Dec 7, 2010

The 50 Hottest Companies in Bioenergy for 2010-11


Each year the Biofuels Digest ranks to 50 hottest companies working in the biofuel space; here are this year's results.

Florida, USA -- In Florida, renewable fuels and chemicals developer Amyris took the #1 spot in the 2010-11 "50 Hottest Companies in Bioenergy" rankings, published today in Biofuels Digest, the online daily bioenergy news service.

Dec 6, 2010

Can Engineered Bugs Help Generate Biofuels?

By Christine Zeindler, Concordia University

The organism Lactococcus lactis, the workhorse bacterium that helps turn milk into cheese, may also be valuable in the understanding of how microbes turn the organic compound cellulose into biofuels.


Montreal, Quebec, Canada -- New research from Concordia, published in the journal Microbial Cell Factories, suggests the bacterium Lactococcus lactis can be engineered to transform plant material into biofuels or other chemicals.

Dec 5, 2010

Algae Companies Trying To Speak the Same Language

By RenewableEnergyWorld.com Editors
www.renewableenergyworld.com

ABO publishes first descriptive language guidelines for the algae industry. The document is intended to remove confusion and increase cohesion among experts.

Minneapolis, MN, USA When a new highly technical industry emerges, experts and investors need to understand exactly what it is and how to evaluate its achievements before they can determine its potential. As we saw with the emergence of the smart grid concept, it took years to fully define what was meant by the term and how it would improve our electricity delivery system. As anyone in communications can attest, using the correct language is key to delivering your message effectively.

In an attempt to develop a standard language for the algae industry, the Algal Biomass Organization (ABO), the trade association for the algae industry, today released its "Algal Industry Minimum Descriptive Language" document. ABO said that this is the first attempt at establishing a "common language" for the algae industry.

The document, which is intended to help facilitate life cycle analysis, unify research and spur the deployment of algae demonstration facilities, is currently available for viewing and public comment here on the ABO website.

"The absence of common descriptive language has led to a lack of harmony among technologists, researchers, life cycle analysis specialists and entrepreneurs as they evaluate and promote algae technologies," said Mary Rosenthal, Executive Director of ABO. "This confusion has made it hard for others to truly capture, analyze and quantify algae technologies relative to one another. With a common language, such as the one we and many volunteer stakeholders have proposed, we hope to bring more clarity to the industry."

More than 20 industry experts and organizations reviewed and commented on the document – written by ABO's Technical Standards Committee -- including individuals from industry associations, national labs, companies and research institutions.

ABO's efforts at standardizing language for the algae industry have arrived as the result of the industry’s growth. Between 2005 and 2009, the number of algae-to-biofuel start ups more than tripled, said the ABO. Analysts predict that the algae industry will grow by nearly 50 percent annually over the coming decade.


Dec 4, 2010

CEC Spending Almost 10 Million on Renewable Energy Research

Building retrofits and biofuels big winners.

Sacramento, CA, USA -- Always ahead of the game, California is known for its progressive renewable portfolio standards and robust solar growth. The California Energy Commission (CEC) continued that commitment to renewables this week with the awarding of nearly US $10 million towards research and development activities on various renewable energy technologies.


Dec 3, 2010

Ethiopia Sets its Sights on Biodiesel

Could this poverty-stricken country become the world's largest biodiesel producer?

Addis Ababa, Ethiopia -- Policy-makers in Ethiopia, challenged by fluctuating oil prices and poverty, are seeking solutions that will improve the living conditions of its people and boost its fragile economy. One such solution, Ethiopian leaders hope, is renewable energy.

Dec 1, 2010

Lufthansa to start using biofuel on local flights

(Bloomberg)--Germany's biggest airline, Deutsche Lufthansa AG, says it will launch the world's first passenger flight using biofuel next year.

The company said Monday that an Airbus A321 aircraft on daily flights between Hamburg and Frankfurt will be powered with a biofuel blend made from 50 percent vegetable oil.

The flights will begin in April 2011 and continue for six months as part of a government-backed study on the long-term impact of biofuels on aircraft performance.

Lufthansa Plans First Biofuels Test on Regular Flights

(Bloomberg) -- Deutsche Lufthansa AG, Europe’s second-biggest airline, plans to be the first carrier to test biofuels on regular passenger flights as the industry seeks ways to lower carbon-dioxide emissions and save on fuel purchases.

Kerosene derived from plant oils will make up 50 percent of the fuel mix for one engine on an Airbus SAS A321 airliner flying on the Hamburg-Frankfurt route, Joachim Buse, head of Lufthansa’s aviation-biofuel program, said today in Berlin. The test will begin in April and last for six months if approved by regulators, he said.

