by Katinka Barysch

Unbundling the supply of energy from its transport, moving Europe towards a low-carbon energy system, and getting the Nabucco pipeline built – these were the priorities of the last energy commissioner, Andris Piebalgs. His successor, Günther Oettinger, will write his own to-do list. The EU now has a dedicated climate change commissioner, Connie Hedegard, with whom Oettinger will have to work closely. When it comes to the EU’s internal energy market and security of supply, Oettinger will also have to rethink.

Twelve years after the EU passed its first law to open up gas markets, and seven years after adopting a second package, there is still no EU-wide market for gas (electricity looks a little better). In France, Germany and other EU countries, big, vertically integrated energy companies have resisted the Commission’s successive attempts to create real competition. The last big push to break up these companies ended in a truce: the third energy package, adopted in 2009, allows gas companies to keep their pipelines, provided they run them as truly separate entities.

Oettinger and his team in the EU directorate-general for energy will have their hands full to make sure that EU countries implement the third package by the 2011 deadline. There is little appetite for re-opening the unbundling debate for now. If and when Europeans start talking about the fourth gas package, their focus will probably shift towards infrastructure and market regulations.

It has become clear that passing laws on liberalisation will not in itself deliver a European energy market. The physical links between national markets are missing. Moreover, the 2009 gas crisis illustrated that a functioning internal market is not only needed to deliver reliable, low-cost energy to European households and factories. It is also the EU’s main tool for improving security of supply. Gas links allow countries to switch suppliers in case of emergency.

The EU budget allocates only around €250 million a year to energy infrastructure (under the trans-European networks for energy, or TEN-E, programme). The EU’s economic recovery programme from last year earmarked €2.4 billion for energy projects, parts of it for the so-called interconnectors between national power grids and gas pipeline networks. Now the Commission has suggested that the EU should set up a new fund for the next EU budget period, which starts in 2014. This ‘energy security and infrastructure instrument’ could dispatch €1-2 billion a year.

Energy experts disagree whether public money is needed to build interconnectors, and if so, how much. The market alone will probably not deliver all the links needed for a Europe-wide network. But it should deliver most of it. The Clingendael Institute, a Dutch think-tank, reports that over the last decade, Europe has added a mere 1,000 kilometres to its trans-national pipeline network. In the US – where unbundling was completed by the early 1990s – private companies have built around 30,000 kilometres of new pipelines over the same period (in response to approximately the same gas demand growth).

The difference between the European and the American gas market is not only its size and the degree of liberalisation but also the way the market is regulated and run. Even if EU companies were fully unbundled, different regulations and licensing procedures in the various EU countries would still make it unnecessarily hard to build infrastructure that straddles borders. Harmonisation is needed here. Moreover, the EU may have to allow those companies that build cross-border links higher returns on their investment. To figure out which connections would make most sense for the EU as a whole, a Union-wide infrastructure plan is needed.

The EU has asked a new group of network operators (called ENTSO) to draw up a European infrastructure priority plan. And it is establishing a new ‘agency for the co-operation of energy regulators’ (ACER) in Slovenia. However, ENTSO’s plan may well be subject to the same national horse-trading that has characterised the allocation of previous EU infrastructure money. And it will not be binding on companies or governments. For economic and energy security considerations to take precedence, ACER should be given a stronger say in defining infrastructure priorities and driving harmonisation of licensing regimes forward. Only then could the EU justify setting up a new multi-billion euro energy infrastructure fund.

Katinka Barysch is deputy director of the Centre for European Reform.

by Katinka Barysch

Will unconventional gas solve Europe’s energy security problem? Many EU member-states rely a lot on Russian gas; in the case of some Central and East European countries the dependence is total. What if these countries suddenly discovered that they themselves sit on huge gas reserves? They should not hold their breath. Unconventional gas will make a big difference to the EU’s energy security – but perhaps not in the way that shale gas enthusiasts expect.

Unconventional gas (UG) is gas trapped in rock formations. The technology now exists to get this gas out. It involves drilling into the rocks and then blasting in water mixed with chemicals to extract the gas. In the US, the new technology has been a ‘game changer’. US production of shale gas (one form of UG) tripled in 2004-08, allowing America to overtake Russia as the world’s biggest gas producer. The US is now self-sufficient – which has enabled it to mothball its terminals for importing liquefied natural gas (LNG, gas that is frozen to liquid form and transported by tankers).

