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Iranian done hits Kuwaiti power and desalination plant
Iranian done hits Kuwaiti power and desalination plant
Dubai, 3 April (Argus) — A power and water desalination plant in Kuwait sustained "material damage" as a result of an Iranian attack in the early hours of Friday, the country's electricity ministry said. The ministry did not disclose which specific facility was hit, saying only that "some components" were damaged in the attack. The ministry did not immediately respond to a request for comment. Kuwait has eight major power plants dotted along its coast, the majority of which also include desalination units that supply a significant portion of the emirate's fresh water. This is the second attack on Kuwait's power and desalination facilities in less than a week. A service building at an unnamed power and water desalination plant sustained "significant material damage" in an attack in the early hours of Monday . Iran has been responding to US and Israeli strikes on its territory, facilities and infrastructure by launching missiles and drones against targets in Israel and across the Mideast Gulf. Iran's armed forces regularly claim they are targeting regional assets and facilities that have links with Israel or the US, but many of the targets being hit clearly do not. Kuwait, in particular, has been experiencing a spike in hits on its critical infrastructure in recent days. The 346,000 b/d Mina al-Ahmadi refinery came under attack for the third time in two weeks early on Friday. The country's 454,000 b/d Mina Abdullah refinery was also struck in the middle of March. Kuwait International Airport has also been repeatedly struck by Iranian drones over the past month. Fuel depots were most recently hit on 1 April and 25 March, while the airport's radar system was struck on 28 March. Kuwaiti airspace has been closed since the start of hostilities on 28 February. Seven overhead power lines in several parts of Kuwait were also taken out of service late last week after debris falling from intercepted drones damaged the network. This caused partial power outages in some parts of the country. By Nader Itayim Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.
New furnaces to support Italian steel power demand
New furnaces to support Italian steel power demand
London, 2 April (Argus) — Rising steel demand and upcoming furnace expansions within Italy's highly electrified steel sector could increase the country's industrial power consumption. But high energy prices in the wake of the US-Iran conflict may limit sector growth. Italy is the second-largest steel producer in Europe, after Germany. It has the most electrified steel industry in the region, with 90pc of production coming from secondary steel made from scrap processed in electric arc furnaces in 2024, compared with an EU average of 45pc, according to steel association Federacciai. The country had 26 electric arc furnaces with a combined capacity of 23.9mn t/yr at the end of 2025, according to independent research body Global Iron and Steel Tracker ( see capacity graph ). Italy's wholesale power prices are consistently among the highest in Europe and prices have risen further since the onset of the US-Iran conflict, owing to Italy's strong gas marginality. Italy's second and third quarter power contracts were up by 39pc at the end of March compared with the end of February. Italian firms are constructing new electric furnaces that are expected to start operating in the next few years, which could increase steel sector electricity demand. Producer Acciaierie Venete announced a new 100t electric arc furnace in Padova, expected to be operational by this summer and projected to produce 750,000 t/yr of steel. This furnace alone would consume about 500 GWh/yr of power, assuming energy consumption of modern electric arc furnaces is around 670 kWh/t, based on steel output and power demand recorded in 2025. Fellow Italian steel producer Metinvest aims to break ground at a site in Piombino in central Italy by mid-2026. The new mill will have two electric arc furnaces and 2.7mn t/yr of hot-rolling capacity for low-emissions hot-rolled products, with production targeted for 2029. These furnaces would add a further 1.8 TWh/yr of power demand. And steelmaker Acciaierie d'Italia plans to phase out Italy's only coal-fired blast furnaces at its Taranto plant and replace them with electric furnaces. The firm's Taranto facility has operated below full capacity for more than 10 years and was placed under extraordinary administration in February 2024. The Italian government has put the Taranto assets up for tender, requiring any buyer to commit to replacing the furnaces with electric ones, with authorisation for 6mn t/yr. Private equity firm Flacks Group has been selected as the preferred bidder, proposing a plan for 4mn t/yr. The switch to electric furnaces was scheduled for 2027, but doubt has been case over the future of the Taranto site owing to production issues and a court order mandating a shutdown because of health concerns. State of play Italy's steel sector accounted for 42.4pc of total power demand from energy-intensive sectors in 2025, at 13.8TWh. This marks a 3.7pc increase from the previous year, according to transmission system operator Terna ( see sectoral graph ). Italy's crude steel output rose by 3.6pc to 20.7mn t in 2025, Federacciai data show. Steel power demand fell by 10pc on the year in 2022 and was stagnant over 2023-24 but turned to growth in 2025 ( see long-term demand graph ). Monthly power demand has consistently increased year on year since July 2025, driven by increased production in anticipation of higher steel demand in 2026 ( see monthly graph ). Steel sector power demand reached 1.3TWh in February, up by 3.7pc on the year, mirroring a 2.6pc increase in crude steel output to 1.9mn t. EU steel demand is forecast to rise by 1.3pc to around 134mn t in 2026, according to European sector association Eurofer. And the EU plans to cut import quotas for flat steel from 1 July. Italy is a major importer of flat steel so the lower quota could boost domestic production. Energy efficiency in the sector increased over 2015-21, with consumption falling from roughly 800 kWh/t to below 700 kWh/t, data from Federacciai show. But power demand per ton of output has been slowly edging up since 2021. Geopolitical worries The Italian government has taken steps to insulate industry from power price increases, but geopolitical risks continue to influence prices. Italy launched its Energy Release Scheme late last year, offering electricity to energy-intensive users at a fixed