Biofuel made by Finland’s only petroleum refiner Neste Oil Oyj will power the flights after the companies signed an accord, Neste said today in a separate statement today. British Airways Plc and Continental Airlines Inc. are among the carriers trying to curb emissions of greenhouse gases blamed for global warming.

“The race to put the right biofuel in commercial flights is ‘taking off,’” said Harry Boyle, a biofuels industry analyst at Bloomberg New Energy Finance in London.

British Airways and Continental have been making test flights powered by biofuels made from plants such as jatropha and carmelina. Cologne, Germany-based Lufthansa plans to use the fuels in its entire fleet by 2020 though it won’t exceed a mix of 5 percent to 10 percent because of short supply, Buse said.

“We now have a fuel that combines reliable and powerful propulsion and which, unlike fossil fuels, has a positive CO2 balance,” Buse said. “It doesn’t look like we’ll have an alternative to combustion in jet engines for the next 40 to 50 years.”

Fuel Expenses

Boeing Co., the world’s second-biggest maker of commercial aircraft, forecasts that airlines will derive 1 percent of their fuel from plants by 2015. Jet-fuel prices in northwest Europe have gained 20 percent since Aug. 24, Bloomberg data show. Lufthansa said Oct. 28 that it expects expenses for fuel after hedging contracts to jump 15 percent in 2011 from a projected 5.2 billion euros ($6.8 billion) this year.

The bio-synthetic kerosene produced by Espoo-based Neste is lighter and contains as much as 4 percent more energy than regular kerosene, Buse said. The test program will cost 6.6 million euros, of which Lufthansa will pay 4.1 million euros, he said.

Neste started production of the low-carbon diesel at its 550 million-euro Singapore plant in November. The factory, the world’s largest clean diesel plant, can make 800,000 metric tons of the substance per year, according to Neste.

The European Union will include the aviation industry in its EU Emissions Trading Scheme from 2012. This will cap the industry’s annual emissions, requiring the airlines to eliminate 212 million tons of carbon dioxide in 2012 and 208 million tons from 2013 to 2020, according to New Energy Finance.

--With assistance in London from Sally Bakewell. Editors: Tom Lavell, Randall Hackley

To contact the reporter on this story: Cornelius Rahn in Berlin via crahn2@bloomberg.net.

To contact the editor responsible for this story: Kenneth Wong in Berlin at kwong11@bloomberg.net.

Nov 30, 2010

EPA confirms tiny cellulosic biofuels mandate for 2011; is Brazil the big winner?


In Washington, the U.S. Environmental Protection Agency finalized the 2011 percentage standards for the four fuels categories under the agency’s Renewable Fuel Standard program, known as RFS2.

In July, the EPA indicating in a draft ruling that it would specify a range of 6-25 million gallons of cellulosic ethanol, and finalized its mandated volumes at 6.6 million gallons, way, way down from the 250 million gallons of cellulosic biofuels originally envisioned for 2011 in the 2007 Energy Independence and Security Act.

The actual mandated volumes

Cellulosic biofuel, 6.6 mill gal
Biomass-based diesel, 800 million gallons
Advanced biofuel (towards which which both biomass-based diesel and cellulosic biofuel volumes apply), 1.35 billion gallons
Renewable fuel, 13.95 billion gallons

What happened?

Here’s the EPA’s rationale:

“We first considered whether it appears likely that the required biomass-based diesel volume of 0.8 billion gallons can be met with existing biodiesel production capacity in 2011…we believe that the 0.8 billion gallon standard can indeed be met…Of the remaining 0.15 bill gallons, up to 0.026 bill gallons would be met with the proposed volume of cellulosic biofuel. Based on our analysis as described in Section II.C, there may be sufficient volumes of other advanced biofuels, such as imported sugarcane ethanol, additional biodiesel, or renewable diesel, such that the standard for advanced biofuel could remain at the statutory level of 1.35 billion gallons.”

In short, it will be up to blenders to find between 124 and 144 million gallons of qualifying advanced biofuels from imported sugarcane ethanol, additional cellulosic biofuel production, additional biodiesel, or renewable diesel, during 2011, or the blenders can buy appropriate Renewable Information Number (RINs) credits to make up the difference.

OK – why?

The EPA is matching its mandates to production capacity. The fact that there was only 300 million gallons of biodiesel produced in the US this year is less important than larger numbers in production capacity. The mandate is expected to supply the demand that will begin to absorb that stranded capacity.