Is something similar about to happen in Europe? Some energy experts estimate that Europe’s UG reserves could be several times bigger than its conventional gas reserves. The likes of Exxon, Chevron, Shell and ConocoPhilips have already snapped up land plots in places that look promising for UG exploration, most notably in Poland, Sweden and Germany.

Should the EU scrap expensive and complicated diversification plans, such as the proposed Nabucco pipeline to import Caspian gas, and simply wait for the UG boom to happen in Europe? At a recent energy security conference in Vienna, gas experts, geologists and industry representatives urged caution.

* Estimates of European UG reserves are based on geological surveys that were not carried out with UG in mind. Only drilling holes in the ground will show whether the geology is indeed suitable for producing and commercially exploiting UG. So far, there has been very little drilling in Europe. A couple of wells in Hungary have been abandoned as unpromising. In southern Sweden, environmental concerns may make gas extraction impossible irrespective of whether the geology proves suitable. In Poland, the country considered most promising, not a single well has been drilled so far.

* In the US, it was small, technology-savvy energy companies that made the shale gas boom possible. The giant international oil companies have only recently joined the fray by buying up smaller companies with the right technology and know-how. Europe’s energy markets are still dominated by national champions. There are few nimble, innovative players. Expertise and infrastructure for UG development is scarce. Engineers are being flown in from Texas or Pennsylvania. In the whole of Europe, there are only 67 land rigs (the structures used in drilling for UG), compared with thousands in the US.

* US legislation tends to be rather kind to oil and gas companies. For example, the law that regulates the safety of drinking water has an intentional loophole that excludes ‘fracking’, the technology used to blast water and chemicals into rocks. Only now, with the shale gas boom in full swing, are environmental concerns mounting in the US. In Europe, by contrast, exploration starts with these concerns already being widely discussed. UG production needs huge amounts of water and, more importantly, uses chemicals that seep into the ground (usually at a depth of several thousand metres but that could store up problems in later years). Some UG drillings have made the earth shake near-by.

* Big UG sites require lots of space (they consist of scores of rigs close together), as well as new roads, reservoirs and pipelines. Planning restrictions in Europe are often tight, partly because the continent is more densely populated: typically 250-400 people live on each square kilometre in EU countries compared with 80 in the US.

* In the US, whoever owns a plot of land owns the resources beneath it. In EU countries, the resources below surface usually belong to the state. There will be no ‘poor farmers to shale gas millionaires’ stories in Europe. If only big energy companies gain, UG production could be less socially acceptable. Moreover, those companies looking for UG in Europe complain that local regulators and environment ministries have no experience with awarding the necessary licenses. Progress can be frustratingly slow.

* The US shale gas boom happened at a time when gas prices were rising and most analysts predicted steadily growing gas demand for years ahead. The situation is very different now. The European market is over-supplied at the moment, prices on the 'spot' market for short-term gas contracts have fallen significantly, and the medium-term outlook is highly uncertain. “High prices allowed us to make lots of mistakes when building up the US shale gas industry,” says one gas expert. “With depressed prices and demand in Europe, we have to be profitable straight away.” Because of the smaller scale of production and the dearth of infrastructure and expertise, it will probably cost two to three times as much to produce UG in Europe than in the US. So it is not clear whether European UG will be able to compete with LNG and pipeline gas.

Whether and when Europe’s first UG projects will become profitable is still anyone’s guess. One manager who runs a UG project in Poland says that in a best case scenario his company would need around three years to drill exploratory wells, another three to determine whether resources are commercially viable and yet more time to figure out how to get supplies to customers. One person involved in the Swedish exploration says he would expect commercialisation in around ten years.

“In Europe, unconventional gas is not a game changer,” concludes one executive of a big EU gas company. UG will most likely develop in Europe, but a repeat of the US shale gas boom is doubtful. The good news is that regardless of UG developments in Europe, the shale gas boom in the US is changing the global, and European, gas market.

Scores of new LNG terminals are being constructed in the Gulf, Africa and elsewhere. But the US LNG market has disappeared almost overnight. Other than Asia, that only leaves Europe as a destination for rapidly growing amounts of LNG. Already, market prices for LNG have collapsed in Europe, which, in turn, has forced pipeline gas suppliers such as Norway’s Statoil and Russia’s Gazprom to re-negotiate contracts with their biggest European customers. LNG imports mean more competition in a market hitherto dominated by 30-year contracts with fixed volumes and prices linked to the international oil price. That system is crumbling. Gazprom and other suppliers will have to make a bigger effort to be cheap and reliable – and that before even a single molecule of unconventional gas has been produced on the European continent.

Katinka Barysch is deputy director of the Centre for European Reform