EurActiv Logo
EU news & policy debates
- across languages -
Click here for EU news »
EurActiv.com Network

BROWSE ALL SECTIONS

Top scientists condemn EU land use values for biofuels

Printer-friendly version
Send by email
Published 07 October 2011, updated 10 October 2011

Over 100 top scientists and economists have written to the European Commission calling for indirect land use change (ILUC) to be accounted for in EU biofuels policy making.

The letter, seen by EurActiv, argues that assigning biofuels a zero or "carbon neutral" emissions value – as the EU has done – “is clearly not supported by the [best available] science”.

Because of “flawed” accounting conventions, “the European Union's target for renewable energy in transport may fail to deliver genuine carbon savings in the real world,” the scientists argue.

“It could end up as merely an exercise on paper that promotes widespread deforestation and higher food prices.”

The letter’s signatories include: Daniel Kammen, the World Bank’s chief technical specialist for renewable energy; Kenneth Arrow, a Nobel Memorial Prize winner and Professor Emeritus at Stanford University; Thomas Lovejoy, chair of the Heinz Centre for Biodiversity, and several professors.

Since 2008, EU member states have been obliged to raise the share of biofuels in the energy mix to 10% by 2020.

But recent reports by the European Environment Agency and four other EU agencies have questioned whether meeting the EU’s target would cut any CO2 emissions at all. This is because the method chosen allegedly double counts the carbon absorbed by the biofuels during their growth, and omits to count their exhaust pipe CO2 emissions. 

The scientists’ letter cites peer-reviewed research over several years, some commissioned by the European Commission, which show that displaced human activity caused by converting forests and grasslands to biofuels production can result in “substantial” CO2 emissions. 

“All the studies of land use change indicate that the emissions related to biofuels expansion are significant and can be quite large,” the letter says. 

ILUC debate

Minutes from a recent EU executive meeting, dated 13 July and seen by EurActiv, said that targeting feedstock-based fuels such as biodiesel would be “the most effective solution to address ILUC, and would create the right incentives in favour of the development of second and third generation biofuels.”

Second generation biofuels made from ‘woody’ material such as tree bark and leaves do not compete with food production, and so have less ILUC impact. They are also more effective at reducing greenhouse gas emissions, although they are costly.

But because of “scientific uncertainties,” the Commissioners decided to introduce a contested 'threshold' measurement of CO2 savings until 2018 that would not penalise individual biofuels emissions. 

Some sources have suggested that there may have been a trade off between the EU’s energy and climate departments, involving the application of sustainable criteria to both biofuels and heavily polluting fuels such as Canada’s tar sands.

In a further sign of the biofuels debate heating up, European bioethanol producers have also sent a letter to the EU's energy and climate action Commissioners, seen by EurActiv, calling for Brussels to introduce ILUC factors that distinguish between “good and bad biofuel pathways”.

“The modelling of future ILUC effects lacks enough robustness to be a suitable basis for policy,” their letter says.

Alleged EU bias

Such positions are fiercely contested by biodiesel producers. The European Biodiesel Board is releasing two land use change studies today (7 October), which argue that ILUC is “not scientifically proven” and that one recent study by the International Food Policy Research Institute (IFPRI) for the EU was biased.

“The indirect land use modelling undertaken by IFPRI has a large number of problems, and the result is that the ILUC emissions are greatly overestimated,” said one of the EBB report’s authors, Don O’Connor, of the S&T business consultancy.

“The econometric correlation between cropland expansion and for example, deforestation has not been shown to be statistically significant,” added two Kiel University professors, who co-wrote the other EBB study.

Attempting to draw a line under the debate, the accountancy firm Ernst and Young suggested a method to incentivise green biofuels production. In a report released on 5 October, E&Y argued that indirect land use change could be mitigated by incentives that encouraged sustainable practices in biofuels production.

“Producers may be willing to adopt further sustainability requirements for biofuels, but only if the financial value gained by doing so outweighed the costs of adopting the requirements,” Andrew Britton, a senior manager in Ernst and Young’s Climate Change and Sustainability Services practice said.

A contributor to the report’s launch, Utrecht University Professor, André Faaij, a convening lead author for the Intergovernmental Panel on Climate Change (IPCC) added that this sort of “proactive strategy” would be better than an introduction of ILUC factors

“Bioenergy options can provide a key lever for sustainable development of the agricultural sector and rural economies instead of causing conflict with food supplies and land,” he said.

EU Biofuels monies

As the debate over land use change intensified, the European Investment Bank announced €500 million of loans for climate mitigation projects in Brazil on 5 October, including biogas and biomass-fired heat and power plants.

The specific projects that will be funded “still need to be identified,” an EIB spokesperson said.

The EU itself has previously contributed monies to co-finance biofuels investment projects in the developing world - such as domestic Jatropha farming in Tanzania and Kenya - from the €200 million available under the second Energy Facility.

Positions: 

Raffaello Garofalo, Secretary General of the European Biodiesel Board, argued that imposing ILUC standards for biofuels in Europe risked favouring imported biodiesel that have lower environmental standards.

“one of the paradoxical aspects of hypothetical ILUC legislative penalties against EU biodiesel would be that imported biodiesel from palm oil (produced not in Europe but in countries were deforestation exists) would become probably the easiest and cheapest source for biodiesel production, if not the only one in practice allowed. If this risks becoming the result of European norms on ILUC [which were] conceived to guarantee environmental sustainability, clearly there is something wrong with the way in which ILUC and European legislative options on ILUC are thought [through]”.

