Strategic Advisory for an Energy Diversification Programme

The Structural Challenge of Energy Diversification

The Middle East is on track to deploy $75.6 billion in renewable energy projects by 2030, and GCC non-oil exports are projected to reach $1 trillion within the same timeframe. By 2035, renewables are expected to account for 21% of the regional power mix — up from approximately 6% today. CCUS is growing at a 32% compound annual growth rate across approximately 84 active projects in the region. Low-carbon hydrogen is expanding at 48% CAGR. These are not distant projections; they are emerging investment realities that major energy companies must position for today.

The challenge for an incumbent hydrocarbon-focused company is profound. Aramco generates approximately $17.4 billion per month in oil revenues. ADNOC has committed to a $150 billion international expansion through its XRG entity, whose enterprise value grew from $80 billion to $151 billion in a single year, including the €14.7 billion acquisition of Covestro. Masdar is targeting 100 GW of renewable capacity by 2030. Aramco is pursuing a liquids-to-chemicals strategy targeting 4 million barrels per day, anchored by the $11 billion Amiral complex. Even Aramco has launched Saudi Arabia's first Direct Air Capture test unit, developed jointly with Siemens Energy in 2025.

The message from regional energy majors is unambiguous: the future of the GCC energy sector is not a choice between hydrocarbons and new energy — it is both, at massive scale, simultaneously. For companies that have built their capabilities entirely around conventional upstream, midstream, and downstream operations, the expertise required to evaluate and invest in new energy verticals simply does not exist internally.

The Mandate

The client — one of the region's largest energy companies, with a hydrocarbon portfolio valued at more than $150 billion — had recognised the strategic imperative to diversify but lacked the internal capability to conduct credible investment analysis across the new energy spectrum. The finance team could model capital allocation scenarios, but lacked the sector-specific knowledge to stress-test market sizing assumptions for hydrogen, to assess technology readiness levels for CCUS at scale, or to evaluate the regulatory and offtake structures emerging in European and Asian markets for GCC-originated green hydrogen.

The company had received proposals from two large consulting firms. Both quoted eight to twelve weeks for preliminary scoping work before the substantive analysis could begin. Both proposed teams of eight to twelve consultants, with partner-level oversight time limited to two or three days per week. The client needed two things that neither proposal offered: domain expertise that was genuine rather than assembled from generalist teams for the occasion, and speed of mobilisation that matched the pace of the investment decisions being made.

The Selectra Approach

Selectra identified two senior independent consultants within the first five business days. The lead advisor — an energy transition strategist with more than 20 years of experience, including a decade as a partner in McKinsey's Global Energy Practice — had led similar diversification strategy engagements for two other national energy companies and had direct relationships with several of the technology providers being evaluated. The second consultant, a hydrogen and CCUS specialist, had served as technical director on two of the GCC's first large-scale CCUS projects and had co-authored regulatory submissions to the IEA on hydrogen certification standards.

Both consultants were mobilised within two weeks of the initial brief. The methodology was structured around six workstreams: scenario planning across IEA Net Zero, Announced Pledges, and OPEC reference scenarios; portfolio analysis mapping risk-return profiles across conventional and new energy across a 20-year horizon; market sizing for hydrogen, CCUS, and renewables across GCC geographies and key export markets; competitive benchmarking against the diversification strategies of the supermajors; ESG materiality assessment using the ACT methodology developed specifically for oil and gas operators; and capital allocation modelling with Monte Carlo simulation for commodity price and demand scenarios.

UAE mandatory emissions reporting came into force in January 2025. The engagement team incorporated this regulatory context directly into the decarbonisation strategy, ensuring that the abatement cost curves were aligned with the reporting obligations the client would face within the planning horizon.

Outcome and Impact

The 16-week engagement produced a set of outputs that gave the client's executive leadership a defensible, analytically rigorous foundation for what would become the largest capital reallocation decision in the company's history. The investment thesis with NPV/IRR analysis across three new energy verticals — offshore wind-to-hydrogen, CCUS monetisation, and utility-scale solar — provided the board with a clear view of return profiles under multiple scenarios. The scenario planning framework, calibrated to IEA and OPEC pathways, gave the strategy team a durable analytical tool rather than a one-time report.

Two pilot projects were initiated within six months of the engagement conclusion — one in green ammonia for export, one in CCUS — representing the first new-energy capital commitments in the company's history. The talent strategy delivered by the engagement provided a roadmap for building internal renewables capability over a three-year period, including sourcing strategies for a talent market that the team identified as acutely constrained.