolios.

• Physical hazard screening uses location, asset vulnerability and exposure data
• Climate scenario analysis applies NGFS pathways to financial planning assumptions
• Transition risk heat map ranks policy, technology, market and reputation exposures
• Asset-level adaptation options evaluated through avoided-loss and lifecycle cost analysis
• Climate risk appetite translated into investment limits and escalation thresholds
• Insurance availability and affordability assessed under changing hazard conditions

Participants can prepare climate finance evidence for reporting, lending and investment decisions.

• IFRS S2 disclosure requirements mapped to governance, strategy, risk and metrics
• TCFD recommendations used to structure climate-related financial disclosure narratives
• PCAF methodology attributes financed emissions across lending and investment portfolios
• Financed-emissions data gaps addressed using hierarchy, proxies and improvement plans
• EU Taxonomy technical screening criteria tested against eligible economic activities
• Assurance-ready evidence files link reported metrics to controlled source data

Participants can prepare climate projects for donor, lender and investor engagement.

• Pipeline screening ranks projects by climate impact, bankability and readiness
• Concept notes define theory of change, safeguards and financing rationale
• Investor data rooms organise permits, contracts, models and technical studies
• Grant applications align outcomes, budgets, milestones and donor eligibility rules
• Development finance institution requirements assessed for environmental and social safeguards
• Financing roadmap sequences preparation, approvals, procurement and financial close

Participants can design performance monitoring and evidence systems for funded climate activities.

• Climate finance KPIs link disbursements, milestones, emissions outcomes and safeguards
• Results frameworks distinguish outputs, outcomes, impacts and verification indicators
• MRV system defines baselines, data sources, calculation rules and audit trails
• Portfolio dashboards track commitments, disbursements, performance and risk exceptions
• Post-investment monitoring tests covenant compliance and corrective action triggers
• Impact reports reconcile claims with evidence, boundaries and stated limitations

Participants can build, review and present a complete climate finance and carbon market investment case.

• Select a bankable climate project or corporate transition financing case
• Build integrated cash flow, emissions baseline and abatement forecast model
• Specify funding mix, terms, risk allocation and carbon revenue assumptions
• Prepare carbon market pathway covering methodology, diligence and claims controls
• Draft climate risk, disclosure and monitoring sections for investment approval
• Present investment case to a credit committee using defensible evidence
• Peer review challenges assumptions, data gaps, safeguards and implementation milestones