Industrial Decarbonization: CCS scales up, renewable auctions win emerging markets
The inauguration of Europe's largest carbon capture facility in Sluiskil marks the transition from promises to infrastructure, while Mongolia and Uzbekistan show that auctions and decentralized solar are winning over emerging markets. High oil prices accelerate the transition, but infrastructure costs and dependence on critical metals remain obstacles.
Yara's Sluiskil plant in the Netherlands now captures up to 800,000 tonnes of CO₂ per year and ships it by boat to Norwegian geological reservoirs located 2,600 meters under the seabed. This is no longer a pilot: it is Europe's first complete cross-border carbon capture, transport, and permanent storage value chain. The same month, Mongolia signed its first power purchase agreements for 220 MW of solar and 135 MW/440 MWh of storage, with tariffs falling to as low as $0.0485/kWh. Two signals that say the same thing: the energy transition is leaving the announcement phase for the infrastructure phase.
Key Points
1. Carbon capture becomes an industry. Yara's Sluiskil facility liquefies CO₂ from ammonia production and entrusts it to Northern Lights, which transports it to Norway for permanent storage. The project ultimately aims for 12 million tonnes. The European Commission, present at the inauguration, sees it as a model for heavy industrial sites — fertilizers, chemicals, cement — where emissions are otherwise difficult to eliminate. One question remains that no one avoids: CCS is expensive, and its deployment will depend on carbon pricing mechanisms.
2. Renewable auctions go global. Mongolia awarded 220 MW of solar and 135 MW/440 MWh of battery storage in five provinces, via its first competitive auction. 115 companies responded. Tariffs, between $0.0485 and $0.078/kWh, show that pricing mechanisms can replace direct subsidies, even in emerging markets. This is a signal for all of Central Asia.
3. Uzbekistan bets on decentralized solar. The “Solar House” program enabled the installation of 2,508 MW of photovoltaics between April 2023 and August 2026, including 509.7 MW in the first eight months of 2026. The system relies on net metering and a subsidy for electricity injected into the grid. The country is expected to exceed its annual target and reach 2.7 GW. An approach that could inspire its neighbors.
4. Africa structures its market. The sixth summit on renewable energies was held in Kigali, Rwanda, with the ambition to accelerate the continent's sustainable growth. In Nigeria, the association of local refiners (CORAN) is calling for presidential intervention and a “naira-for-crude” framework to reduce dependence on imported petroleum products and retain refining margins locally. Energy sovereignty, again.
5. France shows renewable production records. Institutional data show that solar production in Corsica reached 50% of consumption, renewable gas in Brittany 52.58%, and wind power in Pays de la Loire 50.5%. These levels far exceed the 15% alert threshold, illustrating increasing integration — and raising the question of grid management as the variable share increases.
Context
Three factors accelerate the transition: fossil fuel price volatility, climate commitments, and technological maturity. On September 15, 2026, Brent reached $130.80/bbl, compared to $121.25/bbl the day before, an increase of 7.9% in one day. WTI rose from $102.42 to $107.02/bbl. Henry Hub natural gas remains moderate at $2.97/mmbtu. This configuration — expensive oil, cheap gas — favors investments in renewables and energy efficiency, but it penalizes European industrialists exposed to international competition.
In Europe, gas flows to Germany via Oberkappel amount to 54.3 million kWh/day, while other entry points like Emden or Waidhaus are at zero. The diversification of supply routes is underway, and the European Commission estimates that there is no immediate risk to winter supply security, despite stocks being lower than in previous years.
Key Players
European industrialists, like Yara, are investing in CCS to decarbonize processes that are difficult to electrify. Governments of emerging countries — Mongolia, Uzbekistan — are using auctions and incentives to attract private capital. Nigerian refiners are advocating for local crude supply. Technology giants, under public pressure, are seeking to reduce the water and energy footprint of AI data centers: closed-loop cooling reduces water consumption but often increases electricity demand. Finally, European institutions provide financial and political support for decarbonization projects.
Data and Figures
Crude oil prices remain under pressure: Brent at $130.80/bbl on September 15, 2026, WTI at $107.02/bbl. These levels make renewables more competitive, but they also fuel inflation and financing costs. Critical metals show stable prices: nickel at $0.5127/oz, zinc at $0.1199/oz, platinum at $1,791.50/oz, palladium at $1,297.205/oz. This relative stability could support the deployment of batteries and electrolyzers — provided that supply keeps pace with demand.
Analysis of Challenges
In the short term (1-6 months), soaring oil prices could accelerate investments in renewables and storage. CCS projects, like Sluiskil, should benefit from increased political support in Europe. In the medium term (1-3 years), the competitiveness of renewables could structurally reduce demand for fossil fuels, but obstacles persist: infrastructure costs, social acceptance, dependence on critical metals. Oil-producing countries, like Nigeria, seek to add value to their resources locally, which could reduce crude exports and alter trade balances.
Forward-looking Assumptions
Scenario 1: Acceleration of industrial decarbonization (probability 60%). If oil prices remain high and support policies are maintained, CCS and renewable projects will multiply. Indicators to monitor: number of renewable auctions in emerging countries, investments in CCS, evolution of CO₂ emissions.
Scenario 2: Slowdown due to economic constraints (probability 30%). A drop in fossil fuel prices or budgetary tightening could curb investments. Indicators: Brent price, fossil fuel subsidies, interest rates.
Scenario 3: Technological breakthrough (probability 10%). A major innovation in storage or capture could accelerate the transition beyond forecasts. Indicators: patents, announcements of pilot projects, technology costs.
Why it matters
The energy transition is no longer a distant subject: it is reshaping supply chains, geopolitical balances, and economic models. Decisions made today by industrialists, governments, and investors will determine the trajectory of emissions for decades to come. As oil prices soar and clean technologies mature, one question remains: will decarbonization be fast enough to avoid the worst effects of climate change, or will it remain a privilege of rich countries?
This analysis was produced with the assistance of artificial intelligence, from institutional sources and verifiable open data. AI Transparency