Tag Archives: biofuel policy

EU Biofuels Goals May Increase Greenhouse Gas Emissions, Lobby Groups Say

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EU Biofuels Goals May Increase Greenhouse Gas Emissions, Lobby Groups Say

Biofuels targets in the European Union could raise emissions of greenhouse gases because forests and wetlands will be destroyed to grow the crops necessary, nine environmental groups said in a study.

Energy targets for 23 of the EU’s 27 members suggest 9.5 percent of the bloc’s transportation energy will come from biofuels by 2020, said the groups, which include Friends of the Earth, Greenpeace and ActionAid. The crops may need an area twice the size of Belgium, and clearing the necessary land could make the fuels 167 percent more polluting for the climate than sticking with gasoline and diesel, they said.

“Biofuels are not a climate-friendly solution to our energy needs,” Laura Sullivan, ActionAid’s European policy and campaigns manager, said in the statement. “The EU plans effectively give companies a blank cheque to continue grabbing land from the world’s poor by growing biofuels.”

The EU aims to get 10 percent of its energy for transportation from biofuels, hydrogen and renewable power by 2020. The target is meant to reduce greenhouse gas emissions by 20 percent by 2020.

EU energy spokeswoman Marlene Holzner said the targets require less land than the study suggests and that EU guidelines prevent the use of deforested land.

“The Renewable Directive says very clearly that it is not allowed to chop down forests to produce biofuels,” Holzner said in an e-mail. “The same goes for drained peatland, wetland or highly biodiverse areas.”

The study by the campaign groups estimated 69,000 square kilometers, or 6.9 million hectares, would be needed.

“The production of biofuels can indirectly cause additional deforestation and land conversion, including of fragile ecosystems,” the groups said. “When existing agricultural land is turned over to biofuel production, agriculture has to expand elsewhere.”

The 10 percent target would require 2 million to 5 million hectares of land, and there is enough unused terrain in the EU that was previously used for crop production to cover its needs, Holzner said.

She also said that biofuels had “little to do” with a spike in food prices from 2007 to 2009, rejecting the accusation from the groups that land-use changes resulting from biofuel cultivation had “devastating impacts on food security.”

The European Union on June 10 set up controls to ensure biofuels, which are made primarily from crops such as rapeseed, wheat, corn and sugar, don’t come from forests, wetlands and nature reserves.

Hallen villagers unite in biofuel power station fight

Hallen villagers unite in biofuel power station fight

Nearly every resident of a village near Bristol has signed a petition to oppose the building of a biofuel power station in their community.

Campaigners in Hallen, just west of the city, say there is already too much industry in the area.

The proposed plant, which is subject to a planning appeal, would burn imported palm oil to generate 49MW of power.

A 265-signature petition has been handed to Communities Secretary Eric Pickles, who will decide on the scheme.

Bristol City Council turned down plans for the £50m plant in February and the application, from consortium W4B, will now be decided by Mr Pickles’ department.

South Africa: Biofuel and its local spin-offs on the agenda again

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Biofuel and its local spin-offs on the agenda again

The debate about biofuel has largely been silent since the advent of the recession but as the economy slowly recovers the talk has begun again.

Last week the Democratic Alliance welcomed what it called a “significant policy shift” by the minister of agriculture on the use of maize as a source for biofuel.

The party has been arguing for the use of maize, largely a subsistence food, to be channelled into biofuel production.

“This is in light of Grain SA, the body representing most of South Africa’s maize, wheat and soya producers, recently warning that a substantial number of small farmers could face bankruptcy due to the 20 09-20 10 harvest season surplus, which has driven maize prices down,” said David Ross, the party’s shadow deputy minister of energy.

According to him, contrary to fears that food would be channelled into the making of fuel, using maize to make bioethanol would create a market for surplus crops and could create 105 000 direct jobs.

South Africa’s policy has made allowances for a 2% blend ratio in liquid fuels from biofuels. But this is just a fraction of what could be produced, according to Emile van Zyl of Stellenbosch University.

In a presentation given to a stakeholders’ forum at the Southern African Bioenergy Association last year, he noted that significant strides had been made in the field, with the emergence of new technology to convert woody plant biomass (called lignocellulosics) to biofuels.

The Tanzanian government mulls law to regulate biofuel use

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Govt mulls law to regulate biofuel use

The Tanzanian government plans to hire the services if a consultant to help draw a law to regulate biofuel technology in the country.