The unsurprising EPA pull-back

Back in July, we commented on the 25.5 million gallon potential for cellulosic biofuels that “readers may be surprised to hear that the Bell Bioenergy and Cell Energy projects are projecting up to 20.4 million gallons of production in 2011. Neither project has been much heard from of late. The Bell Bioenergy website hasn’t been updated, for example, in nearly 18 months with any project information, and Cello Energy hasn’t been heard of at all in the industry since principals of the company suffered a fraud judgment last year in connection with its investment history. At one point back in 2008, Cello was projected to supply 75 million gallons towards the 2010 mandate, and it was primarily the delay in this project that caused the cellulosic biofuel mandate to be waived down last year.”

The good news

So where are some of the higher-profile projects in cellulosic biofuel, like INEOS Bio, AE Biofuels commercial-scale project, POET’s Project Liberty, Dynamic Fuels, Range Fuels, Enerkem, Gevo and others that are expected to come online?

Well, the Digest did a check-around, and it appears that, in general, the EPA has it right in terms of actual production in 2011, at least that projects are willing to commit to. POET’s Project Liberty is scheduled to open in early 2012, AE Biofuels and INEOS Bio are not giving specific commitments on the timing of their expansions (preferring to underpromise and overdeliver), and Iogen’s 23 Mgy project does not appear to be in position to be completed before the very end of the year (if then, depending on financing).

As for reasons why it has not come along faster, there are three factors. First, technological uncertainty. Second, the failure in the banking sector, combined with the failure of the DOE Loan Guarantee program. Third, the momentum gathering with competing biofuels.

The Coskata perspective

“It is important to note that the EPA did not waive the total volume of advanced biofuels that need to be blended in 2011. The 240 million gallon shortfall of cellulosic biofuels was simply added onto the 1.15 billion gallons of advanced biofuels in 2011 to keep the total at 1.35 billion gallons,” said Wes Bolsen, chief marketing officer and vice president of government affairs for Coskata. “This is a major commitment from them, and a sign to obligated parties that they need to start building plants now if they want to even come close to meeting the 2015 mandate of 5.5 billion gallons of total advanced, and 21 billion gallons in 2022. The new RFS II numbers further demonstrate that the industry needs enduring government support that not only gives investors certainty in the long term market value of cellulosic biofuels, but perhaps more importantly, helps motivate investment in the short-term around the construction of commercial scale facilities,” Bolsen added.

Growth Energy’s take

“There’s no question that the potential for cellulosic ethanol remains on track,” Growth Energy said in a prepared statement. “That is why it is so important to have real targets to give confidence that there will be a market for those who are investing in the industry. Some of the pilot projects are on the edge of delivering commercial-scale volumes of cellulosic ethanol to the market, for a price that is competitive to gasoline. But not all pilot projects are that close, and that’s in large part because the market for ethanol is capped by arbitrary regulation in the U.S. What’s preventing the growth of cellulosic ethanol in the transportation fuels market is the lack of access to the market – and without that market, we’re not drawing the necessary investment. That’s why Growth Energy is pushing our Fueling Freedom proposal, which would reform market access and let cellulosic ethanol compete with gasoline derived from foreign oil.”

The real winner: Brazil

At the Digest, we note along with Coskata that the EPA did not back down from their overall 1.35 billion gallon advanced biofuels mandate. But we are not sure we agree with Coskata that it is “a sign to obligated parties that they need to start building plants now if they want to even come close to meeting the 2015 mandate of 5.5 billion gallons of total advanced, and 21 billion gallons in 2022.”

We suspect that the real winner is not the US cellulosic ethanol industry, but rather first-generation Brazilian biofuels.

Catchlight Energy is theorizing that there is no way to hit the advanced biofuels standard set by the Congress in the next few years and that instead of paying the “tax penalty” for not hitting the goal, oil companies will simply buy ethanol from Brazil because it is cheaper than paying the tax. Brazilian ethanol qualifies as an advanced biofuel.

Brazilian producers register with EPA as advanced biofuels producers

We note that, from Brazil, Cargill, Della Coletta Bioenergia, Asucar Guarani, LDC Bioenergia and four mills that are part of the Copersucar association registered in the past week with the EPA as advanced renewable fuel producers. Ethanol from Brazil is still subject to a tariff, but the tariff was devised originally as an offset to the ethanol tax credit – thereby ensuring that US taxpayer dollars were not subsidizing Brazilian ethanol production. With the ethanol tax credit in danger of a substantial cut – and we have heard figures as low as thirty cents per gallon – there may be pressure to lower the Brazilian ethanol tariff. That may clear the way for the entry of low-cost Brazilian ethanol to supply the growing volumes of advanced biofuel under the Renewable Fuel Standard.

