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Denmark's wind tender flop linked to H2 network doubts

  • Market: Electricity, Hydrogen
  • 06/12/24

Denmark's failure to attract bids in an offshore wind tender was partly caused by the country's lack of firm commitment to a hydrogen pipeline network, according to Danish and European hydrogen associations.

For Denmark's hydrogen industry the failed tender is raising concerns that Copenhagen might resort to state aid for offshore wind, which could jeopardise renewable hydrogen production that is compliant with EU rules.

Denmark unsuccessfully offered three areas totalling 3GW in a first part of the auction that ended on 5 December, and will offer another 3GW in a second part ending in April 2025.

The "very disappointing" result will now be investigated by the Danish Energy Agency to discover why market participants failed to bid, energy minister Lars Aagaard said.

Wind project developers may have worried that low electricity prices in an increasingly saturated power market and inadequate export routes — either via power cables or as hydrogen via pipeline — would deny a return on investments, industry participants said.

Ample offshore wind potential could allow Denmark to generate power far in excess of its own needs. But in order to capitalise on this the country would need to find a way of getting the energy to demand markets.

Turning offshore wind into renewable hydrogen for export was "a very attractive solution" for developers, Hydrogen Europe chief policy officer Daniel Fraile said, but would rely on timely construction of a network "all the way from the coast to Germany's hydrogen-hungry industry."

Denmark's hydrogen network was recently pushed back to 2031-32 from an initial 2028, partly because of an impasse over funding that provoked anger from industry. The government has said it will only help fund the hydrogen transport network if there are sufficient capacity bookings guaranteeing its use.

But this approach increases risks for developers, according to Fraile.

"You need to handle the risk of winning the offshore tender, finding a hydrogen offtaker in Germany and commit to inject a large amount of hydrogen over several years. Then deliver the project on time and on cost," he said. "This is a hell of an undertaking."

Industry association Hydrogen Denmark's chief executive Tejs Laustsen Jensen agreed, calling the failed tender "a gigantic setback".

"The uncertainty about the hydrogen infrastructure has simply made the investment too uncertain for offshore wind developers," he said. "Now the task for politicians is to untie this Gordian knot."

"Of course, the tender must now be re-run, but if the state does not guarantee in that process the establishment of hydrogen infrastructure, we risk ending up in the same place again," he said. The booking requirement as a prerequisite for funding the network "must be completely removed," Jensen said.

Green energy association Green Power Denmark said "there is still considerable uncertainty about the feasibility of selling electricity in the form of hydrogen," but pointed to other factors that may have led to the tender failing to attract bids.

Wind turbines and raw materials have become more expensive because of inflation while interest rates have risen sharply, reducing the viability of such projects, the group's chief executive Kristian Jensen said. Unlike some other countries, Denmark does not intend to fund grid connections or provide other subsidies, he said.

Unwanted help

Hydrogen Denmark's Jensen warned against the government resorting to subsidies to help get offshore wind farms built.

"State support for offshore wind would be the death knell" for the hydrogen sector and would "de facto kill all possibilities for a green hydrogen adventure in Denmark," he said.

Granting state support for offshore wind farms would mean these assets would not comply with the additionality requirement of the EU's definition for renewable fuels of non-biological origin (RFNBO), which are effectively renewable hydrogen and derivatives.

EU rules state renewable assets are only considered 'additional' if they have "not received support in the form of operating aid or investment aid," although financial support for grid connections is exempt from this.

"If state aid is provided for the offshore wind that is to be used to produce the hydrogen, we will lose the RFNBO stamp, and the Danish hydrogen cannot be used to meet the green EU ambitions for, among other things, industry and transport, and the business case is thus destroyed," Jensen said.

Geographical divisions of Denmark's H2 network plan

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18/06/25

TC Energy targets brownfield expansion growth

TC Energy targets brownfield expansion growth

Washington, 18 June (Argus) — Canada-based TC Energy intends to focus on expansions of its existing natural gas pipeline network in North America to serve growing demand for natural gas service until the mid-2030s, chief executive Francois Poirier said today. TC Energy has a $32bn backlog in capital projects and is looking at an additional $30bn of projects that may not all come to fruition, Poirier said. The company's focus is on increasing capacity through existing pipelines and pipeline corridors, he said, rather than pursuing greenfield projects that require entirely new routes. "Our view is that we're going to be able to prosecute all of that with brownfield expansions," Poirier said in an interview on the sidelines of the Atlantic Council's Global Energy Forum. "The industry has been quite innovative in finding the nooks and crannies to move gas around. So I don't see a need for a big greenfield pipeline until the mid-2030s." Pipeline developers since 2020 have prioritized brownfield projects, after permitting delays and lawsuits delayed or halted proposed pipelines across the eastern US, such as the now-canceled $8bn Atlantic Coast Pipeline. President Donald Trump has pushed to restart new pipeline development, and last month US midstream operator Williams said it was restarting work on the 124-mile (200km) Constitution pipeline and the Northeast Supply Enhancement project. Last month, TC Energy announced a $900mn expansion of its ANR pipeline system in the US Midwest, known as the Northwoods project. TC Energy will focus on those types of brownfield projects until at least the mid-2030s, Poirier said, when the company forecasts gas production in the Hayettesville and Permian basins will reach maturity. At that point, he expects there will more need to transport Appalachian gas to the US Gulf coast, where demand from LNG export terminals is set to increase. "Then the question is going to be, is it economical?" Poirier said. "It's going to depend on the price for Henry Hub [gas]. Right now, the Henry Hub price doesn't support a new greenfield pipeline." Data centers are among the largest drivers of demand growth, Poirier said. In the last three months, TC Energy has seen "quite an acceleration" in demand for gas transportation service from utilities serving that demand, he said. Gas-fired plants are still the fastest way to reliably serve those data centers even though such plants take 3-5 years to build, he said, because renewable power is intermittent and nuclear plants take at least a decade to build. "If you look at the 660 or so data centers under development and construction in the US, about two-thirds are within 50 miles of our pipelines," Poirier said. By Chris Knight Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

