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EU calls time on first-generation biofuels

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Published 18 October 2012, updated 19 November 2012

The EU yesterday (17 October) launched new rules to account for indirect greenhouse gas emissions from biofuels, sending what EU Climate Commissioner Connie Hedegaard called a clear signal that first-generation biofuels were “not the future in Europe”.

Appearing in a joint press conference with Energy Commissioner Günther Oettinger, Hedegaard said that the compromise paper was not perfect but would ensure that future European biofuels were “more sustainable than they would have been without this proposal.”

“Climate-wise, some of the biofuels [receiving EU subsidies] are as bad as, or even worse than the fossil fuels that they replace,” she said.

This is because of indirect land-use change (ILUC), a process whereby carbon sinks are destroyed outside of Europe to cultivate land for biofuels crops. ILUC was demonstrated in scientific models and confirmed by indigenous peoples’ experiences in developing countries. 

The new proposal, which will amend both the Biofuels and Fuel Quality Directives, contains measures aimed at preventing the EU from providing incentives for the continued displacement of food crops for fuel. These include:

  • A 5% cap on the amount of biofuels in the EU’s 2020 transport mix;
  • An end to public subsidies for biofuels after 2020 unless they can demonstrate “substantial greenhouse gas savings”;
  • A quadrupling of credits for second-generation biofuels, to provide production incentives;
  • A 60% greenhouse-gas-saving threshold that will apply to new biofuels installations from 1 July 2014;
  • A review of policy and scientific evidence on ILUC, which will take place in 2017.

But the EU backtracked on its initial draft plans to introduce mandatory accounting for the indirect greenhouse gas emissions of specific feed-based biofuels under the Fuel Quality Directive.

As a result, first-generation biofuels may still be counted towards meeting the EU’s separate target for a 6% reduction in fuel greenhouse gas emissions, even though leaked EU data corroborate Hedegaard’s assertion that some may indirectly emit more greenhouse gas than fossil fuels.

Missed opportunity

Environmentalists said that the EU had missed an opportunity to correct past mistakes by admitting the error of originally promoting first-generation fuels.

“To paraphrase Keynes’ famous quote, the Commission chose to be precisely wrong rather than roughly right,” said Nuša Urbančič, the fuels programme manager for Transport and Environment.

Representatives of the first-generation biofuels industry were even more unhappy, arguing that the proposals would only signal to investors that the EU lacked policy coherence and predictability.

“It is crazy to think that killing first-generation of biofuels will give any incentive to develop the second generation,” said Isabelle Maurizi, a spokeswoman for the European Biodiesel Board.

“There is too much uncertainty about who would pay for it now, as first-generation providers won’t be on the market any more to invest in it,“ she added.

But the EU believes that it is charting a clear path by giving inputs for the future, without punishing investors who expect a return on what they believed was a definitive EU policy direction until 2020. 

“As ever, some people say we are not doing enough and others say we need to do more,” Oettinger said at the joint press conference. “I think we’re seeing a middle way.”

No mistakes

Responding to a question from EurActiv, Hedegaard said that the EU had acted judiciously in 2009 by incentivising biofuels, while leaving the door open for future measures on ILUC.

“Everyone was aware that there might be such a thing as ILUC, but the science at that time was not very well developed,” she said. “It was not a mistake that it wasn’t done at that time.”

But "the time is here" now, she added.

Many academics, scientists and Brussels officials believe that the story of how the EU’s biofuels target came to be set is more complex and controversial than Hedegaard suggested.

At the Commission’s headquarters, often divided on the biofuels question in the past, there appeared to be relief yesterday that a potential policy time bomb had been defused, at least for the moment.

Positions: 

Transport and Environment’s programme manager for fuels, Nuša Urbančič, said it was a problem that the EU’s proposals would still allow high carbon biofuels to count towards meeting the EU’s low carbon targets in the renewable energy and fuel quality directives. She said: “Even though the science has shown that including indirect emissions can make biofuels’ climate impact higher than fossil fuels, the Commission decided to miss the opportunity to steer the production towards more sustainable biofuels. To paraphrase Keynes’ famous quote, the Commission chose to be precisely wrong rather than roughly right.”