price of €65/MWh in exchange for commitments to develop renewable capacity and return equivalent power over 20 years. But high energy costs will continue to weigh on steelmakers this year, Eurofer director-general Axel Eggert said, pointing to the impact of the Middle East war on gas markets after the Dutch TTF benchmark moved above €50/MWh in early March. Italian steel and scrap association Assofermet flagged the conflict as a source of potential additional cost pressures in an already volatile market. "Operating complexity and growing concerns related to the Carbon Border Adjustment Mechanism (CBAM) and the upcoming entry into force of the new safeguard measure are significantly weighing on the market," it said. The rollout of the CBAM — which raises import costs — will be accompanied by a gradual reduction of free allowances under the Emissions Trading System, from which energy intensive industries have long benefited. As free allocations decline, steelmakers will need to buy more allowances, adding further cost burdens. By Ilenia Reale Electric arc furnace capacity by country mn t/yr Sectoral breakdown of industry power demand % Steel power demand, 12-month trailing average TWh/m Power demand vs steel output, monthly Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.
Carbon - In focus: UK ETS widens discount to EU in Q1
Carbon - In focus: UK ETS widens discount to EU in Q1
London, 2 April (Argus) — The benchmark front-year contract under the UK emissions trading scheme (ETS) significantly widened its discount to the EU throughout the first quarter of this year, as scant signs of progress on efforts to link the two systems reduced previous optimism of an impending price convergence, and the UK supply-demand balance remained more relaxed than the EU's. The UK ETS front-year contract closed on average around £14.75/t of CO2 equivalent (CO2e) below its EU counterpart in Argus assessments over January-March, having widened from a low of £6.85/t CO2e in mid-January to a high of £25/t CO2e this week. This compares with an average discount of £13.50/t CO2e in the fourth quarter of last year, within a narrower range of £8.80-17.70/t CO2e, and is the widest average discount for any quarter since the first quarter of last year's £21.80/t CO2e. Linkage plans squeeze spread The UK's discount to the EU began to narrow significantly after the UK government said in a statement in March 2025 that it was "actively considering" linking its ETS back to the EU's, a position confirmed by both sides as part of their common understanding agreement concluded between the UK and EU at a summit in May last year. The markets separated in 2021 as part of Brexit, and while the EU-UK trade and co-operation agreement signed as part of that process committed the two sides to giving "serious consideration" to linking the schemes, no meaningful steps towards a link had previously been taken. The news dramatically narrowed the spread between the two markets, with the UK front year's discount to the EU squeezed to an average of £9.90/t CO2e in the second quarter of 2025. A linkage would logically lead to a convergence of UK and EU ETS prices, as the allowances issued under the two schemes would be fungible. Momentum on the issue continued over the remainder of the year and early 2026, as the European Commission set out in July its recommendation for the legal basis for linkage negotiations, approved by member states in November , and the first round of negotiations kicked off in January . But while the EU and UK said that they aimed to complete talks on the linkage before the next UK-EU summit in 2026, no date for the meeting has been set, and updates on negotiations have in recent months been notable by their absence. Recent events have likely pushed ETS linkage down the political agenda, whether on the domestic front — Keir Starmer's position as UK prime minister came under pressure in February — or internationally, most notably as the US-Iran war sparked a renewed energy crisis. EU supply-demand balance tightens Changes to key fundamentals have also tightened the EU ETS supply-demand balance this year in a way that hasn't been seen in the UK ETS, further widening the spread between the markets. Both the maritime and aviation sectors will have to pay for 100pc of their 2026 emissions covered by the EU ETS, after shipping was phased gradually into the system over the previous two years and free allocations for airlines were phased out. Free allocations for industrial sectors covered by the EU's carbon border adjustment mechanism (CBAM) are also scheduled to start decreasing from this year alongside the measure's introduction, and some CBAM-exposed firms have begun purchasing EU ETS allowances to hedge their expected costs. The UK also ended free allocations for aviation under its ETS this year. But the maritime sector will not be included at all until July this year, and then will only apply to domestic voyages until at least 2028. And the UK CBAM does not launch until 2027. The UK ETS authority also opted late last year not to introduce a supply adjustment mechanism to the scheme, which could otherwise have reduced allowance auction volumes if the total number of allowances in circulation surpassed a certain level. Short-term fundamentals diverge The US-Iran war has prompted further divergence between the markets. EU ETS prices rallied in tandem with natural gas prices on the expectation that more coal plants would come on line, increasing the carbon intensity of the bloc's generation mix and therefore compliance demand for allowances. The UK, by contrast, has no operational coal-fired units. This has seen carbon costs even for power generators become consistently cheaper in the UK than the EU for the first time since February last year, despite the UK's additional £18/t CO2e carbon price support (CPS) charge on the sector. The discount of the UK ETS to the EU including the CPS stood at an average of around £3.25/t CO2e in March. UK ETS prices could find some support over the coming weeks from last-minute buying in the run-up to the scheme's annual compliance deadline on 30 April, upward pressure that will not be seen in the EU ETS with its 30 September deadline, which could narrow the spread between the markets in the short term. But participants will otherwise be awaiting more clarity on linkage. And with the Middle East conflict dragging on, the approach of local elections in the UK and the planned EU ETS review in July, plenty of factors could slow completion of the talks. By Victoria Hatherick EU, UK ETS front-year contract £/t CO2e Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.
