Low-Carbon Economy Transition Training Course

Participants can assess how energy-system characteristics affect organisational decarbonisation choices.

• Electricity generation mixes interpreted through marginal and average emissions factors
• Grid congestion, curtailment and connection queues assessed for project viability
• Wholesale power prices separated from network, balancing and retail charges
• Capacity markets and ancillary services explained through system reliability requirements
• Energy security risks compared across imported fuels and domestic resources
• Regional energy-transition pathways tested against industrial demand and infrastructure

Participants can define an organisational emissions baseline suitable for transition planning.

• GHG Protocol organisational boundaries selected using equity-share and control approaches
• Scope 1 combustion emissions calculated from fuel consumption and factors
• Location-based and market-based Scope 2 methods distinguished correctly
• Material Scope 3 categories screened using spend and activity data
• Base-year selection documented with recalculation triggers and data-quality ratings
• Emissions inventories reconciled with utility bills, procurement records and production data

Participants can assess policy and carbon-price exposure relevant to transition decisions.

• Emissions trading systems analysed through allowances, caps and compliance obligations
• Carbon taxes compared with trading schemes using cost-certainty criteria
• Carbon border adjustment mechanisms tested against trade flows and product data
• Renewable-energy incentives assessed for eligibility, duration and revenue effects
• Internal carbon prices designed for capital appraisal and procurement decisions
• Regulatory horizon scanning linked to accountable owners and decision dates

Participants can identify material transition issues across operations, markets and value chains.

• Double materiality assessed through impact significance and financial effects
• Value-chain emissions mapped from raw materials through customer product use
• Revenue exposure segmented by carbon intensity, customer demand and regulation
• Asset vulnerability assessed by technology lock-in and remaining useful life
• Supplier dependency analysed using concentration, geography and emissions intensity
• Transition opportunities prioritised by value creation, feasibility and stakeholder relevance

Participants can formulate measurable emissions targets and supporting target architecture.

• Absolute and intensity targets matched to organisational growth assumptions
• Near-term and long-term targets sequenced using intervention lead times
• Science-based target-setting principles applied to boundary and coverage decisions
• Residual emissions separated from avoidable emissions before neutrality claims
• Renewable electricity targets defined through credible procurement criteria
• Target ownership assigned across business units, functions and investment committees

Participants can use climate scenarios to test strategic assumptions and transition resilience.

• Scenario narratives translated into demand, price, policy and technology variables
• IEA scenarios compared for energy demand, fuel prices and generation
• Sensitivity analysis applied to carbon prices, power costs and volumes
• Strategic options stress-tested against delayed transition and rapid-policy cases
• Tipping points identified through threshold analysis and trigger indicators
• Management actions linked to scenario outcomes, owners and review frequencies

Participants can identify and appraise energy-demand reduction opportunities before supply changes.

• Energy baselines normalised for weather, production volumes and occupancy
• ISO 50001 energy review principles applied to significant energy uses
• Energy conservation measures screened by cost, savings and operational disruption
• Measurement and verification planned using International Performance Measurement and Verification Protocol
• Load management opportunities identified from interval-metering and process data
• Rebound effects considered when forecasting net energy and emissions reductions

Participants can compare major clean-energy technology options for operational applications.

• Process heat electrification assessed against temperature, uptime and grid capacity
• Heat pumps evaluated using seasonal performance factors and load profiles
• Onsite solar photovoltaic systems sized against demand, roof area and tariffs
• Battery storage cases modelled using dispatch, degradation and price spreads
• Renewable generation intermittency matched with flexible demand and backup requirements
• Technology readiness levels used to distinguish proven and emerging solutions

Participants can select renewable-electricity procurement structures appropriate to organisational needs.

• Renewable energy certificates assessed for quality, additionality and claim validity
• Corporate power purchase agreements compared across physical and virtual structures
• Contract-for-difference mechanisms modelled against merchant power-price exposure
• Sleeved power purchase agreements mapped through retailer and network arrangements
• Load matching analysed using hourly generation and consumption profiles
• Procurement evaluation criteria balanced across price, term, risk and emissions

Participants can evaluate low-carbon fuel options for hard-to-abate operations.