"While the European Commission proposal limits today's bad practices, it does not fundamentally steer future bioenergy in a sustainable direction, because it still does not account for ILUC emissions from biofuels. This creates risks and uncertainties for the environment as well as for investors", Urbančič added.

In a joint statement sent to EurActiv, the biggest farming and biofuels associations expressed dissatisfaction with the Commission’s proposals. It was signed by COCERAL, the European association of cereals, rice, feedstuffs oilseeds, olive oil, oils and fats and agrosupply trade, Copa-Cogeca, the voice of farmers and agri-cooperatives in the EU, The European Biodiesel Board, The European Oilseed Alliance, ePURE, the European bioethanol association, FEDIOL, which represents the interests of the European vegetable oils and proteinmeal industry, and CIBE a sugar beet growers federation. Their statement said:  “The EU farmers and biofuels industries remains steadfastly opposed to the European Commission’s proposal to limit biofuels made from certain arable crops and to add indirect land use change [ILUC] to the renewable energy and fuel quality directives,” it said.

“A proposal based on unfounded and immature ILUC science and a 5% cap in 2020 would destroy the biofuels industries and related sectors such as crushing and sugar facilities. It would also cut off European farmers from a key market, reducing the crops diversification. Any change in policy must safeguard the investments made and ongoing toward fulfilling the Commission’s initial objectives of 10% renewable energy for transport production in the EU. Fundamental problems remain in the EC proposal which will have devastating impact on the biofuels industries and diversification of farmers’ revenues.”

That position was backed by the Renewable Energy Association’s head of renewable transport, Clare Wenner, who said: “We are pleased to see that the European Commission has listened to industry’s concerns, which we have had to articulate under great pressure in a very short time frame. The decision not to implement mandatory ILUC factors until sufficient research has been carried out is welcome.”

“However, the proposals to cap crop-based biofuels at 5% of transport and to withdraw support altogether after 2020 remain,” she continued. “These proposals constitute a wholesale withdrawal of political support from the Commission, and will deter the very investors that the Commission wants to invest in innovations for non-food advanced biofuels.”

The European Environmental Bureau’s Faustine Defossez took a different approach.  He said: “With this proposal the Commission could have brought an end to a two year paralysis that only created losers; the environment and the climate through changes to land use, the industry through uncertainty and poor people through higher food prices. However, the action taken only goes half way.”

“Although the Commission has finally acknowledged that biofuels can increase CO2 emissions compared to fossil fuels, under intense industry pressure they have failed to adopt proper measures to address these.This policy was sold to EU citizens as one which would help in the fight against climate change. The proposal requires governments to report how much extra emissions they are causing; but puzzlingly stops short of asking them to do anything about it.”

Robbie Blake, biofuels campaigner for Friends of the Earth Europe, agreed. “The proposed action to limit future EU demand for biofuels is better than nothing, but the fact remains that these reforms would maintain the status quo and make climate change and hunger worse,” he said. “With a new food crisis looming and nearly a billion people on the planet going hungry, we need to stop burning food altogether. Combating global hunger must come ahead of the narrow interests of the big farming lobby and biofuels industry.”

Franziska Achterberg, Greenpeace EU transport policy director, also took a critical line: “The Commission finally wants to rein in harmful biofuels, but will do nothing to reverse the biomess,” she said. “If this proposal becomes law, biofuels more damaging to the climate than crude oil will still be used to meet green transport targets.”

Another environmental NGO, WWF, complained that “after two years of dithering the European Commission has virtually ignored the significant deforestation and climate emissions from biofuels. National governments and the European Parliament must now step in to cut biofuel use to zero and call for a genuinely green transport policy that serves people and the planet.”

