Energy Transition & Decarbonization

5-Day Professional Training Course | ETDC5001

KSA · GCC · Africa

Course Overview

This intensive 5-day training programme equips energy professionals, sustainability officers, policy analysts, and organisational leaders with the strategic frameworks, technical knowledge, financial modelling competencies, and policy intelligence needed to navigate, lead, and capitalise on the most consequential transformation in the history of the global energy system. The energy transition is not a linear journey from fossil fuels to renewables — it is a complex, contested, non-linear, and geographically uneven restructuring of the systems through which humanity produces, distributes, stores, and consumes energy, driven simultaneously by climate science, technology economics, geopolitical realignment, investor pressure, and the legitimate development aspirations of billions of people across emerging economies who have not yet accessed the energy services that underpin modern life. For energy-producing nations across the GCC and Africa, the transition presents a strategic paradox of extraordinary consequence — the same fossil fuel revenues that fund national development and sovereign wealth accumulation are generated by the assets whose long-term commercial viability the transition is challenging, while the renewable energy resources, critical mineral endowments, and green hydrogen potential of these same regions represent some of the most significant opportunities in the entire transition landscape. Across Saudi Arabia where Vision 2030 has embedded a 50% renewable energy target alongside continued hydrocarbon production leadership and Saudi Aramco's ambitious net zero commitment, GCC nations investing billions in solar, green hydrogen, and carbon capture while managing the world's most valuable conventional energy portfolios, and African nations where the IEA's Africa Energy Outlook identifies both the continent's extraordinary renewable resource potential and the moral imperative of expanding energy access for the 600 million Africans currently without electricity — the professionals who understand the energy transition in its full complexity are the most strategically valuable energy industry participants of the coming decade. Aligned with IEA World Energy Outlook scenarios, IRENA transition pathway analysis, the Paris Agreement framework, and regional energy transition strategies including Saudi Green Initiative, UAE Net Zero 2050, and Africa's Renewable Energy Initiative.

Keywords: Energy Transition Training Saudi Arabia | Decarbonization Course GCC | Renewable Energy Africa | Net Zero Strategy Riyadh · Dubai · Nairobi · Cairo

Course Information

Target Audience

• Energy executives and senior managers leading transition strategy across oil, gas, and power organisations

• Sustainability and ESG officers developing decarbonisation roadmaps and net zero commitments

• Renewable energy project developers and investment professionals across GCC and African markets

• Government energy policy officers designing transition frameworks in KSA and GCC energy ministries

• Corporate finance and investment professionals evaluating energy transition investment opportunities

• Oil and gas professionals developing career resilience across the transitioning energy landscape

• Power sector engineers transitioning from conventional to renewable generation systems

• African energy access and clean energy development professionals

Learning Outcomes

Upon successful completion, participants will be able to:

• Analyse global energy transition scenarios and their implications for GCC hydrocarbon producers and African energy developing nations

• Evaluate renewable energy technologies — solar, wind, green hydrogen, and storage — across technical, economic, and deployment dimensions

• Develop organisational decarbonisation roadmaps integrating operational emissions reduction, carbon capture, and net zero strategy

• Assess carbon markets, carbon pricing mechanisms, and the financial instruments mobilising transition investment

• Apply transition finance frameworks including green bonds, sustainability-linked loans, and blended finance to energy transition project funding

• Navigate the specific energy transition policy environments, investment landscapes, and strategic opportunities of KSA, GCC, and African markets

Learning Methods

5-Day Programme Outline

Day 1 — The Energy Transition: Drivers, Scenarios & Strategic Implications

1. Energy transition fundamentals: the physical, economic, and political forces driving the global shift from fossil fuel dominance — climate science, technology cost curves, policy frameworks, and the investment flows that together constitute the transition's propulsive force

2. IEA World Energy Outlook scenarios: Net Zero by 2050, Announced Pledges, and Stated Policies — the three scenario families, their assumptions, and the radically different futures for hydrocarbon demand, renewable deployment, and energy investment they project

3. IRENA transition analysis: the 1.5°C pathway requirements, the annual investment needed, and the technology deployment rates required to limit warming — translating global scenarios into sector and regional implications

4. GCC strategic position in the transition: the dual challenge of managing the world's most valuable conventional energy portfolios while building transition-era competitive positions in renewables, green hydrogen, and low-carbon hydrocarbons

5. African energy transition paradox: the moral imperative of energy access for 600 million people without electricity, the continent's extraordinary renewable resource endowment, and the just transition debate about whether African nations should be constrained from the fossil fuel development path that industrialised nations used

6. Workshop: Participants analyse their own organisation's exposure to energy transition risk and opportunity — mapping revenue streams, asset portfolios, and business model assumptions against IEA transition scenarios to identify strategic vulnerabilities and transition opportunities

Day 2 — Renewable Energy Technologies: Solar, Wind, Storage & Green Hydrogen

1. Solar photovoltaic technology: PV cell physics, module types, utility-scale and distributed solar economics, capacity factors, and the solar deployment considerations for GCC desert environments and African solar resource zones where irradiance levels among the world's highest create extraordinary generation potential

2. Concentrated solar power: parabolic trough, power tower, and Fresnel configurations, thermal storage integration, and the CSP applications where dispatchable solar generation provides grid stability advantages over PV — relevant to Saudi Arabia's NEOM and UAE's Noor Abu Dhabi programmes

3. Wind energy: onshore and offshore wind technology, capacity factors across GCC and African wind resource zones, wind farm design, and the wind development opportunities in South Africa, Morocco, Egypt, and Kenya that are already delivering cost-competitive renewable generation

