Category: ESG related

Moment of truth: ten years after Paris Agreement

In 2015, global leaders celebrated a landmark moment: the Paris Agreement set the world on a path to limit warming to well under 2 °C, and ideally 1.5 °C. But the more recent assessment is sobering: while progress has been made, the pace is far from what is required. The planet’s annual temperature has already risen ~0.46 °C since 2015.

This sobering global reality has very different implications for countries depending on their primary energy-and-export profiles. Let’s explore what it means for Saudi Arabia and South Africa.

Saudi Arabia: Navigating oil-world reality and the transition – The challenge

Saudi Arabia is deeply embedded in the global oil economy. For decades it has played a central role in supplying crude, fueling the world’s energy-system, and building wealth around that extractive business. The global push to decarbonise threatens to erode the long-term value of oil reserves and the stability of oil-centric economies.

According to the global assessment, fossil-fuel burning (coal, oil, natural gas) continues to emit large volumes of CO₂ and methane, and the reduction in those emissions is too slow. For Saudi Arabia this means: the transition isn’t just about replacing one fuel with another — it’s about re-thinking the role of oil in the future economy, and how the country adapts and transforms.

Opportunities

  • Saudi Arabia has the resources (sunlight, land, technical capacity) to accelerate renewable-energy deployment, hydrogen development, carbon capture and storage (CCS). Because the oil economy built up institutional capacity, infrastructure and export networks, the country is relatively well placed to pivot.
  • The global move toward cheaper renewables is also a tailwind: renewables are now cheaper than many fossil fuels in many places.
  • By strategically linking its oil industry to new low-carbon value chains (for example green hydrogen, petro-chemical feedstocks, or export of low-carbon fuels) Saudi Arabia can turn a potential risk (declining oil demand) into an opportunity.

Risks & key strategic questions

  • What happens if global oil demand declines faster than anticipated, leaving stranded assets? The country will need to manage that risk, re-align fiscal strategies and diversify.
  • How fast can Saudi Arabia reduce methane and CO₂ emissions in its oil and gas operations, and move toward zero-flaring, improved efficiency, CCS?
  • How to balance domestic development (jobs, social services, diversification) with decarbonisation imperatives?
  • How to manage the reputational risk: an oil country signalling global leadership on climate while still exporting fossil fuels.

What success could look like

  • A clear national roadmap that transitions from “oil-exporter” to “energy-value-creator”, where oil revenues bridge to renewables, hydrogen and new technologies.
  • Incremental reduction in upstream emissions, flaring, methane leaks, and increasing capture of CO₂.
  • International partnerships (technology, finance) and export of low-carbon hydrogen, for example attracting investment globally.
  • A domestic energy transition that ensures jobs, local content and social stability even as oil’s dominance wanes.

South Africa: The coal-legacy economy facing transition

The challenge

South Africa has long depended on coal — for electricity generation, for export, for employment in mining and associated industries. As the world moves away from coal (which is the highest-carbon fossil fuel) the implications for South Africa are profound.
The global data shows emissions are still growing in many regions, and though renewables are growing fast, the world remains off pace for the 1.5 °C goal. For South Africa this means coal-based infrastructure, jobs and export markets face disruption.

Opportunities

  • The country has abundant renewable resources (solar, wind), and potential to become a renewable hub for the continent — leveraging sunshine, skilled workforce and existing grid/infrastructure in some cases.
  • Transitioning away from coal offers an opportunity for job creation in new sectors (renewables manufacturing, services, grid upgrades) if managed well and with investment.
  • International financing (climate finance, green funds) may support the transition, offering South Africa a chance to leapfrog into cleaner energy systems rather than just incremental adjustments.

Risks & key strategic questions

  • Social and employment risk: many communities and workers are tied to coal mining and coal power. Mis-managed transition could cause major social disruption.
  • Energy security risk: the grid has already had stability issues; shifting away from coal must ensure reliable supply.
  • Export risk: if global demand for coal weakens, export revenues drop — investors may run, and stranded asset risk looms.
  • Investment risk: South Africa must ensure it attracts sufficient public and private financing, establishes regulatory certainty, modernises governance and grid frameworks.

What success could look like

  • A gradual but decisive shift away from coal-fired power, with a phased retirement or repurposing of coal plants, while ramping up renewables, storage and grid modernisation.
  • Up-skilling and transition programmes in coal-dependent regions so workers migrate into renewables, grid services and energy-efficiency sectors.
  • Secure funding (international and domestic) for the transition with equity, not just debt, to ensure sustainability.
  • A national climate strategy aligning with the 1.5–2 °C goals, embedding justice (just transition) and inclusive growth.

Shared themes & cross-cutting insights

  • Both oil-rich and coal-reliant countries must recognise that achieving the goals of the Paris Agreement will require speed, scale and systemic change — more than incremental adjustments. The global assessment says the world is off pace. Share Google
  • Transition is not just about technology; it’s about policy, finance, institutions, social dimensions (jobs, communities, governance).
  • Export-dependent fossil-fuel economies face stranded-asset risk and must plan diversification now, not later.
  • Renewable energy is no longer just a future ideal — it is competitive now. That gives all countries an opening to act.
  • Equity and justice matter: the transition must embed fairness, especially in places with vulnerable workers and communities reliant on fossil-fuel sectors.