Speaking to The Citizen over the mobile phone yesterday, the minister for Energy and Minerals, Mr William Ngeleja, said the government seeks to know how to deal with the new technology before introducing it to Tanzania.

Costa Rica Investments in Bio-fuels, and Sustainable Agro Development

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Costa Rica Investments in Bio-fuel

Central America and especially Costa Rica has seen a large surge in Biofuel initiative. There new Biofuel cooperative projects, intercropping (with food and oil bearing plants) development, including a new investment wave called Multi Purpose Real Estate, UBA (United Biofuels of America.

Investing in bio-fuel is profitable in the short term and long term and helps reduce dependency on unstable foreign sources.

Here in Costa Rica the governmental bodies have full buy-in to renewable energy and sustainable agro developments.

Costa Rica is attempting to produce ethanol and biodiesel on a large enough scale to eventually reduce or even replace petroleum fuel. The state oil company, Recope, is constructing a large processing plant, the government is about to release a plan for the industry’s development, and the Institute for Agrarian Development, is engaged in research projects for certain products to convert to biofuels.

At present, ethanol is produced from sugar cane and to a lesser extent from yuca (cassava), a root crop. There is some production of bio-diesel from African Palm oil. Research is ongoing with respect to very promising oil seed crops for biodiesel, higuerilla and jatropha.

There is ample opportunity for investments in these crops to supply a local and international market. Petroleum prices are expected to remain at high levels. Biofuels reduce vehicle emissions when mixed with or replace gasoline or diesel. However, when biofuels are produced on a large scale there are also large scale environmental and social consequences, especially when the source of ethanol is corn or soybeans for biodiesel or when growing crops that displace food crops or convert forests to crop lands.

These adverse environmental and social consequences are mitigated when biofuel crops are grown on land that had been previously deforested and converted to cattle pasture. In Northern Costa Rica there are vast expanses of unproductive cattle pasture, much of it mechanizable and not requiring irrigation. This is a good opportunity to promote the conversion of cattle lands to socially useful and productive crops. This is already occurring with the proliferation of pineapple, root crop, and palmito plantings. However, it makes good sense to plant many more food crops there, such as rice, beans, and animal feed, while still leaving space for biofuel crop cultivation.

Innovation award for ‘bubble-maker’ that boosts algae growth

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Royal Society gives £250,000 prize to fluidic oscillator that transforms the cost and effectiveness of growing algae for biofuels

Royal Society gives £250,000 prize to fluidic oscillator that transforms the cost and effectiveness of growing algae for biofuels.

A bubble-maker that looks like the flux capacitor from the Back to the Future films last night won a £250,000 prize from the Royal Society for its ability to transform the cost and effectiveness of growing algae for biofuel, treating sewage and cooling computers.

The Y-shaped device delivers tiny but perfectly formed bubbles by mimicking the way children blow bubbles. Its inventor, Prof Will Zimmerman, a chemical engineer at the University of Sheffield, explained: “If you blow slowly and steadily, you blow a big bubble, but we use our fluidic oscillator to blow short puffs and make small bubbles.”

The device has been used in field trials to produce algae from the exhaust gas from chimneys at the steel maker Corus. Zimmerman said that as well as efficiently delivering carbon dioxide bubbles to feed the algae, the small bubbles crucially – unlike larger ones – carry away waste oxygen and allow 100% of the algae to survive.

Japan invests $120m in Ethanol Plant

Japan Biofuel Investment

In the Philippines, the province of San Mariano, Isabela, is to receive a $120 million (€86 million) investment for the construction of an ethanol plant. The Japanese firm Itochu Corp. is behind the investment, while Green Future Innovations (GFI) will develop the project. GFI is a joint venture between Itochu, Japan-based JGC Corp., the Philippine Bioethanol and Energy Investments Corp. and the Taiwan-based holding firm GCO.

The project will see sugarcane planted across 11,000 hectares in San Mariano, creating jobs for roughly 15,000 farmers, in addition to a further 500 jobs in the new plant itself.
Once construction of the biofuel plant has finished in 2012 it will be the country’s largest ethanol production facility, manufacturing 54 million litres annually from 700,000 tonnes of sugarcane. The plant has also been designed to generate 19MW of electricity from bagasse, 13MW of which will be sold to the National Grid. ‘Right now we import 100% of our fuel needs…Through partnerships like this we procure ethanol domestically and provide added value for the low-income Filipino farmers,’ commented the CEO of GFI Alexander Uy.
Erwin Co, the marketing consultant at GFI, said: ‘Among our other Asian prospects, the Philippines is the most advances in its implementation of a biofuels law. We are glad to be attuned to the market demand, especially as the mandated 5% blend of ethanol in gasoline mix will climb to 10% by next year.’