Regulators press data centers to cut load, or wait
Regulators press data centers to cut load, or wait
Houston, 31 March (Argus) — US regulators and grid operators are calling on data centers to cut their power use when the grid is overloaded, saying it is the only way to connect large-load customers as quickly as they are requesting. Officials and industry executives in Houston for an energy conference last week agreed the grid can not be expanded fast enough to meet unprecedented load-growth forecasts if each data center must be served its full allocation of power every hour of the year. But panel discussions and interviews showed a gap between the flexibility regulators say is possible and what data-center operators say they can deliver right now. "Finding a way to manage this demand in a flexible way is how we are going to get through this transition," PJM chief operating officer Stu Bresler said at CERAWeek by S&P Global in Houston, Texas. Without a way to curtail load during tight conditions, large new customers could face wait times stretching over a decade to connect on to the grid, he said. Although data centers request power connections sized for their maximum load, they do not necessarily operate at that level around-the-clock. Meanwhile, the grid only faces severe strain for a few dozen hours a year, usually during extreme weather events, a window that the Electric Power Research Institute (EPRI) says amounts to less than 1pc of the time. Regulators argue that if data centers agreed to reduce their draw during those peak hours for the grid, the system could absorb far more demand without immediate infrastructure expansion. Officials pointed to a study by Duke University showing that if customers in PJM, the nation's largest grid operator, cut load by half a percentage point for roughly two days, 18GW of new load could be absorbed without adding physical infrastructure to the system. Those cuts will not materialize without clear financial incentives, said the conference attendees. One way to incentivize such behavior is to pay large load customers who agree to use less power at the grid's request, the same way generators are compensated for supply, said Federal Energy Regulatory Commission (FERC) commissioner Judy Chang. "We really should focus on the demand side and include large data centers' ability to curtail," said Chang. "We're not quite getting the incentives yet right." Switching off Some artificial intelligence (AI)-training workloads can be paused or rescheduled but that flexibility varies by site and depends on permits, on-site equipment and the type of computing being performed, said Google's global head of data center energy, Amanda Peterson Corio. "There are many flexibility options, but not every data center can respond the same way," she said. AI-focused "compute factories" tend to be more adaptable because training jobs can be paused, while enterprise data-center workloads are far less flexible, said EPRI vice president of strategy David Porter. The group's work includes launching Flex Mosaic, a classification system meant to help utilities and data-center operators define what each site can realistically offer. Large customers who can will respond if markets put a value on reducing load, but the industry still needs clear rules for how much load can be cut and under what price signals, said Peterson Corio. Some data-center operators pushed back against the idea that most facilities can deliver the type of reductions regulators are envisioning. The vast majority of Amazon Work Spaces' (AWS) sites cannot lower their load on demand because the cloud and enterprise workloads they host cannot be interrupted without affecting customers, said AWS vice president Kerry Person. The only practical way AWS and others like it can reduce their draw on the grid is by switching to on-site backup generators, the majority of which burn fossil fuels because battery storage technology has not yet reached the scale of demand. US rules prohibit that approach, however, because environmental permits limit backup generators to emergency use only. "That's a regulatory issue," Person said. For now, most large-scale examples of this behavior remain confined to pilot programs. EPRI's DC Flex initiative is running field demonstrations at operating data centers to test how much load can be reduced without harming performance and whether facilities can provide services such as frequency support. If the industry cannot agree on workable rules for cutting load during peak hours, large users will continue to pursue their own behind-the-meter generation rather than wait years for a grid connection — a shift executives warned would raise costs, lock in more fossil-fuel use and leave the shared power system worse off . By Jasmina Kelemen Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.
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