Why time matters

The decade since 2015 offered hope, but the warning signs are clear: the planet is warming faster than the transition is proceeding. For Saudi Arabia and South Africa (and, by extension, all fossil-fuel economies) the message is urgent. The transition window is narrowing.
Getting ahead of the curve — via strong national strategy, investment in clean energy, sound regulation, social planning and global partnerships — is no longer optional. It’s essential.

As one commentator said:

“We’re sort of sawing the branch on which we are sitting.”

For Saudi Arabia, that means leveraging its oil legacy to power a clean-energy future. For South Africa, it means leaving coal behind — not with disruption but with a roadmap of opportunity. The world may be slipping behind the 1.5 °C goal, but the sooner action is taken, the better chance these countries have to thrive in the new global energy era.

The search for GDP growth – Hydrogen

Strategic Vision & Policy Framework - Hydrogen

South Africa’s Hydrogen Society Roadmap (2021) and the Green Hydrogen Commercialisation Strategy (GHCS) have been formally adopted, setting clear targets like deploying 10 GW of electrolyzer capacity in the Northern Cape by 2030 and producing ~500,000 tonnes per year of green hydrogen by then.

In April 2025, the government approved the Renewable Energy Masterplan (SAREM) to scale renewables, energy storage, and hydrogen production as part of the energy transition.

Financing & Partnerships

The Green Hydrogen National Programme includes a R300 billion ($19‑28 billion) pipeline of SIP‑registered projects, with 9 already registered and 11 pending.

The EU pledged $35 million in 2024 to support Transnet’s infrastructure and the broader value chain.

The SA‑H2 Fund, a blended finance vehicle, recently backed the Hive Hydrogen Coega green ammonia project with up to $20 million, tied to broader regional investment from the Netherlands and Denmark.

Additional international backing comes from Germany (H2Global), Japan (NEDO), the Netherlands, and others investing billions in exports and value‑chain development.

Major Projects & Scaling Up

Boegoebaai Green Hydrogen Hub in the Northern Cape (5–10 GW renewables capacity) aims to produce hydrogen derivatives and export them via a dedicated deep‑water port. It’s a phased project targeting 2028 for initial output and full scale by 2035, with projected production costs of $1.60–2.10/kg by 2030.

A 1,430 MW solar cluster in the Northern Cape will support hydrogen production and grid supply. It has full permits and is under development.

The Mogalakwena hydrogen valley near Mokopane links mining hubs (PGM-rich) to Johannesburg and Durban via a proposed hydrogen corridor, enabling hydrogen‑powered mining, mobility and export logistics.

Eskom has issued tenders for a pilot renewable green hydrogen facility at its Johannesburg R&D unit and is prioritizing hydrogen production as part of its path to net-zero by 2050.

Market Size & Economic Outlook

In 2023, South Africa’s hydrogen generation revenue was about USD 2.5 billion, projected to grow at ~7.5 % CAGR to reach USD 4.2 billion by 2030—transportation is the fastest-growing segment, while ammonia production is currently the largest.

Hydrogen demand is expected to rise from approximately 2.1 million tonnes in 2023 to ~3.0 million tonnes by 2034, with a CAGR of ~3.2 %.

The hydrogen sector could account for around 3.6 % of GDP by 2050, create upwards of 360,000–370,000 jobs, and generate billions in export revenue through green ammonia, synthetic fuels, and green steel.

Opportunities

Massive renewables potential: Northern Cape solar irradiation and coastal wind resources are among the world’s best.

Platinum Group Metals (PGMs): South Africa holds ~80 % of global PGM reserves, vital for electrolyzers and fuel cells.

Strategic infrastructure: existing port, rail and energy corridors in Saldanha, Coega, Richards Bay, and Johannesburg support export logistics.

Challenges

Investment scale: Estimates suggest R350–500 billion (USD 19–28 billion) is needed by 2035; current public financing is a fraction of that total.

Water scarcity: Electrolysis is water-intensive (~9 litres per kg), raising supply concerns in semi-arid regions.

Policy stability and bankability: Investors seek long-term clarity; most JET-IP funding is loan-based, not grants.

Long lead‑times for giga-scale projects and global market risk uncertainties.

Summary

South Africa is actively moving from roadmap to execution and is one of Africa’s most advanced green hydrogen markets. While still nascent, the sector is rapidly scaling through flagship projects, international finance, and industrial integration. If current plans hold, South Africa has the potential to become a top global hydrogen exporter by the early 2030s, leveraging its renewables, PGM advantage, and strategic port infrastructure.

 

Climate tracker

Our recent projects in Saudi Arabia and Dubai created an opportunity to explore some useful sources of information.  The climate action tracker (“CAT”) rates and compares countries across the world on various different parameters.  Please go a have a look – Click on the picture

The Climate Action Tracker is an independent scientific project that tracks government climate action and measures it against the globally agreed Paris Agreement aim of “holding warming well below 2°C, and pursuing efforts to limit warming to 1.5°C.” A collaboration of two organisations, Climate Analytics and NewClimate Institute, the CAT has been providing this independent analysis to policymakers since 2009.

CAT quantifies and evaluates climate change mitigation targets, policies and action. It also aggregates country action to the global level, determining likely temperature increases during the 21st century using the MAGICC climate model. CAT further develops sectoral analysis to illustrate required pathways for meeting the global temperature goals.