In the Philippines, the province of San Mariano, Isabela, is to receive a $120 million (€86 million) investment for the construction of an ethanol plant.

South Africa to look at maize for biofuels

S.Africa to look at maize for biofuels

South Africa to look at maize for biofuels

South Africa must review its biofuels policy to include maize to allow farmers to use their surplus crop for energy production, the agriculture minister said on Friday.

The government unveiled blending ratios for biofuels three years ago but said maize, South Africa’s staple food, could not be used in the production of biofuels in order to ensure food security and keep a lid on high prices.

“Agriculture is not only about food production but also concerns energy. So with the surplus maize, we as government must look again at our biofuel policy,” Agriculture, Forestry and Fisheries Minister Tina Joemat-Pettersson told a conference.

Experts say biofuels offer the biggest and most secure market for agriculture in southern Africa and could help ease the region’s electricity woes in the future.

2015: The future of biofuels and materials

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2015 - The Future of Biofuel

Production of biomaterials will grow faster than biofuels and increasing biofuel capacity is highly reliant on technology from innovative startups. These are some of the conclusions in a report just issued by Lux research on the biofuel and biomaterial markets.

Biomaterials can be used instead of plastics and polymers currently produced from petroleum, but at current capacity the materials can replace a mere 1 percent of plastics. Lux research expects this market to grow by a minimum of 17.7 percent per year, driven by big corporations. Petroleum is used in a bewildering array of products and packaging, but fluctuations in oil prices make it difficult for companies to predict the cost of materials. Bio-based fibers for textiles and acetate, used for things like pens and toothbrushes, dominate the bio-based materials scene, accounting for 39 percent and 24 percent of the current $10.7 billion market.

Biofuel is produced from materials like sugar and vegetable oils. It currently supplies just 3 percent of the world’s fuel needs but is still a $53 billion market. Production is dominated by ethanol and biodiesel, both of which are mainly blended with gasoline and diesel for use in vehicles. The Americas are the biggest producers of ethanol (as shown in the graph below). Both fuels have drawbacks; ethanol does not have a very high energy density and biodiesel has a low cloud point, i.e. the point at which a liquid begins to solidify. These fuels have also been controversial since growing the raw materials requires land which could be used for food production.

As a result, many researchers and startups are working on new fuels such as algae oil. The major problem with these fuels is scaling up production to a commercial level. The report predicts that by 2015 startups like Enerkem, which produces fuel from garbage, will start to realize their capacity ambitions. We previously wrote about Enerkem’s first industrial-sized plant which is being built in Canada.

Butanol is a new fuel with a higher energy density than ethanol. The report suggests that butanol companies such as Cobalt, Cathay Biotech, TetraVitae and Gevo all show promise.It also concludes that technical innovations coming from startups will have a bigger effect on increasing biofuel capacity than government increases in the blend rate (the percentage of vehicle fuel which can consist of biofuels). Lux research expects the biofuels market to grow by 7.8 percent per year to 2015.

One striking aspect of these markets is the geographical distribution of production. The Americas dominate ethanol production (89 percent of capacity) and Europe leads in biodiesel (60.3 percent) while Asia controls biomaterials (38.5 percent). The report expects this landscape to change by 2015, with the Americas growing strongly  in biomaterials and Asia catching up in biofuels. However, current growth rates will still leave the biofuels and materials markets at replacement percentages similar to today’s, with massive improvements in scale required for further growth.

Source venturebeat.com

Manchester Biofuel Project Wins EU Funding

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The Manchester team is made up of The University of Manchester and eight partners

A Manchester project has won funding from the European Union to enable it to develop a biofuel, reports Manchester University. The project involves developing photosynthetic microorganisms which will convert solar power and carbon dioxide into an engine fuel.

The Manchester team is made up of The University of Manchester and eight partners. They plan to produce a source of renewable energy which won’t mean that agricultural land is used for energy crops.

The Manchester Faculty of Life Sciences team is led by Professor Nigel Scrutton and Professor David Leys. Prof Scrutton said “The successful outcome of the DirectFuel project will revolutionise the production of biofuels by engineering photosynthetic microbes that produce engine-ready fuels without the need to harvest biomass. Through this paradigm change, increases in efficiency will result that will have major, sustainable, positive impacts on the environment and the economics of renewable energy production”.