A fair, fast and competitive transition begins with what already works and then rapidly scales it up.  Across the EU commercial road transport sector, the diversity of operations is met with a diversity of solutions. Urban taxis are switching to electric en masse. Many regional coaches run on advanced biofuels, with electrification emerging in smaller applications such as school services, as European e-coach technologies are still maturing and only now beginning to enter the market. Trucks electrify rapidly where operationally and financially possible, while others, including long-haul and other hard-to-electrify segments, operate at scale on HVO (hydrotreated vegetable oil) or biomethane, cutting emissions immediately and reliably. These are real choices made every day by operators facing different missions, distances, terrains and energy realities, showing that decarbonization is not a single pathway but a spectrum of viable ones.  Building on this diversity, many operators are already modernizing their fleets and cutting emissions through electrification. When they can control charging, routing and energy supply, electric vehicles often deliver a positive total cost of ownership (TCO), strong reliability and operational benefits. These early adopters prove that electrification works where the enabling conditions are in place, and that its potential can expand dramatically with the right support. > Decarbonization is not a single pathway but a spectrum of viable ones chosen > daily by operators facing real-world conditions. But scaling electrification faces structural bottlenecks. Grid capacity is constrained across the EU, and upgrades routinely take years. As most heavy-duty vehicle charging will occur at depots, operators cannot simply move around to look for grid opportunities. They are bound to the location of their facilities.  The recently published grid package tries, albeit timidly, to address some of these challenges, but it neither resolves the core capacity deficiencies nor fixes the fundamental conditions that determine a positive TCO: the predictability of electricity prices, the stability of delivered power, and the resulting charging time. A truck expected to recharge in one hour at a high-power station may wait far longer if available grid power drops. Without reliable timelines, predictable costs and sufficient depot capacity, most transport operators cannot make long-term investment decisions. And the grid is only part of the enabling conditions needed: depot charging infrastructure itself requires significant additional investment, on top of vehicles that already cost several hundreds of thousands of euros more than their diesel equivalents.  This is why the EU needs two things at once: strong enablers for electrification and hydrogen; and predictability on what the EU actually recognizes as clean. Operators using renewable fuels, from biomethane to advanced biofuels and HVO, delivering up to 90 percent CO2 reduction, are cutting emissions today. Yet current CO2 frameworks, for both light-duty vehicles and heavy-duty trucks, fail to recognize fleets running on these fuels as part of the EU’s decarbonization solution for road transport, even when they deliver immediate, measurable climate benefits. This lack of clarity limits investment and slows additional emission reductions that could happen today. > Policies that punish before enabling will not accelerate the transition; a > successful shift must empower operators, not constrain them. The revision of both CO2 standards, for cars and vans, and for heavy-duty vehicles, will therefore be pivotal. They must support electrification and hydrogen where they fit the mission, while also recognizing the contribution of renewable and low-carbon fuels across the fleet. Regulations that exclude proven clean options will not accelerate the transition. They will restrict it.  With this in mind, the question is: why would the EU consider imposing purchasing mandates on operators or excessively high emission-reduction targets on member states that would, in practice, force quotas on buyers? Such measures would punish before enabling, removing choice from those who know their operations best. A successful transition must empower operators, not constrain them.  The EU’s transport sector is committed and already delivering. With the right enablers, a technology-neutral framework, and clarity on what counts as clean, the EU can turn today’s early successes into a scalable, fair and competitive decarbonization pathway.  We now look with great interest to the upcoming Automotive Package, hoping to see pragmatic solutions to these pressing questions, solutions that EU transport operators, as the buyers and daily users of all these technologies, are keenly expecting. -------------------------------------------------------------------------------- Disclaimer POLITICAL ADVERTISEMENT * The sponsor is IRU – International Road Transport Union  * The ultimate controlling entity is IRU – International Road Transport Union  More information here.