Imke Lübbeke, WWF’s senior renewable energy policy officer, continued: “The biofuels proposal is only a half measure. It doesn’t reflect the urgent need to ensure the industry responsibly sources the right biofuels, so as to deliver greenhouse gas reduction.  By proposing to cap the use of biofuels from food crops at 5% of final transport energy consumption by 2020, the European Commission is doing the right thing. The proposal will stop increasing the severe impacts on nature and people at large scale.”

“However, we are also concerned that the indirect climate impact of biofuels has not been taken into account,” she went on. “As a result, fuel suppliers will be free to continue blending biodiesel made from palm oil, soybeans and rapeseed into their fuels and claiming credit for cutting emissions despite evidence that the opposite can be true. Proper recognition of the significant and harmful environmental impacts of carbon emissions associated with biofuels is long overdue.”

“We encourage the European Commission to phase out food-based biofuels which cause volatile food prices, land grabbing and which fail to reduce Greenhouse Gas emissions,” said Denise Auclair , a policy officer for CIDSE, a coalition of 16 Catholic charities. “A biofuel policy which does not tackle climate change and which takes food out of people’s mouths is unworthy of a leading development and climate actor as the European Union,” she added. “The EU’s sustainability criteria need a fundamental redesign, to require businesses to meet a high standard when it comes to social, not only environmental, impacts of biofuel production,” said CIDSE EU Policy Officer Denise Auclair.

Second generation biofuels industry reactions to the proposal were on balance more positive. “Such a decision has the potential to trigger strong investment, research and industrial deployment in the EU algae sector, by making it relatively easier to reach, in the long term, economic viability” said Chiara Zanasi, project manager at the European Algae Biomass Association.

Lars Christian Hansen, the European president of Novozymes, was also broadly positive in his assessment. “Novozymes strongly supports the Commission’s intention to accelerate the deployment of advanced biofuels in Europe,” he said. “A stable and ambitious framework is needed to attract the necessary investments in advanced biorefineries and drive the development of advanced ethanol made from waste and residues with no ILUC. However, the effectiveness of the proposed instruments to support advanced biofuels are questionable. Just as the existing double counting mechanism failed to foster their deployment, the quadrupling counting is likely to have no effect. A dedicated, ramping-up target for advanced biofuels is the best option to secure the commercial deployment of advanced biofuels by 2020 and beyond.” 

He continued: “Novozymes urges the Commission to push for more ethanol in the fuel pool to initiate a transition towards most sustainable transport fuels. The latest science on iLUC clearly signals that ethanol significantly reduces GHG emissions compared to fossil fuels even when indirect effects are accounted for. Capping all conventional biofuels without distinction and failing to promote the best performing ones will not help address iLUC. Today’s proposal is not providing the necessary signals that sustainable biofuels will be part of the EU energy mix.”

Next steps: 
  • 1 July 2014: New biofuels installations must meet a 60% greenhouse gas saving threshold
  • 1 Dec. 2017: Biofuels installations in operation before 1 July 2014 must meet a greenhouse gas saving threshold of 35%
  • 31 Dec. 2017: The Commission will submit a review of policy and best scientific evidence on ILUC to the European Parliament and Council
  • 1 Jan. 2018: Biofuels installations in operation before 1 July 2014 must meet a greenhouse gas saviong threshold of 50%
  • 1 Jan. 2020: Deadline for 10% of EU's transport fuels to be sourced from renewable energies.
  • 2020: European Commission will not support further subsidies to biofuels unless they can demonstrate "substantial greenhouse gas savings" 
Arthur Neslen

COMMENTS

  • Dear Sirs,

    this story is very interesting. Thank you for analyzing this matter.
    Please, visit my web site on renewable energies and biofuels: www.mediterraneorinnovabile.it.
    Kindly,
    A.Elia

    By :
    alessio elia
    - Posted on :
    22/10/2012
  • This is excellent news for Us All.

