In Scotland Advanced Biofuels from the By-products of the Malt Whisky Industry

Lagavulin Distillery in Port Ellen (Scotland)
Lagavulin Distillery in Port Ellen (Scotland)

A Scottish energy start-up commercialises a process for producing a superior next generation biofuel (and other high value sustainable products) from the by-products of biological industries. The company – Celtic Renewables is its name – is initially focused on the £4 billion Scottish Malt Whisky industry as a ripe resource for developing bio-butanol – a next generation biofuel.  Biobutanol has 25% more energy per unit volume than bioethanol; it has a lower vapour pressure and higher flashpoint (making it easier to store and safer to handle); it can be blended without requiring modifications in blending facilities, storage tanks or retail station pumps; in sharp contrast to ethanol, it can run in unmodified engines at any blend with petrol and may also be blended with diesel and biodiesel; it is less corrosive than bioethanol and can be transported using existing infrastructures.  Biobutanol was legally recognised as a biofuel by incorporation in the 2009 amendment to the Road Transport Fuel Obligation (the UK implementation of the EU Renewable Energy Directive, which dictates that 5% of the UK’s transport fuel comes from a renewable source by 2013, and 10% by 2020).

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California’s energy future is in the biofuels

Highway 1 in California
Highway 1 in California

The California Council on Science and Technology has released the seventh and final report in its California’s Energy Future (CEF) project, “California’s Energy Future: The Potential for Biofuels”. The CEF project seeks ways the State could meet the mandated reductions of the state’s greenhouse gas (GHG) emissions to 80 percent below 1990 levels by 2050, exploring possible energy strategies for California through in-depth examinations of different technology scenarios. The focus of this report is an assessment of the potential for fuels produced from renewable biological resources to contribute to the energy needs of California, particularly for transportation.

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Novozymes and Novo Nordisk utilize wastewater to produce biogas

Novo Nordisk's production site in Kalundborg
Novo Nordisk’s production site in Kalundborg

Novozymes and Novo Nordisk, Danish big companies, have in collaboration installed a 36 meter tall, high-performance biogas reactor. The new biogas reactor utilizes wastewater from both Novo Nordisk and Novozymes’ large production in Kalundborg for an efficient production of biogas.
There are two specific reasons for Novozymes’ investment in the new biogas reactor. “Firstly, we can reduce CO2 emissions from our production. This enables us to reduce our CO2 emission with 21,000 tons annually, equivalent to emissions from 12,000 households or 1000 trucks each driving a 1000 kilometers,” explains Line Sandberg, Vice President in Novozymes’ Danish production.

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In Vienna Molecular Switch for Cheaper Biofuel

Vienna University of Technology
Vienna University of Technology

At the Vienna University of Technology, genetic engineers have found a trick, thanks to which fungi can be used for the production of biofuels far more cost effectively than before.

Lignocellulosic waste such as sawdust or straw can be used to produce biofuel – but only if the long cellulose and xylan chains can be successfully broken down into smaller sugar molecules. To do this, fungi are used which, by means of a specific chemical signal, can be made to produce the necessary enzymes. Because this procedure is, however, very expensive, Vienna University of Technology has been investigating the molecular switch that regulates enzyme production in the fungus. As a result, it is now possible to manufacture genetically modified fungi that produce the necessary enzymes fully independently, thus making biofuel production significantly cheaper.

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Canadian Government Invests in Innovative Bio-Resin Technology

Canadian Prime Minister, Stephen Harper
Canadian Prime Minister, Stephen Harper

The Canadian Government, led by Stephen Harper, is enabling a company to commercialize a “green” bio-plastic, using innovative technology that was developed at the University of Guelph, Member of Parliament Dave Van Kesteren (Chatham-Kent-Essex) announced yesterday, on behalf of Agriculture Minister Gerry Ritz.