High energy prices, risks on CBAM enforcement and promotion of lead markets, as well as increasing carbon costs are hampering domestic and export competitiveness with non-EU producers. The cement industry is fundamental to Europe’s construction value chain, which represents about 9 percent of the EU’s GDP. Its hard-to-abate production processes are also currently responsible for 4 percent of EU emissions, and it is investing heavily in measures aimed at achieving full climate neutrality by 2050, in line with the European Green Deal. Marcel Cobuz, CEO, TITAN Group  “We should take a longer view and ensure that the cement industry in EU stays competitive domestically and its export market shares are maintained.” However, the industry’s efforts to comply with EU environmental regulations, along with other factors, make it less competitive than more carbon-intensive producers from outside Europe. Industry body Cement Europe recently stated that, “without a competitive business model, the very viability of the cement industry and its prospects for industrial decarbonization are at risk.” Marcel Cobuz, member of the Board of the Global Cement and Concrete Association and CEO of TITAN Group, one of Europe’s leading producers, spoke with POLITICO Studio about the vital need for a clear policy partnership with Brussels to establish a predictable regulatory and financing framework to match the industry’s decarbonization ambitions and investment efforts to stay competitive in the long-term. POLITICO Studio: Why is the cement industry important to the EU economy?  Marcel Cobuz: Just look around and you will see how important it is. Cement helped to build the homes that we live in and the hospitals that care for us. It’s critical for our transport and energy infrastructure, for defense and increasingly for the physical assets supporting the digital economy. There are more than 200 cement plants across Europe, supporting nearby communities with high-quality jobs. The cement industry is also key to the wider construction industry, which employs 14.5 million people across the EU. At the same time, cement manufacturers from nine countries compete in the international export markets. PS: What differentiates Titan within the industry?  MC: We have very strong European roots, with a presence in 10 European countries. Sustainability is very much part of our DNA, so decarbonizing profitably is a key objective for us. We’ve reduced our CO2 footprint by nearly 25 percent since 1990, and we recently announced that we are targeting a similar reduction by 2030 compared to 2020. We are picking up pace in reducing emissions both by using conventional methods, like the use of alternative sources of low-carbon energy and raw materials, and advanced technologies. TITAN/photo© Nikos Daniilidis We have a large plant in Europe where we are exploring building one of the largest carbon capture projects on the continent, with support from the Innovation Fund, capturing close to two million tons of CO2 and producing close to three million tons of zero-carbon cement for the benefit of all European markets. On top of that, we have a corporate venture capital fund, which partners with startups from Europe to produce the materials of tomorrow with  very low or zero carbon. That will help not only TITAN but the whole industry to accelerate its way towards the use of new high-performance materials with a smaller carbon footprint. PS: What are the main challenges for the EU cement industry today?  MC: Several factors are making us less competitive than companies from outside the EU. Firstly, Europe is an expensive place when it comes to energy prices. Since 2021, prices have risen by close to 65 percent, and this has a huge impact on cement producers, 60 percent of whose costs are energy-related. And this level of costs is two to three times higher than those of our neighbors. We also face regulatory complexity compared to our outside competitors, and the cost of compliance is high. The EU Emissions Trading System (ETS) cost for the cement sector is estimated at €97 billion to €162 billion between 2023 and 2034. Then there is the need for low-carbon products to be promoted ― uptake is still at a very low level, which leads to an investment risk around new decarbonization technologies. > We should take a longer view and ensure that the cement industry in the EU > stays competitive domestically and its export market shares are maintained.” All in all, the playing field is far from level. Imports of cement into the EU have increased by 500 percent since 2016. Exports have halved ― a loss of value of one billion euros. The industry is reducing its cost to manufacture and to replace fossil fuels, using the waste of other industries, digitalizing its operations, and premiumizing its offers. But this is not always enough. Friendly policies and the predictability of a regulatory framework should accompany the effort. PS: In January 2026, the Carbon Border Adjustment Mechanism will be fully implemented, aimed at ensuring that importers pay the same carbon price as domestic producers. Will this not help to level the playing field? MC: This move is