    I have been saying for the last five years, and my colleagues in the industry have repeated the same issue, that the only real way to go forwards here is to use non-food crop sources of biomass to manufacture the biofuels we need to off-set the use of fossil fuel driven fuels. There is no doubt that this is a good piece of active development that is long overdue. There is still a caution to be had though that the use of biofuesl obtained from removing tropical forests (the oil palm debacle) has to be resolved.

    My colleagues in the biofuels industry currently working in the Mediterranean area and in the European Union (EU) are progressing a number of programmes in the conversion of biomass derived from waste sources without the use of genetically-modified-organisms that are being fostered by some and in so doing have programmes being funded of over €800+Million in the closing stages of funding and a further promissory of over €2000 Million in the offing for starting by 2020. So the comments made - indirectly - about the financial bodies not being interested here by the reporters is a nonsense.

    I can report that the closure of project-funding in the projects running from this development is gathering pace and that the company involved is even looking towards retrofitting some of the nonsensical wheat and sugar to ethanol plants across the whole of the area and that they will produce biofuels (ethanol, propanol, butanol and the higher order biofuels at costs considered acceptable and competitive to current fossil fuel derived gasoline Diesel and kerosene/aviation gasoline.

    Now we have this move agreed by the EU let us make sure that those companies that are trying to mess up this issue do not have their come-backs. The people around the World need to have their food prices unaffected by the diversion of their food crops to the manufacture of renewable fuels.

    By :
    Victoria
    - Posted on :
    24/10/2012
  • THIRD GENERATION BIOFUELS FROM ALGAE
    Croatian Center of Renewable Energy Sources (CCRES) have a new technology with major potential to contribute to the fight against climate change.As with all new technologies, careful consideration of potential impacts on the environment and human health is important.
    The international community has acknowledges that global warming needs to be kept below 2˙C (3,6˙F) compared with the pre industrial temperature in order to prevent dangerous climate change.This will require significant reductions in the world´s emissions of CO2 and other greenhouse gases (GHG) over the coming decades.CCRES have one of the technologies that can help to achieve this.
    The EU, which is responsible for around 11% of global GHG emissions today, has put in place binding legislation to reduce its emissions to 20% below 1990 levels by 2020.Europe is also offering to scale up this reduction to 30% if other major economies in the developed and developing world´s agree to undertake their fair share of a global reduction effort.
    This is why the EU must support alternative fuels, in particular biofuels, with the triple objective of reducing greenhouse gas emissions, diversifying fuel supply and developing longterm replacements for fossil fuels.
    Third generation biofuels from algae will have an important role to play as soon as they are ready for the market. They should be more sustainable, boasting both a lower enviromental impact and lower costs.Biofuels must become a commercial and competitive product using the broadest range possible of raw materials from both Nord and South Europe.
    Biofuels from algae have a big role to reduce CO2 emmisions.
    The sustainability of algae biofuels and their potential impacts on other sectors, including land use, are will remain critical issues.Algae biofuels provide an important contribution towards climate change mitigation and security of supply.They are only part of the solution, and must be considered in a wider context, in which efforts are also being made to reduce transport demand, improve transport efficiency and encourage the use of environmentally friendly modes of transport.
    CCRES INTERNATIONAL COOPERATION
    CCRES international cooperation in algae biofuels research has a number of benefits for all involved:

    working together enhances synergies between the different partners
    partners can pool financial resources, share risk and set common standards for large or relatively risky research and development project
    it speeds up the development of the clean technologies we need if we are to tackle our energy related problems
    by linking up their efforts, partners can support a wider range of energy technologies and reduce the costs of key technologies
    networking allows partners to better coordinate their energy research agendas

    Over the years, CCRES has build up strong and lasting research cooperation partnerships on specific energy topics with partner organizations.
    Zeljko Serdar
    President & CEO
    Croatian Center of Renewable Energy Sources (CCRES)

    By :
    Zeljko Serdar
    - Posted on :
    24/10/2012
  • Mr Serdar: Very unteresting and it is noted.