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Q&A: Suburban's renewable quest continues


17/06/25
News
17/06/25

Q&A: Suburban's renewable quest continues

London, 17 June (Argus) — US LPG distributor Suburban Propane was the first company to sell a propane-renewable DME (rDME) blend in California in 2022 . The company has also pioneered sales of biopropane in the US and has since expanded into renewable natural gas (RNG) — also called biomethane — and hydrogen. Argus spoke with Suburban's vice-president of renewable energy, Douglas Dagan, about the push into renewables and the challenges ahead: Could you provide an update on Suburban's renewable DME sales? We continue to have a strategic partnership with Oberon Fuels , which produces rDME in the US. We are the only commercial seller of a propane-rDME blend — right now we sell to all of our forklift truck and autogas customers from our Anaheim, California, location. The product is a true drop-in replacement that can be used in all propane applications. The blend ratio is currently small, but we are testing higher percentages to determine the maximum drop-in blend level. We received an exemption from the California Air Resources Board [CARB] to run a pilot testing higher blend levels in vehicles. What is the current blend ratio and what is the maximum you are looking at? Our commercial blend is 4pc rDME. This ensures no issues as a drop-in replacement. We want to get to a 10pc maximum, but we've done a lot of testing and are delivering at 4pc in the Anaheim market. We are confident there are no issues on the customer side when a 4pc blend is used in an engine. Now we're looking to assess higher blend percentages. Getting CARB pilot approval was the first step. Why has the maximum fallen from previous estimates of 20pc and then 12pc? RDME has a lot of potential, but it's more challenging than anticipated. We started testing before the World Liquid Gas Association [WLGA] did. The belief was you could blend up to 20pc and everything would work. It turns out it's more like 10pc — lower than hoped — which means environmental benefits don't scale as fast. You have to ensure no issues arise from the oxygen content in DME, such as seal degradation causing leaks. There must be a high degree of confidence. On the supply side, different blend ratios require dedicated tanks and infrastructure — you can't switch between 4pc and 20pc easily — so it's very costly to have more than one blend. What are the latest in terms of your renewable propane sales? We are rapidly scaling — we've sold over 1mn USG [1,900t] of renewable propane in California, where we primarily offer renewable propane. Several programmes support renewable propane, but California credits are the most lucrative. We will sell outside California and are exploring expansion. The biggest challenge is availability. Many producers don't yet see value in separating renewable propane from the stream — it's a by-product, from renewable diesel or sustainable aviation fuel (SAF) production. We're building relationships to say: we have demand, and we'll pay. We just need more of it. How does Donald Trump's presidency and the resulting pressures on the regulatory environment for the energy transition affect Suburban's renewable plans? I think the Trump administration is supportive of what we're doing. It has different priorities from the Biden administration, but we still see support at both state and federal levels for our traditional product. On the renewable side, we're developing drop-in renewable propane, as well as RNG and clean hydrogen. There's support for all three. A Trump priority is domestic industry, and our plans are heavily domestic. Every administration brings new challenges. Lack of certainty is the biggest — knowing future policies is hard. Luckily we have a traditional product and a renewable platform that have support from both parties and we think the outlook for the future is good regardless of which party is in control. Can you explain why the carbon intensity (CI) metric could be an important tool for policy makers? It's a critical metric, though a bit technical. Policy makers deal with many issues — energy is just one. But the more people understand CI, the better the decisions. The CI scale, developed by Argonne National Lab, is a full life-cycle emissions calculation, covering production and use. Electric vehicles [EVs] are often seen as cleanest, but not always. CI reveals this — the lower the better. For example, if the electricity grid is dirtier than gasoline, switching to EVs worsens emissions. In most US states, the grid is dirtier than traditional propane. Gasoline and diesel score about 100, traditional propane around 80, and renewable propane 20-40. Suburban is moving into hydrogen and RNG. Is this a diversification strategy or do they somehow complement the core LPG business? We have a large RNG facility in Arizona using dairy manure and co-feed from organic waste. We can produce 1,000–1,500mn Btu/d of RNG sent via pipeline to California for engine fuel. 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We're also exploring hydrogen opportunities and expect that segment to grow. For renewable propane and DME, we've seen tremendous recent growth — especially in renewable propane. We're pursuing more supply and new markets outside California. Reaching 1mn USG in sales was a big milestone — and we want to keep building on that this year. Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