crucial, and it can help in dealing with the increasing carbon cost. However, I believe we already see a couple of challenges regarding the CBAM. One is around self-declaration: importers declare the carbon footprint of their materials, so how do we avoid errors or misrepresentations? In time there should be audits of the importers’ industrial installations and co-operation with the authorities at source to ensure the data flow is accurate and constant. It really needs to be watertight, and the authorities need to be fully mobilized to make sure the real cost of carbon is charged to the importers. Also, and very importantly, we need to ensure that CBAM does not apply to exports from the EU to third countries, as carbon costs are increasingly a major factor making us uncompetitive outside the EU, in markets where we were present for more than 20 years. > CBAM really needs to be watertight, and the authorities need to be fully > mobilized to make sure the real cost of carbon is charged to the importers.” PS: In what ways can the EU support the European cement industry and help it to be more competitive? MC: By simplifying legislation and making it more predictable so we can plan our investments for the long term. More specifically, I’m talking about the revamping of the ETS, which in its current form implies a phase-down of CO2 rights over the next decade. First, we should take a longer view and ensure that the cement industry stays competitive and its export market shares are maintained, so a policy of more for longer should accompany the new ETS. > In export markets, the policy needs to ensure a level playing field for > European suppliers competing in international destination markets, through a > system of free allowances or CBAM certificates, which will enable exports to > continue.” We should look at it as a way of funding decarbonization. We could front-load part of ETS revenues in a fund that would support the development of technologies such as low-carbon materials development and CCS. The roll-out of Infrastructure for carbon capture projects such as transport or storage should also be accelerated, and the uptake of low-carbon products should be incentivized. More specifically on export markets, the policy needs to ensure a level playing field for European suppliers competing in international destination markets, through a system of free allowances or CBAM certificates, which will enable exports to continue. PS: Are you optimistic about the future of your industry in Europe?  MC: I think with the current system of phasing out CO2 rights, and if the CBAM is not watertight, and if energy prices remain several times higher than in neighboring countries, and if investment costs, particularly for innovating new technologies, are not going to be financed through ETS revenues, then there is an existential risk for at least part of the industry. Having said that, I’m optimistic that, working together with the European Commission we can identify the right policy making solutions to ensure our viability as a strategic industry for Europe. And if we are successful, it will benefit everyone in Europe, not least by guaranteeing more high-quality jobs and affordable and more energy-efficient materials for housing ― and a more sustainable and durable infrastructure in the decades ahead. -------------------------------------------------------------------------------- Disclaimer POLITICAL ADVERTISEMENT * The sponsor is Titan Group * The advertisement is linked to policy advocacy around industrial competitiveness, carbon pricing, and decarbonization in the EU cement and construction sectors, including the EU’s CBAM legislation, the Green Deal, and the proposed revision of the ETS. More information here.

LONDON — Ministers must act now to address an “emerging risk to gas supply security,” the government’s official independent energy advisers have warned.  The government must make plans to avert a threat to future gas supplies, the National Energy System Operator (NESO) said.  While the advisers say the conditions creating a gas supply crisis are unlikely, any shortage would have a severe impact on the country. In its first annual assessment of Britain’s gas security, expected to be released later today but seen by POLITICO, the NESO said diminishing reserves of gas in the North Sea and competition for imports are creating new energy security risks, even as the country’s decarbonization push reduces overall demand for the fossil fuel.  Britain is projected to have sufficient gas supplies for normal weather scenarios by winter 2030/31, but in the event of severe cold weather and an outage affecting key infrastructure, supply would fall well short of demand, NESO projects.   The scenario in the report involves what the NESO calls the “unlikely event” of a one-in-20-year cold spell lasting 11 days alongside the loss of vital infrastructure.   If this were to occur, the consequences of a shortfall in gas supply could be dire.   It could trigger emergency measures including cutting off gas from factories, power stations, and — in extreme scenarios — homes as well. It could take weeks or months to return the country to normal.   