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Multiple Benefits of Energy Efficiency for Business Quality and reputation
Greater efficiency can reduce defects and improve production quality Energy efficiency improvements often involve tighter control and optimisation of production processes. By improving precision and stability in how equipment operates, firms can reduce variability in output and limit the occurrence of defects. These effects are particularly important in manufacturing sectors where small deviations can affect product quality and increase waste.For example, an industrial bakery in Switzerland implemented a highly efficient centralised cooling system with CO₂-refrigerant and advanced controls. The system allowed for a more constant controlled temperature and reduced downtime, improving product quality and consistency, all while reducing…
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Multiple Benefits of Energy Efficiency for Business Health and well-being
Energy efficiency can improve working conditions, increase employee productivity and reduce sick leave Energy efficiency improvements can enhance working environments and worker health. By reducing waste heat, air pollutants and other process inefficiencies, they lower health and safety risks while improving comfort and working conditions.In manufacturing, these effects can be direct. For example, in electronics manufacturing, conventional soldering requires thermal pre-heating cycles that exposes workers to high ambient heat as well as safety risks. Replacing this with induction heating enables localised heating of the material, reducing energy demand by around 70% while eliminating heat stress and safety hazards…
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Unlocking Ukraine’s Hydrogen Opportunity: A Roadmap The hydrogen opportunity
Highlights Ukraine has 18-38 Mtpa of technical renewable hydrogen potential, though economic constraints would result in lower potential. Most potential is in regions with scarce water resources and competition from other industrial activities. Domestic demand for use for steel and fertilisers could reach 2.2 Mtpa, if pre-invasion capacity is restored, and the government target has set a target of 7.2 Mtpa of production by 2050. Most hydrogen production projects proposed prior to the invasion are close to the border with the European Union.Ukraine has a technical potential for solar PV and onshore wind equivalent to 9‑14 times its pre…
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Alexander De Croo
Prime Minister. Alexander De Croo is Prime Minister of Belgium and former Finance Minister.
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Financing CCUS at Scale Executive summary
The current wave of investment in carbon capture, utilisation and storage (CCUS) is larger and more geographically diverse than ever before. Momentum in private capital flowing into projects is reflected in the more than 30 final investment decisions (FIDs) that have been reached in the past 2 years alone, particularly in Europe and North America, and in key sectors including transport and storage, industry, and power. Investment has grown more than 15-fold since 2020, reaching over USD 5 billion in 2025. The pipeline of projects currently under construction suggests that after years of incremental capacity additions, operational capture capacity is set…
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Amani Abou-Zeid
Commissioner for Energy and Infrastructure, African Union. Dr Amani Abou-Zeid has been the African Union Commissioner for Infrastructure, Energy, ICT and Tourism since January 2016. The African Union is a continental body consisting of 55 member states. Dr Abou-Zeid previously served in leadership roles at organisations such as the African Development Bank and United Nations Development Programme.
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James Opiyo Wandayi
Ministry of Energy and Petroleum.
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Global Hydrogen Review 2026 Key questions about hydrogen
How has the conflict in the Middle East affected supplies of fertilisers and chemicals made from hydrogen? The conflict in the Middle East has disrupted not only oil and gas flows, but also global supply chains for hydrogen‑based products, particularly fertilisers and chemicals such as ammonia, urea and methanol. These products account for a large share of hydrogen demand, with ammonia and methanol alone representing roughly half of global consumption.The Middle East plays a critical role in global markets for hydrogen-based products, and a large share of its production is dedicated to exports, making the region a major…
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Global Hydrogen Review 2026 Trade and infrastructure
Trade remains a key driver of low-emissions hydrogen projects, and would underpin over 40% of announced volumes by 2030 if all projects materialise. Less than 8% of this, around 1 Mtpa H₂-eq (hydrogen equivalent), comes from projects that are operational, in construction, or have committed investments, compared with around 16% across the overall project pipeline.First shipments of low-emissions hydrogen are taking place, enabling trials of logistics and certification approaches. Long-term bilateral contracts dominate, particularly for ammonia and ammonia-derived fertilisers, while hot briquetted iron (HBI) is gaining prominence.Announced hydrogen pipeline projects, including new and repurposed natural…
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Renewables for Industry Executive summary
Electrification of heat can improve efficiency, help diversify industrial energy, and enhance energy security A broad range of industries that depend primarily on low-temperature heat and steam processes represent roughly 70% of global industrial energy consumption. They span diverse manufacturing activities – from food and beverages to textiles, chemicals, transport equipment, wood products and paper. In 2023, these sectors emitted nearly 3 Gt of direct energy-related CO₂, accounting for half of all direct industrial emissions, although emissions have declined by around 8% since 2013.Industrial energy use is largely in the form of heat and is increasingly being supplied…