• Green, blue and grey hydrogen compared using lifecycle emissions factors
• Hydrogen production costs modelled from electricity, utilisation and capital assumptions
• Sustainable aviation fuel pathways assessed for feedstock and certification constraints
• Biomass sustainability evaluated through land-use, sourcing and traceability criteria
• Carbon capture applications screened against concentration, transport and storage access
• Industrial process changes assessed for product quality and operational reliability

Participants can build and interpret a marginal abatement cost curve for investment prioritisation.

• Abatement measures defined with baseline emissions, implementation costs and lifetimes
• Marginal abatement costs calculated using discounted cash-flow assumptions
• Cost curves ranked by emissions potential, cost and delivery dependency
• Avoided energy costs separated from carbon savings and revenue effects
• Intervention interactions adjusted to prevent double-counting emissions reductions
• Non-financial criteria incorporated through weighted multi-criteria decision analysis

Participants can develop financially credible investment cases for transition initiatives.

• Net present value calculated with capital costs, operating costs and savings
• Internal rate of return interpreted alongside payback and strategic value
• Carbon-price assumptions incorporated into discounted cash-flow valuation models
• Green bonds and sustainability-linked loans compared by use-of-proceeds requirements
• Blended finance structures assessed for public, private and concessional capital
• Investment committee papers structured around risks, assumptions and decision rights

Participants can develop supplier-engagement and low-carbon procurement approaches.

• Supplier segmentation combines spend, emissions, criticality and engagement readiness
• Category strategies identify specification changes, circularity and substitution options
• Supplier emissions data assessed using primary, secondary and estimated sources
• Procurement scorecards include emissions criteria, evidence requirements and contract terms
• Supplier target requests aligned with reporting boundaries and procurement cycles
• Scope 3 reduction claims tested against allocation, attribution and data limitations

Participants can identify product and business-model changes that reduce lifecycle emissions.

• Life-cycle assessment stages mapped from materials extraction through end-of-life
• Product carbon footprints calculated using functional units and allocation rules
• Design-for-disassembly principles applied to material recovery and repairability
• Circular business models compared across ownership, service and recovery economics
• Customer-use emissions addressed through product efficiency and behaviour interventions
• Low-carbon product claims reviewed against evidence, boundaries and disclosure rules

Participants can incorporate workforce, community and stakeholder considerations into transition plans.

• Just transition principles applied to workforce impacts and regional dependencies
• Skills-gap analysis links technology changes with roles and training needs
• Worker consultation plans define representation, timing and decision influence
• Community impacts assessed through jobs, land use and local infrastructure
• Stakeholder mapping distinguishes affected groups, influence and engagement methods
• Grievance mechanisms designed with accessibility, confidentiality and escalation routes

Participants can prepare decision-useful transition disclosures supported by traceable evidence.

• IFRS S2 disclosure requirements mapped to governance, strategy and metrics
• Transition-plan disclosures connect targets, actions, financing and accountability
• Scope 1, 2 and 3 metrics documented with methods and limitations
• Financial effects estimated for capital expenditure, operating costs and impairments
• Data controls established through source records, reviews and audit trails
• Greenwashing risks reduced through substantiated claims and clear boundary statements

Participants can design governance arrangements that support transition-plan execution and oversight.

• Board oversight responsibilities defined through mandates, reporting and challenge processes
• Executive incentives linked to emissions milestones and operational performance
• Three-lines model assigns climate-risk responsibilities and assurance activities
• Transition risks entered into enterprise risk registers with treatment actions
• Decision rights clarified for capital allocation, procurement and target changes
• Cross-functional operating rhythms established through dashboards and review meetings

Participants can convert priority initiatives into a monitored and accountable implementation roadmap.

• Roadmaps sequence initiatives by dependencies, approvals, funding and delivery capacity
• Work breakdown structures define milestones, owners, resources and deliverables
• Key performance indicators link activity, energy, emissions and financial outcomes
• Leading indicators distinguish implementation progress from reported emissions results
• Data-management plans specify collection frequency, owners and quality controls
• Internal assurance reviews test evidence, calculations and reported performance

Participants can build, review and present a complete low-carbon transition plan for a selected organisation or business unit.

• Material emissions sources and transition exposures consolidated into decision baseline
• Priority interventions selected using abatement, financial and feasibility evidence
• Renewable procurement and energy measures integrated with operational constraints
• Capital requirements, funding routes and carbon-price sensitivities modelled transparently
• Governance, workforce impacts and stakeholder actions assigned to accountable owners
• Implementation roadmap, metrics and disclosure evidence prepared for executive review