The vast majority of homes still use gas boilers for heating.   VULNERABILITY Informed by the NESO’s findings, ministers have published a consultation setting out a range of options for shoring up gas security.  It comes amid growing concern in Whitehall about the U.K.’s vulnerability to gas supply disruptions. Russia is actively mapping key offshore infrastructure like gas pipelines and ministers have warned it has the capability to “damage or destroy infrastructure in deepwater,” in the event that tensions over Ukraine spill over into a wider European conflict.  While Britain has long enjoyed a secure flow of domestically-produced gas from the North Sea — which still supplies more than a third of the fuel — NESO’s report says gas fields are experiencing “rapid decline.” The amount available to meet demand in Britain falls to “12 to 13 percent winter-on-winter until 2035,” it says.  That will leave the U.K. ever more dependent on imports, via pipeline from Norway and increasingly via ship-borne liquefied natural gas (LNG) from the U.S. — and Britain will be competing with other countries for the supply of both.  The report projects that during peak demand periods in the 2030s, the Britain’s import dependency will be as high as 90 percent or more.  Overall, gas demand will be lower in the 2030s because of the shift to renewable electricity and electric heating, but demand will remain relatively high on very cold days, and when there is little wind to power offshore turbines, requiring gas power stations to be deployed, the report says.  “This presents emerging risks that we will need to understand to ensure reliable supplies are maintained for consumers,” it adds.  Reducing demand for gas by decarbonizing will be key, the report says, and risks are higher in scenarios where the country slows down its shift away from gas.   But decarbonization alone will not be enough to ensure the U.K. would meet the so-called “N-1 test” — a sufficient supply of gas even if the “single largest piece” of gas infrastructure fails — during a prolonged cold spell in winter 2030/31. In that scenario, “peak day demand” is projected to reach 461 million cubic meters (mcm), but supply would fall to 385 mcm, resulting in a supply deficit of 76 mcm, a shortfall of around 16 percent of what is needed to power the country on that day.  That means ministers should start considering alternative options now, including the construction of new infrastructure like storage facilities, liquefied natural gas (LNG) import terminals, or new onshore pipelines to ensure more gas can get from LNG import sites to the rest of the country. The government consultation will look at these and other options.   The critical piece of gas infrastructure considered under the N-1 test is not identified for security reasons, but is likely to be a major import pipeline from Norway or an LNG terminal. The report says that even “smaller losses … elsewhere in the gas supply system” could threaten gas security in extreme cold weather.  GAS SECURITY ‘PARAMOUNT’  The findings will likely be seized on by the oil and gas industry to argue for a more liberal licensing and tax regime in the North Sea, on a day when the government announced its backing for more fossil fuel production in areas already licensed for exploration.  But such measures are unlikely to be a silver bullet. The report says: “Exploration of new fields is unlikely to deliver material new capacity within the required period.”  Deborah Petterson, NESO’s director of resilience and emergency management, said that gas supply would be “sufficient to meet demand under normal weather conditions.”  “We have, however, identified an emerging risk to gas supply security where decarbonization is slowest or in the unlikely event of the loss of the single largest piece of gas infrastructure on the system.  “By conducting this analysis, we are able to identify emerging risks early and, crucially, in time for mitigations to be put in place,” she added.  A spokesperson for the Department of Energy Security and Net Zero said ministers were “working with industry to ensure the gas system is fit for the future, including maintaining security of supply — which is paramount.”   “Gas will continue to play a key role in our energy system as we transition to clean, more secure, homegrown energy,” they added. “This report sets out clearly that decarbonization is the best route to energy security — helping us reduce demand for gas while getting us off the rollercoaster of volatile fossil fuel markets.”  Glenn Bryn-Jacobsen, director of energy resilience and systems at gas network operator National Gas Transmission, said in the short-term, Britain’s gas supply outlook was “robust” but that “looking ahead, we recognise the potential longer-term challenges.” “Gas remains a critical component of Britain’s energy security — keeping homes warm, powering industry, and supporting electricity generation during periods of peak demand and low renewable output,” he added. “In considering potential solutions, it is essential to look at both the gas supply landscape and the investment required in network infrastructure,” he said.