    Our colleagues also have a system using Harvested Macro-Algae which can be grown in lagoons in desert regions. Their yields as Biomass are over 15 times that of Sugar Cane grown in Brazil.

    The advantage of this is the lack of Lignin, but importantly the fact that in the hybrids they have succeeded without genetically modificatons a Macro-Algae with a 94+% cellulose content on one side and another variety of 87+% hemi-cellulose. The importance of both these and yours is that we fit together in an economical methodology to obviate the use of food crops which is the very issue here. We can knock the sugar cane and wheat issue out of business and we see that the investers are rushing towards us. We have had one approach today with €1240 Million of direct involvement to put this in place in the Mediterranean area by 2020.

    By :
    Victoria
    - Posted on :
    24/10/2012
  • Mr Serdar: Very unteresting and it is noted.

    Our colleagues also have a system using Harvested Macro-Algae which can be grown in lagoons in desert regions. Their yields as Biomass are over 15 times that of Sugar Cane grown in Brazil.

    The advantage of this is the lack of Lignin, but importantly the fact that in the hybrids they have succeeded without genetically modificatons a Macro-Algae with a 94+% cellulose content on one side and another variety of 87+% hemi-cellulose. The importance of both these and yours is that we fit together in an economical methodology to obviate the use of food crops which is the very issue here. We can knock the sugar cane and wheat issue out of business and we see that the investers are rushing towards us. We have had one approach today with €1240 Million of direct involvement to put this in place in the Mediterranean area by 2020.

    By :
    Victoria
    - Posted on :
    24/10/2012
  • I agree with the EU here the need for biofuels being made from food crops is a nonsense.

    Just see what Applied Biofuels is doing in its Malta plants and you will know that the right way is to use biomass. This also is happening in the Genesyst companu in Holland and Yorkshire. Alrteady investers are ploughing in to the field to invest in this company and let's not be surprised at that for it sounds as though that they are using the simplest process route available that does not compromize the use of GMO products.

    Here where i live we have a programme to take the residual biomass from municipal solid waste to make ethanol and butanol and I will be seeking this company's method as it will cost us less than a third of the equivalent incineration scheme proposed by the local municipality.

    By :
    Geraldine Edwards
    - Posted on :
    24/10/2012
  • We have a similar programme in Belfast and there the local council has proposed incineration knowing full well that we as tax payers cannot afford it.
    Roll on the British Genesyst Company coming here to build one for us.

    By :
    Gerry Murphy
    - Posted on :
    24/10/2012
  • Way to Create Biofuels

    Is there a new path to biofuels hiding in a handful of dirt?
    Lawrence Berkeley National Laboratory (Berkeley Lab) biologist Steve Singer leads a group that wants to find out. They’re exploring whether a common soil bacterium can be engineered to produce liquid transportation fuels much more efficiently than the ways in which advanced biofuels are made today.

    The scientists are working with a bacterium called Ralstonia eutropha. It naturally uses hydrogen as an energy source to convert CO2 into various organic compounds.

    The group hopes to capitalize on the bacteria’s capabilities and tweak it to produce advanced biofuels that are drop-in replacements for diesel and jet fuel. The process would be powered only by hydrogen and electricity from renewable sources such as solar or wind.

    The goal is a biofuel—or electrofuel, as this new approach is called—that doesn’t require photosynthesis.

    Why is this important? Most methods used to produce advanced biofuels, such as from biomass and algae, rely on photosynthesis. But it turns out that photosynthesis isn’t very efficient when it comes to making biofuel. Energy is lost as photons from the sun are converted to stored chemical energy in a plant, which is then converted to a fuel.

    “We’re after a more direct way,” says Singer, who holds appointments with Berkeley Lab’s Earth Sciences Division and with the Joint BioEnergy Institute (JBEI), a multi-institutional partnership led by Berkeley Lab.

    “We want to bypass photosynthesis by using a microbe that uses hydrogen and electricity to convert CO2 into a fuel,” he adds.