Another option – renewable diesel

The Dynamic Fuels project in Geismar, Louisiana, for example, is now complete and has a nameplate capacity of 75 million gallons of renewable diesel made from animal residues. It’s a long-awaited commercial launch from the JV owned by Tyson and Syntroleum. Should the production come online at full nameplate capacity, and qualify under the advanced biofuels category (with a 50 percent overall reduction in GHG emissions), there’s 112 million gallons right there.

Neste Oil’s renewable diesel plant in Singapore, a 275 million gallon monster, is said to be preparing to export in large quantities to California, where the Low Carbon Fuel Standard imposes even stricter requirements on qualifying biofuels, and knocks out even some Midwestern ethanol using today’s ILUC penalties.

The two parity price benchmarks for advanced biofuels

We’ll see over the next few years how the buying patterns shake out, but we suspect that there will be two major benchmarks for advanced-generation fuel producers to hit. First, if they reach parity pricing with Brazilian ethanol (plus the tariff, if any), the Renewable Fuel Standard will provide a mrskt for them. If they reach parity with oil, then the broader market opens to them.

The when and why of ’steel in the ground’

With the volumes in scope for the long-term RFS, for sure Coskata is right. There aren’t 21 billion gallons of excess ethanol capacity in Brazil or biodiesel capacity in the US, or anywhere else. If the EPA holds to its overall annual mandates, new plant construction will absolutely be required to add the capacity required. We may see Brazilian ethanol and excess biodiesel capacity filling up the mandates between now and 2013 or so, as US advanced biofuels capacity ramps up and costs come down.

After that, an emboldened EPA sticking to its guns on the mandate, may find itself with a whole raftfull of production options to meet mandates, and that’s good news for advanced biofuels, jobs, energy security and emissions.


Source:
biofuelsdigest.com

Southeast Asia – the bio-based Arabia?

By Per Dahlen, Portelet Asia

“Saudi Arabia is the largest crude oil producer in the world and produces some 11 million barrels per day. Southeast Asia has the potential of producing 14 million barrels per day of renewable biofuels in an environmentally and socially responsible manner,” reports Singapore-based renewables analyst Per Dahlen in a new report on biofuels potential.

“Southeast Asia was a net oil exporting region until 1993 but today it is importing some 37% of its oil requirements. The projections for 2020 are that the region will need to import over 50% of its oil requirements at a tune of 2.7 million barrels per day. Located in the tropics with abundance of available land, water and cheap labor it should be feasible to turn this region into a biofuel producing power house.

To explore the full potential biofuels we must first take a look at the underlying market forces, the price of crude oil, the environmental and sustainability issues and the availability of second generation energy crops and conversion technologies.

Crude Oil Developments
The price of crude oil has been on a steady increase of 15.6% on average over the past 10 years. We have had extreme fluctuations from US$145 down to US$30, but, on average prices have increased steadily.

As a matter a fact since the crude oil price broke the US$50/bbl in July of 2005 the price has remained over US$50/bbl, 89% of the time. The average price of oil has for the past 4.5 years been US$69.7 per barrel of oil. It is our view that these prices will continue to increase but not at the pace as experienced over the past decade.

It is realistic to assume that the price of oil will oscillate between US$60-US$80 with the average dip and high, but it is our firm beliefs that crude oil price will not pass below US$65/bbl on average.

Our projections are that we are going to move from an average price per barrel of oil of US$65 per barrel in 2009 toward US$80-US$90 per barrel by 2020.

Environmental and Sustainability Issues
The US and Europe will continue to set tighter rules and regulations with regards to imported biofuels. We already see momentum with regards to RFS-2 (US) and the RED (EU), and this is likely to increase in the future.

Environmental organizations like Greenpeace already prove its power by forcing Unilever to cancel annual contracts with un-sustainable Palm manufacturers by the end of 2009.
This trend is going to increase when the end-consumer can make informed choices between a sustainable and a less sustainable product or service. According to Procter & Gamble some 70% of the American consumers will choose a ‘more environmentally friendly’ product with the same performance.

So if Southeast Asian producers of commodity food and fuel are going to be able to sell its products in EU and in the US, they will have to become more sustainable.

To quote Ricardo Lagos the UN Special Envoy on Climate Change: ‘There will be green trade barriers. So developing countries which want to sell their produce to the developed world need to demonstrate they have taken measures to avoid that their production increases pollution’.

The Advancements of Biotechnology
Technologies used for the production of renewable fuel and electricity, are really nothing new. We are deploying technologies that are 50, 100 and sometimes several thousand years old. So, what did change?