But, from the other side of the debate, Dr Gernot Pehnelt, the director of the independent research and consulting institute GlobEcon recently wrote a report contending that the default values ascribed by the EU to palm oil were wrong.

"Our results show that the realistic GHG (greenhouse gas) emissions potential of palm biodiesel is between 37% and 44% for transportation fuel, compared to the 19% referenced in the Annex of the EU's Renewable Energy Directive,” he said. If methane capture in the oil mill had been included, palm oil would exceed the EU's 35% greenhouse gas (GHG) savings threshold for biofuels, and so in his view "the current default palm oil values unfairly discriminate against imported biofuels in favour of domestically produced biofuels.”

Arthur Neslen

COMMENTS

  • Subject: BILLION MEGAWATTS EVERY DAY GENERATION WITH THIS INNOVATION.

    DEAR SIR,

    I AM CHAGANTI BHASKAR A RESEARCH STUDENT, I AM DOING RESEARCH IN CASCADING MARINE HYDRO ELECTRICAL GENERATION .

    IN THIS INNOVATION THIS IS A HYBRID OF THE PRESENT HYDRO POWER GENERATION HYDRAULICS TO A NEW TECHNOLOGY CALLED "RUN OF THE OCEAN" .

    A BILLION MEGAWATTS CAN BE GENERATED WITH LIMITED WATER AND VERY LITTLE SPACE.

    WITH AN INVESTMENT OF JUST 30 BILLION US$ 2400000000 KWH OF GREEN ELECTRICITY PER DAY IS GENERATED.

    JUST 10 GENERATOR-TURBINES OF 1000 MEGAWATTS EACH , ARRANGED IN CASCADING MANNER SLANTINGLY SLOPPILY,DIAGONALLY DOWN.
    IF WE REMOVE A PIT OF 450 METERS DEEP AND 10 KILOMETERS LONG HAVING 500 METERS WIDTH AND MAKE A 150 DIAMETER PIPE SLIDE DIAGONALLY DOWN FROM ONE CORNER OF THE PIT TO ANOTHER CORNER THEN 5 POWER HOUSES WILL BE IN THE 10 KILOMETERS LONG PIT HAVING 450 METERS DEPTH AND 5 POWER HOUSES WILL BE ABOVE THE 450 METERS DEEP PIT.

    THE 5 POWER HOUSES IN THE 450 METERS DEEP PIT WILL GENERATE ELECTRICITY AND IS CONSUMED BY THE PUMPS TO LIFT 96000 CUBIC METERS WATER PER SECOND TO TOTAL PUMP NET HEAD OF 650 METERS ( 150 METERS ABOVE THE 450 METERS DEEP PIT)
    WATER IS PUMPED INTO A 150 METERS DEEP RESERVOIR AND 5 POWER HOUSES WILL BE DIAGONALLY FROM 650 METERS TOWARDS THE VERY FIRST POWER HOUSE (P1).

    THERE IS 150 METERS HEAD FOR ALL 10 POWER HOUSES AND 5 POWER HOUSE GENERATOR-TURBINES WILL GET JUST 96000 CUBIC METERS WATER TO BE ROTATED FROM P1 TO P10 AND GENERATE UNLIMITED ELECTRICITY.

    POWER = HEAD 150 METERS X 96000 CUBIC METERS PER SECOND X 9.81 GRAVITY X 60% EFFICIENCY = 84758400 KWH OF GREEN ELECTRICITY PER JUST ONE POWER HOUSE AND EVERY HOUR.

    SO 10 POWER HOUSES WILL GENERATE EVERY HOUR = 84758400 KWH OF GREEN ELECTRICITY PER JUST ONE POWER HOUSE AND EVERY HOUR X 10 POWER HOUSES GENERATION =847584000 KWH PER HOUR.

    IN 24 HOURS THE TOTAL GENERATION WILL BE 20342016000 KWH OF PURE GREEN ELECTRICITY.

    PUMP CONSUMPTION WILL BE 14400000000 KWH IN 24 HOURS.

    NET PROFIT WILL BE FOR SALE = 5942016000 KWH @ 1 CENT = 5942016000 CENTS PER EVERY DAY NET REVENUE.

    THANKING YOU
    WITH REGARDS
    CHAGANTI BHASKAR

    By :
    CHAGANTI
    - Posted on :
    07/10/2011
Aerial view of palm oil plantation on deforested land, Sabah, Borneo, Malaysia
Background: 

In December 2008, EU leaders reached agreement on a new Renewable Energy Directive, which requires each member state to satisfy 10% of its transport fuel needs from renewable sources, including biofuels, hydrogen and green electricity, by 2020.

The directive also established sustainability criteria for biofuels. It obliges the bloc to ensure that biofuels offer at least 35% carbon emission savings compared to fossil fuels. The figure rises to 50% as of 2017 and 60% as of 2018 ().

However, concerns have been raised that increased biofuel production will result in massive deforestation and have severe implications for food security, as energy crops replace other land uses. This is what ‘indirect land-use change' or ILUC is.

More on this topic

More in this section

Advertising

Videos

Climate & Environment News

Euractiv Sidebar Video Player for use in section aware blocks.

Climate & Environment Promoted

Euractiv Sidebar Video Player for use in section aware blocks.

Advertising

Advertising