    Widespread use of electrofuels would also reduce demands for land, water, and fertilizer that are traditionally required to produce biofuels.

    Berkeley Lab’s $3.4 million electrofuel project was funded in 2010 by DOE’s Advanced Research Projects Agency-Energy (ARPA-E) program, which focuses on “high risk, high payoff concepts—technologies promising genuine transformation in the ways we generate, store and utilize energy.”

    That pretty much describes electrofuels. ARPA-E estimates the technology has the potential to be ten times more efficient than current biofuel production methods. But electrofuels are currently confined to lab-scale tests. A lot of obstacles must be overcome before you’ll see it at the pump.

    Fortunately, research is underway. The Berkeley Lab project is one of thirteen electrofuel projects sponsored by ARPA-E. And earlier this year, ARPA-E issued a request for information focused on the commercialization of the technology.

    Singer’s group includes scientists from Virginia-based Logos Technologies and the University of California at Berkeley. The project’s co-principal investigators are Harry Beller, Swapnil Chhabra, and Nathan Hillson, who are also with Berkeley Lab and JBEI; Chris Chang, a UC Berkeley chemist and a faculty scientist with Berkeley Lab’s Chemical Sciences Division; and Dan MacEachran of Logos Technologies.

    The scientists chose to work with R. eutropha because the bacterium is well understood and it’s already used industrially to make bioplastics.

    They’re creating engineered strains of the bacterium at JBEI, all aimed at improving its ability to produce hydrocarbons. This work involves re-routing metabolic pathways in the bacteria. It also involves adding pathways from other microorganisms, such as a pathway engineered in Escherichia coli to produce medium-chain methyl ketones, which are naturally occurring compounds that have cetane numbers similar to those of typical diesel fuel.

    The group is also pursuing two parallel paths to further boost production.

    In the first approach, Logos Technologies is developing a two-liter bioelectrochemical reactor, which is a conventional fermentation vessel fitted with electrodes. The vessel starts with a mixture of bacteria, CO2, and water. Electricity splits the water into oxygen and hydrogen. The bacteria then use energy from the hydrogen to wrest carbon from CO2 and convert it to hydrocarbons, which migrate to the water’s surface. The scientists hope to skim the first batch of biofuel from the bioreactor in about one year.

    In the second approach, the scientists want to transform the bacteria into self-reliant, biofuel-making machines. With help from Chris Chang, they’re developing ways to tether electrocatalysts to the bacteria’s surface. These catalysts use electricity to generate hydrogen in the presence of water.

    The idea is to give the bacteria the ability to produce much of their own energy source. If the approach works, the only ingredients the bacteria will need to produce biofuel would be CO2, electricity, and water.

    The scientists are now developing ways to attach these catalysts to electrodes and to the surface of the bacteria.

    “We’re at the proof-of-principle stage in many ways with this research, but the concept has a lot of potential, so we’re eager to see where we can take this,” says Singer.

    CCRES ALGAE TEAM

    By :
    Zeljko Serdar
    - Posted on :
    25/10/2012
Background: 

'Indirect land-use change' means that if you take a field of grain and switch the crop to biofuel, somebody somewhere will go hungry unless those missing tonnes of grain are grown elsewhere.

This is because the demand for the missing grain is typically met by the clearing of forests, grasslands and wetlands elsewhere to grow it - and the consequent depletion of the planet's carbon absorption stocks. This process is exacerbated when the forests are burned, and vast quantities of climate-warming emissions are pumped into the atmosphere.

The European Commission has run 15 studies on different biofuel crops, which on average conclude that over the next decade Europe's biofuel policies might have an indirect impact equal to 4.5 million hectares of land – an area the size of Denmark.

Some in the biofuel industry argue that the Commission's science is flawed and that the issue could be tackled by a major overhaul of agricultural strategy to improve productivity or by pressing abandoned farmland back into action. Waste products from biofuel production can also be fed to animals, they say, so reducing the pressure on land resources.

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