The answer lies in the tremendous developments we have had over the past 5-10 years in Biotechechnology. Finally the existing biofuel technologies can be deployed in an economically and environmentally friendly manner.

We are now able to engineer microbes to effectively break-down different types of biomass into useful products like biofuels, bio-chemicals and bio-plastics.

Though genetically modified organisms are a source of controversy, deploying it in an industrial environment, rather than on food, is more accepted and almost all countries in the region allow the use of GMO, and are actively deploying biotechnology.

2nd generation technology is ready

In 2009 we saw the first commercial deployments of 2nd generation biofuel technologies from companies like Ibicon and Verenium, to name a few. By the end of 2011 the total installed capacity capable of converting biomass into biofuels is expected to be in excess of 30M tons per year. This is to compare with total biofuel production in Southeast Asia of 2M tons in 2008.

With the use of ‘free’ biomass in terms of biomass waste, these technologies will be able to produce biofuels at a cost of US$50 per barrel and with dedicated energy crops at about US$70 per barrel.

Currently biodiesel is being sold above US$100 per barrel, second generation biofuels is also expected to commence a premium over petroleum equivalent fuels. With such economics coupled with investment levels of less than US$75,000 per barrel per year capacity, an investment will have a payback time of less than 3 years.

Biomass Waste in Southeast Asia
The Palm, Sugar cane and Rice industries together represents 75% of the total agricultural output of Southeast Asia. To date only 25-30% of the harvested biomass ends up as an end-product, the remaining parts are discarded in the field or at the processing plants.
Biomass left in the fields is normally burnt and in the processing facilities the biomass is only partially used to generate processing steam and electricity at rather low efficiency rates. The opportunity for economically viable and sustainable biofuel production is obvious.

Judging from the currently best estimates with regards to operating costs and capital requirements, this is an untapped gold mine. A 100,000 tons per year processing plant should cost in the neighborhood of US$120-150M to set-up, and with an estimated operating cost of US$50-70/bbl including feedstock costs, we are looking at payback time of three to four years at current crude oil prices.

Dedicated Energy Crops

Additionally to being abundant in biomass waste, the Southeast Asia is the ideal region for biomass cultivation.

Today biomass yields for Cassava and Sweet Sorghum in excess of 75 tons per hectare, in some cases even 120-150 tons per hectare. The main secret to achieving these high yields is the deployment of modern agricultural technologies, with the use of biotechnology over the next decade we could see yields in excess of 200 tons per hectare.

Second generation conversion technologies are able to convert one ton of biomass into more than 300Kg of biofuels. So a combination of high yielding biomass crop (+100 tons per hectare per year) and effective conversion technologies (+300Kg fuel per ton biomass) we are able to ‘harvest’ 30 tons biofuel per hectare per year in Southeast Asia today, increasing to over 50 tons over the next decades.
Let us put this in context with current first generation technologies. Palm is able to produce, on average 4 tons oil per hectare per year and Jatropha, at best, 2.5 tons oil per hectare per year. With first generation technologies this would yield 2.25-3.6 tons of biofuels per hectare per year.

Putting all this data together we seen that Southeast Asia requires some 2.7Mbpd, or 135 million tons per year to eliminate oil imports and to increase energy security. With second generation biofuels crops and technologies we would only need 4.5 million hectares of land for full oil independence.

According to WWF and Food and Agriculture Organization of the United Nations, Southeast Asia has an estimated 17.5 million hectares of additional land available for energy crops and food production. Using only 25% of this additional land Southeast Asia can become oil independent and the total arable land occupied for energy production would be about 5%.
If all potential land were to be used and all biomass waste utilized for biofuel production, Southeast Asia would be able to produce in access of 14 million barrels per day, making it the largest ‘oil’ producer in the world.

Food, Fuel and Employment
So what are the impacts of ramping-up energy crop production in Southeast Asia? We need 4.5 million hectares for oil-independence and this should be compared to the additional land used for primary crop production which grew 18 million hectares between 1998 and 2008, an increase with 20% over ten years.

Cassava is ready for harvest within 8-9 months; sweet sorghum is harvested each 4 months so two, maybe even three harvests are possible each year.

With all these facts available there should be no questions about the viability of producing energy crops from more than 4.5 million hectares in Southeast Asia within a decade.
Biomass is the only renewable energy source able to produce fuel, but it is also the only source able to create massive employment opportunities, something desperately required in most countries in Southeast Asia. On average agriculture in Southeast Asia employs 1.25 farmers per hectare, compared to 0.01 farmers per hectare in the US.