4. Battery energy storage: lithium-ion technology, grid-scale storage applications, storage economics, and the storage deployment that is enabling higher renewable penetration across GCC power systems and African mini-grids serving off-grid communities

5. Green hydrogen: electrolysis principles, renewable electricity requirements, green hydrogen cost trajectory, and the GCC green hydrogen export ambitions — NEOM's HELIOS project, Abu Dhabi's green hydrogen programme, and the African green hydrogen potential in Namibia, South Africa, and Morocco

6. Technology evaluation lab: participants assess the technical and economic feasibility of a renewable energy portfolio for a representative GCC or African power system — calculating levelised cost of energy, capacity factors, and storage requirements for a specified renewable penetration target

Day 3 — Decarbonisation Strategies: Operational Emissions & Carbon Management

1. GHG emissions accounting for energy organisations: Scope 1, 2, and 3 emissions across oil and gas, power generation, and energy-intensive industrial operations — the emissions inventory foundation for decarbonisation strategy development

2. Operational decarbonisation levers: methane leak detection and repair, flaring elimination, electrification of upstream operations, energy efficiency improvement, and the near-term decarbonisation actions available to GCC and African oil and gas operators before the transition reshapes their portfolios

3. Carbon capture, utilisation, and storage: post-combustion capture, direct air capture, industrial CCS, and CCUS project economics — the role of CCS in enabling continued hydrocarbon production within net zero scenarios and the Saudi Aramco and ADNOC CCUS programmes representing regional CCS leadership

4. Nature-based carbon solutions: afforestation, mangrove restoration, blue carbon, and the Saudi Green Initiative and UAE Ghaf tree planting programmes — the nature-based offset strategies complementing technological decarbonisation across GCC and African net zero commitments

5. Net zero target setting and science-based targets: the Science Based Targets initiative methodology, net zero target architecture, interim milestones, and the credibility requirements that distinguish genuine net zero commitments from greenwashing across energy sector corporate decarbonisation

6. Workshop: Participants develop a decarbonisation roadmap for a representative energy organisation — identifying Scope 1, 2, and 3 emissions, prioritising reduction levers by cost and impact, sequencing interventions across short, medium, and long-term horizons, and specifying the net zero target architecture

Day 4 — Transition Finance, Carbon Markets & Investment

1. Energy transition investment landscape: the annual investment required to meet Paris Agreement targets, the current investment gap, and the capital reallocation from fossil fuel assets to transition technologies that financial institutions, institutional investors, and development finance institutions are driving

2. Green bonds and sustainability-linked finance: green bond principles, sustainability-linked loan frameworks, the green finance instruments mobilising transition investment, and the GCC green finance market where Saudi Arabia, UAE, and Qatar are issuing sovereign green bonds at increasing scale

3. Carbon markets: voluntary carbon markets, compliance carbon markets including EU ETS, Article 6 Paris Agreement mechanisms, and the carbon credit quality standards determining whether carbon market participation advances or undermines genuine decarbonisation

4. Blended finance for African energy transition: concessional capital, first-loss guarantees, risk mitigation instruments, and the blended finance structures mobilising private investment into African renewable energy markets where perceived risk has historically constrained the capital flows the continent's transition requires

5. Stranded asset risk: the financial implications of the energy transition for fossil fuel asset valuations, reserve write-down risk, the carbon bubble concept, and the portfolio management approaches adopted by GCC sovereign wealth funds navigating transition-era hydrocarbon asset exposure

6. Workshop: Participants design a transition finance structure for a renewable energy or decarbonisation project in a GCC or African market context — specifying the capital stack, financial instruments, risk mitigation mechanisms, and investor return expectations

Day 5 — Energy Policy, Just Transition & Organisational Strategy Capstone

1. Global energy transition policy: the Paris Agreement architecture, nationally determined contributions, the COP process, and the policy landscape governing national transition commitments across KSA, GCC, and African signatory nations

2. Regional transition policies: Saudi Vision 2030 renewable energy targets and Saudi Green Initiative, UAE Net Zero 2050, Qatar's National Environment and Climate Change Strategy, and the African Renewable Energy Initiative — the policy frameworks shaping transition investment and regulatory environments across the region

3. Just transition principles: the equity dimensions of the energy transition — protecting workers in fossil fuel industries, ensuring energy access expansion alongside decarbonisation, and the just transition frameworks that Africa's development partners are demanding as conditions of transition finance

4. Energy security in the transition: the geopolitics of critical minerals for clean energy technologies, supply chain concentration risk for solar panels, batteries, and electrolysers, and the energy security implications of transition for both fossil fuel producers and renewable energy importers

5. Organisational transition strategy: the strategic choices facing energy organisations — accelerated transition, managed decline, diversification, and the portfolio strategy decisions that will determine organisational survival and success across transition scenarios of varying speed and severity

6. Capstone: Participants present their Energy Transition and Decarbonisation Strategy — covering scenario analysis, technology portfolio, decarbonisation roadmap, transition finance plan, policy engagement strategy, and organisational transformation requirements — for peer and facilitator review

Regional Relevance

Content is specifically contextualised for energy transition professionals across KSA, GCC, and African markets — integrating Saudi Aramco's net zero ambition and the Saudi Green Initiative's 278 million tree planting and 100GW renewable target, the UAE's COP28 hosting legacy and Net Zero 2050 strategic initiative, NEOM's HELIOS green hydrogen megaproject, and the African energy transition landscape where South Africa's Just Energy Transition Partnership, Morocco's renewable energy leadership, Kenya's geothermal and wind development, and the extraordinary solar and green hydrogen potential of Namibia, Botswana, and the Sahel are positioning African nations as potential clean energy exporters rather than merely transition recipients.

Assessment & Certification

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