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Fulcrum Bioenergy converts municipal solid waste into jet and diesel fuels

Sierra BioFuels Chemicals Fulcrum NevadaFulcrum BioEnergy, Inc. announced last Wednesday that it has successfully demonstrated the conversion of municipal  solid waste (“MSW”) – household garbage – into jet and diesel fuels. This demonstrated process adds fuel diversity to Fulcrum’s products and complements its previously demonstrated MSW to ethanol process. Fulcrum’s ability to produce drop-in fuels from MSW opens up an 80 billion gallon per year fuel market and expands its customer base for its national development program.

“Fuel diversity adds an integral component to our innovative business plan, creating a platform to offer customers the product they want, in the market they want. Our process is now capable of producing jet fuel, diesel and ethanol from residential garbage that would otherwise be landfilled,” said E. James Macias, Fulcrum’s President and Chief Executive Officer.

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Chinese gutter oil as fuel for vehicles in Shanghai

PizzaHutChina.jpgThe municipality of Shanghai in China plans to turn recycled cooking oil, some of it seized by authorities, into an environmental asset by converting it into fuel for vehicles.

The country has been rocked by a series of food safety scandals including the re-use of waste oil recycled from restaurants and called “gutter oil”, a term used in China to describe illicit cooking oil which has been recycled from waste oil collected from sources such as restaurant fryers, drains, grease traps and slaughterhouse waste. Processed gutter oil is expected to be used as bus fuel within two years , as part of efforts to advance a circular economy and prevent recycled cooking oil from returning to the kitchen.

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The viability of aviation biofuels: new results from Australia

Qantas AirlinesGround-breaking Australian research on the viability of aviation biofuels was released last Friday, at the culmination of almost three years of work by The University of Queensland, James Cook University, The Boeing Company, Virgin Australia, Mackay Sugar and IOR Energy.

The results of the unique study as part of the Queensland Sustainable Aviation Fuel Initiative have been published in the international journal Biofuels, Bioproducts and Biorefining and were presented at the Boeing-hosted Aero Environment Summit in Sydney.

Researchers at the Australian Institute for Bioengineering and Nanotechnology, based at The University of Queensland, looked at the engineering and associated financial viability of biofuel production.

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BASF announced new investments in Asia Pacific

BASF-Innovation-Campus-Asia-Pacific-and-Greater-China-headquarters_-inaugurated.jpgToday BASF’s Crop Protection division (with sales of around €4.7 billion in 2012) presented its solutions for the future of food availability and quality of life in Asia Pacific. BASF aims to address these challenges by introducing new technologies, broadening farmer education and co-creation initiatives, increasing investments in production capacity and R&D as well as collaborating with food value chain partners. These initiatives will enable BASF to support growers in Asia Pacific more efficiently and broadly.

From 2008 to 2012, the Crop Protection division’s R&D expenditures have grown annually by 7% on average, from €325 million to €430 million. The company will continue to invest heavily in R&D projects in the future. Over the next few years, BASF also plans to spend on average €300 million annually on additional production capacities globally for its portfolio of agricultural solutions. “These investments mean that BASF can continue to support food availability in Asia Pacific and around the world more broadly,” said Markus Heldt, President of BASF’s Crop Protection division. “We are specifically investing in research, development and production in Asia Pacific as part of BASF’s globalization efforts, which will enhance our collaboration with growers in the region.”

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Interview with Simão Soares, Ceo of SilicoLife. The bioeconomy is the key to overcome the economic crisis in Portugal

parliament in lisbonIn Portugal, the unemployment rate has reached a record level of 17.7 percent, the highest in the European Union after Greece (26.4%) and Spain (26.3%), compared to an EU average of 10.9%. 952,000 people are unemployed, out of a total population of 10,5 million inhabitants.

For 2013, the center-right government led by Pedro Passos Coelho provides additional anti-crisis measures to comply with the financial assistance program of the Troika (EU, ECB, IMF), whose inspectors have already been twice in Lisbon to control the progress of the accounts. Among the measures there is the reduction of approximately 5 percent of public employees (30,000 of 700,000).

The bioeconomy could also be for Portugal an important way out of the crisis. We speak with Simão Soares, Ceo of the young company SilicoLife, one of several companies involved in the fields of bioeconomy created in Portugal in recent years, specialized in bioinformatics.

Interview by Mario Bonaccorso

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