4.5 million hectares could potentially employ 5-6 million people and at its fullest potential of 17.5 million hectares over 20 million people could be employed in energy farming.
We should easily be able to produce food and fuel and at the same time employ literally millions of people.

Financing and Government Support
As we have seen there are no barriers to increased employment and increased energy security for the region, nor are there any technical barriers or conflicts with land rights or competition with food resources.

No, the major barriers for large scale deployment of second generation biofuels in Southeast Asia will be the required capital for financing the deployment, estimated to US$200-300 billion dollars and the political will of the regional governments.

When the will is there, markets move. Let us use Sweden as an example. Back in 1981 Sweden used oil for 84% of its heating requirements, twenty years later the percentage was 7%. Today more than 30% of Sweden’s total energy requirement comes from biomass, more than hydro and nuclear put together.

We have all the required necessities to turn Southeast Asia a major biofuel producer in a sustainable way; will we be up to the task?

Per Dahlen is Partner with Portelet Asia Pte. Ltd., Singapore, responsible for the Portelet Cleantech Initiative.


Source: biofuelsdigest.com

Rewables to get $ 330 million funding in Norway next year Renewables to get $ 330 million funding in Norway next year

By Rowena F. Caronan

From ecoseed.org

Green News, Norway 2011 renewable plan, 3.3 billion fund for carbon capture and storage projects, Norway clean energy enterprise Enova, World Energy Outlook, International Energy Agency, low-carbon emission system, Norway energy consumption, renewable energy in norway
The minister laid out the government’s plan during the launch of the International Energy Agency’s World Energy Outlook in Oslo. Photo by Norwegian Ministry of Petroleum and Energy

The Norwegian government is continuing its support of renewables and clean energy through funding, such as the 2 billion Norwegian kroner ($330 million) amount intended for Enova next year.

Norwegian minister of petroleum and energy Terje Riis-Johansen said by 2011, the government will grant 2 billion kroner to Enova S.F., a public clean energy enterprise.

But this year, Mr. Riis-Johansen said the country is allocating 3.3 billion kroner for carbon capture and storage projects. This will include the projects at Mongstad, a transport and storage project and financial support towards carbon capture research and development.

“Our approach is first, to strengthen our energy efficiency programs. Second, to strengthen our efforts in renewable energy. And third, to mature key future energy technologies such as carbon capture and storage and offshore wind turbines,” Mr. Riis-Johansen said.

Enova, which is owned by the Ministry of Petroleum and Energy, is the country’s chief agency for the green restructuring of Norway’s energy consumption and generation. It aims to contribute energy generation and conservation equivalent to 18 terawatt-hours by 2011.

“The Government also promotes energy efficiency through other measures like stricter building codes, eco labels and standards, targeted duties and taxes etc,” he said.

The minister laid out the government’s plan during the launch of the International Energy Agency’s World Energy Outlook in Oslo.

He said Norway’s plan supports the policy goals set out by the agency in securing energy supply and speeding up transition to low-carbon emission systems.

The agency’s report shows that, with the pledges under the Copenhagen Accord and pledges made in the G-20 to remove subsidies on fossil fuels, the planet is on the path to a 3.5°C increase, according to Mr. Riis-Johansen.

Both the I.E.A and World Energy Outlook stressed the importance for developed countries to commit ambitious emission targets, to remove inefficient subsidies of fossil fuels and to increase deployment of new energy technologies and solutions.

“Norway will keep pushing for an ambitious, global and legally binding agreement,” he said, recognizing the difficulty among countries on reaching a global and binding climate agreement that will confine warming to the “safe” level of 2°C.

Biomass fuel supplier boosts East Coast logistics network


Biomass fuel supplier Patriot Energy Services is aiming to expand its share of the small power plant market for wood fuel in the East Coast region.

The company based in South Largo, Florida, said yesterday it has signed agreements with national trucking companies to set up new supply routes east of the Mississippi.

It has also sold off its in-woods operations in order to concentrate on the logistics side of the business, investing in new storage facilities and transfer stations.

For biomass power companies, the company said its new service would mean fuel deliveries from New York to Florida for less than $35 per ton, and that “no customer is too large or too small for the new delivery system”.

Patriot Energy Services CEO Steven C Johnson said two years of planning had gone into the strategy, which has now been tested with hundreds of trucks running from Albany, New York, to Buffalo.

Commodity market

Mr Johnson said the strategy aimed to set up a fuel delivery system equivalent to pipelines or grids for delivering oil, gas and power.

He said: “What this does it put a face on the wood fuel renewable energy business, stabilizes the market, and creates a commodity market, similar to oil, gas or electricity.”