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TSO error, generation loss led to blackout: Spain VP


17/06/25
News
17/06/25

TSO error, generation loss led to blackout: Spain VP

London, 17 June (Argus) — Programming mistakes from Spain's transmission system operator (TSO) and "improper" disconnection of generating units by utilities contributed to Spain's 28 April blackout, according to Spain's vice-president and ecological transition minister, Sara Aagesen. Aagesen addressed the public following a meeting with the council of ministers, in which she presented a report on the government's findings from its investigation into the blackout that affected the Iberian peninsula on 28 April . Poor planning for voltage controls may have contributed to the blackout on 28 April. The day before the Iberian outage, Spanish TSO Red Electrica requested that 10 thermal plants be available in case of voltage issues on 28 April, Aagesen said. Market mechanisms meant the plants were not expected to be part of the 28 April generation mix, but the TSO often selects thermal units spread across Spain for back-up in case of an extraordinary event, in exchange for financial compensation. At 20:00 local time (18:00 GMT) on the night before the blackout, one of the thermal plants informed the TSO that it would not be able to operate the next day, and the TSO decided not to select another plant to take its place. The TSO "decided to reprogramme [for the next day], but not replace the need for a thermal plant", which meant the TSO went into the day of the blackout with "resources for voltage control that were inferior to what they had calculated the previous morning for the middle hours [of 28 April]". Some of the generation that disconnected from the grid in the initial stages of the blackout happened in an "improper manner". While some units automatically disconnected to protect themselves from voltage fluctuations, it was suggested that some generation units should not have done so. This created a wider "wave of over-voltage", amplifying the effects. And generation loss was detected not only in the Badajoz, Granada and Sevilla provinces as previously believed, but also in Caceres, Huelva and Segovia. This phase of the blackout took place within the space of 21 seconds. There is still no indication that a cyber attack took place on 28 April. The minister reiterated the government's stance on the matter, ruling out external influences on the events during the blackout. The full report covering the government's investigation into the blackout, approved by the council of ministers, will be published this evening. Aagesen will hold a meeting with her Portuguese counterpart, Maria da Graca Carvalho, in Portugal this evening at 20:00 local time (20:00 BST). By James Doran Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

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World Bank backs Indonesia's $2.128bn clean energy push


17/06/25
News
17/06/25

World Bank backs Indonesia's $2.128bn clean energy push

Singapore, 17 June (Argus) — The World Bank has approved a $2.128bn blended finance package for Indonesia to support its financial sector reforms and accelerate investment in clean energy, it announced on 16 June. Indonesia will channel $1.5bn of the package into strengthening its financial services sector by expanding the use of digital financial tools and removing credit infrastructure constraints. It will also help remove obstacles in obtaining renewable energy technologies by reducing local content requirements. The remaining $628mn in funding — comprising a $600mn loan from the International Bank for Reconstruction and Development (IBRD), $12mn from the IBRD surplus-funded liveable planet fund, and $16mn from partners under the Sustainable Renewables Risk Mitigation Initiative — is aimed at enabling greater energy access. This blended finance programme aims to generate 540MW of solar and wind power. It is also expected to reduce power generation costs by 8pc and cut greenhouse gas emissions by 10pc, particularly in Kalimantan and Sumatra, the World Bank said. This energy programme is the first to use the World Bank's step-up loan product, which has a repayment scheme designed to attract long-term private investments, with incentives including lower interest rates during the implementation phase and further reductions if projects are refinanced after completion. By Haridas Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

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Australia backs expanded NeoSmelt green iron group


17/06/25
News
17/06/25

Australia backs expanded NeoSmelt green iron group

Sydney, 17 June (Argus) — The Australian government has awarded domestic green iron consortium NeoSmelt — comprising five major metals and energy producers — a A$19.8mn ($13mn) grant to support its development of an electric smelter in Western Australia. The grant will support the project's A$48.8mn engineering study, Australian climate change and energy minister Chris Bowen said today. NeoSmelt will make a final investment decision on the project next year. It expects to produce 30,000-40,000 t/yr of low-carbon direct reduction iron at the plant from 2028. The consortium will initially power the site using natural gas, but may later transition to renewable hydrogen. NeoSmelt includes many of Australia's largest resource producers. Its founding members are Australian metals producers BlueScope Steel and BHP, and UK-Australian metals producer Rio Tinto. Japanese producer Mitsui and Australian energy producer Woodside Energy joined the consortium today, BlueScope chief executive for Australian steel products Tania Archibald said in a statement announcing the grant. The Australian government will also support the project through its A$14bn green hydrogen subsidy scheme , which will enable producers to claim tax credits worth A$2/t of low-carbon hydrogen produced from 2027. It is also supporting other low-carbon iron producers through its A$1bn green iron investment fund , which is designed to support early-stage projects and attract private-sector investment. By Avinash Govind Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

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