Mr Johnson, who was involved in the waste and recycling industry since the 1990s before forming Patriot Energy Services, said his company would take a hit by selling off its in-woods operations, but was expecting the new supply system to bring in more than $30 million in additional revenues in 2011.

He said: “The millions of dollars in lost revenues will be more than made up, in storage facilities and transfer stations.”

Socrce: www.brighterenergy.org

Advanced Biofuels Could Be Commercialized in 1-3 Years

By Jim Lane, Biofuels Digest

Biofuels industry CEOs predict parity with oil in 12-36 months, for leading-edge companies.

San Francisco, CA, USA — Progress in advance biofuels has been slow for the past two years. But industry leaders reported a quickening pace towards commercialization last week in San Francisco at Advanced Bioenergy Markets, one of the last major gatherings of industry CEOs before the close of the year.


Source: www.renewableenergyworld.com

U.S. Growers Ready and Able To Grow Biomass Energy Crops

A new non-scientific survey shows that U.S. growers have marginal lands that could be used for energy crops.

Thousand Oaks, CA, USA – Most experts in the biomass energy industry have put the food VS fuel debate behind them, recognizing that the spikes in food prices in 2008 were largely caused by the increased prices in oil and the greater demand for meat in China. Yet those growers who want to produce feedstock for the biomass energy industry still must consider just how much of their arable land they want to devote to growing crops for energy.

Marginal land, which is land that can’t be used to grow food because it has been depleted of nutrients, is often well-suited to growing bionenergy crops. A new study from energy crop company Ceres shows that growers are ready and willing to produce biomass for biopower and advanced biofuels, and have the marginal land to do so.

A survey of U.S. growers showed that 71% of respondents were very interested or interested in growing dedicated energy crops and that 77% of them have under-utilized land on which to establish energy grasses like switchgrass, sorghum and miscanthus.

According to Ceres, the growers said that the ability to diversify their current operations was the most appealing benefit of energy grasses and that they would like to make better use of their marginal land.

In addition, the survey shows that growers were solidly supportive of long-term contracts with customers. Over 70% were very interested or interested in growing under contract, and 48% they would anticipate putting at least half their acreage in long-term contacts. “This is one of the areas where we were interested in learning more about, since reliable feedstock supplies will be critical for new bioenergy facilities to obtain project financing,” said Gary Koppenjan who directs communications and product marketing for Ceres.

Koppenjan added that growers showed little interest in owning a piece of the bioenergy facility they would be supplying and were more interested in incentives for quality and inflation adjustments, or prices linked to energy prices.

The non-scientific survey was completed this summer and was weighted to growers in Southeast United States. The results were consistent with feedback that Ceres has received at grower meetings, conferences and farm shows, Koppenjan said.

By RenewableEnergyWorld.com

Nov 26, 2010

World Bank-Funded Biofuel Corp Massacres Six Hondurans

World Bank-Funded Biofuel Corporation Massacres Six Honduran Campesinos

By Annie Bird

Massacred While Working Their Fields

Approximately six months ago, campesino farmers in Trujillo, Colon organized in the Campesino Movement of the Aguan, the MCA, were awarded provisional title to a farm which neighbors their community, as part of a long standing negotiation with Dinant Corporation, a biofuel company, whose land claims are illegitimate.

Since that time, the small farmers worked the land. In recent weeks they had noticed incursions into their land by armed security forces employed by the biofuel company, Dinant.

On Monday, November 15, the farmers went to their fields but were then attacked by Dinant security. Six were killed in the massacre and two more are in critical condition.

The massacre occurred the same day that the de facto Honduran president Pepe Lobo had planned to meet with the director of the US government development fund, the Millennium Challenge, in Denver to ask for funding for so called "renewable energy" - in Honduras, principally biofuels and dams.

World Bank And Other "Development" Groups Share Responsibility for the Massacre

The "renewable energy" plan Lobo is shopping around may be the result of an Inter-American Development Bank (IADB) funded technical support grant (T-1101) to the de facto government ushered in after the June 28 military coup. In November 2009, under a coup government and amidst grave human rights violations, the World Bank's (WB) International Finance Corporation gave Dinant Corporation a $30 million loan for biofuel production, and now shares responsibility in the massacre.

Policies supposedly intended to stop climate change are in reality fueling climate change. The world must invest in a renewable way of life, not destructive "renewable energy". Scientists have analyzed that biofuel industry together with the climate change prevention mechanisms currently promoted could actually result in the destruction of half of the planets forests.

In the same way that massacres cannot be stopped when justice systems are destroyed by military coups, the destruction of our planet cannot be stopped when the systems of governance have been hijacked by corporations who can buy off, or that failing, militarily intervene in nations attempting to build just forms of governance. Human rights and the environment cannot be separated.

US Military Base Bought for Agrarian Reform And Stolen for Agribusiness

During the past decade, campesinos in Honduras have challenged a series of illegitimate land titles obtained by agro-businessmen in a massive former US military training center known as the CREM.

On this land, over 5,000 hectares, the US military trained military forces from across Central America, particularly the Contra paramilitary forces attacking the Sandinista government in Nicaragua. Once the CREM center's operations ended, the Honduran government bought the land from a US citizen through the Honduran land reform program.

However, instead of being sold to small farmers, as the government was obligated by law to do, the land was illegally divided up between several large landholders as a result of corruption and fraudulent titling processes. A coalition of land rights organizations in Honduras organized in the Campesino Movement of the Aguan, the MCA, to challenge the illegal titles. Little by little the land titles were awarded to groups of campesinos organized in the MCA.

The titling process has been slow and marked by violent attacks by the large landholders who have influence in the government, police and military forces. Among the last of the CREM lands to remain in the hands of agribusiness interests is the farm called El Tumbador, approximately 700 hectares controlled by the Dinant Corporation, property of Honduras' most powerful agro-businessman, Miguel Facusse.

A biofuel businessman with interests in several corporations, Miguel Facusse is infamous for the use of fraudulent methods, including intimidation and violence, to obtain lands throughout the country.

The World Bank Backs The Corrupt And Violent Dinant Corporation

Since the military coup in June 2009, Honduras has been ruled by illegitimate, repressive regimes.

In November 2009, the WB extended a loan of $30 million to Dinant for its biofuel production in that region, despite a widely documented history of violence and corruption by the biofuel company. The WB failed in its human rights obligations in this case and shares responsibility for this massacre.

Given the conditions in Honduras, the WB must suspend both private and public sector funding to Honduras, and freeze funding of biofuels in the region. The biofuel industry in Central and South America violently displaces small farmers and contributes to global warming.

Another multinational public fund that finances international private investment, the Interamerican Investment Corporation, has also recently funded Dinant.

"Greenwashing" And Corporate Welfare - the Hijacking of Climate Change Funds

Biofuels are one of the fastest growing industries, a sector that sees high levels of investment from venture capitalists. This massive growth has been stimulated by taxpayer dollars pouring into renewable energy through many funding agencies, but particularly the IADB, the WB, and carbon emissions trading markets.

The trade in carbon credits was created as an element of the Kyoto Protocol, signed in 1997. It attempts to implement a market based system to curb global warming by levying penalties against heavy polluting industries that produce high levels of greenhouse gas emissions, such as carbon burning energy generation plants. But those penalties can be paid off, or offset, by the purchase of carbon credits.

Carbon credits are given to industries that undertake activities that reduce emission of gases that generate climate change, and those can then be sold on the market to companies that generate global warming.

The system is riddled with problems, beginning with the fact that the big money to be made in "green" industry creates a big incentive to greenwash, to disguise polluting activities as activities that do not pollute in order to cash in on climate change funds.

This is the case with biofuels.

Biofuels Could Destroy Half the World's Forests

Even as governments pour taxpayer money into biofuels, it is being demonstrated that biofuel production contributes significantly to global warming, through the destruction of wetlands, displacement of small farmers and food production, often to cut forests, direct clear cutting of forests for biofuel production, and even cutting forests to generate wood pellets that make ethanol.

One study published in Science magazine in October 2009 analyzed regulation set up in the Kyoto Accords which promotes the use of biofuels, but finds that these measures could result in the loss of up to half of the world's forests.

As the negative impacts were beginning to be felt, though the extent is only beginning to be understood, the World Wildlife Fund (WWF), and others committed to market incentives for polluters, set up the Round Table on Sustainable Palm Oil.

This body certifies palm oil as having been 'sustainably' produced. In May 2010, WWF signed an agreement with Miguel Facusse's Dinant Corporation to begin the process of certifying Dinant palm oil. The WB, in November 2009, shortly after disbursing Dinant's loan, froze palm oil funding while it created its palm oil strategy, expected to be completed in March 2011.

US Corporations Could Make $27 Trillion Off "Lesser Developed Countries" Conversion to Biofuels

By the time these impacts were being seen, big corporations, with their lobbies, were drooling over the potential profits. The WWF is strongly committed to paying off big business to reduce emissions. A recent WWF study urges taxpayer money be poured into renewable energy in "lesser developed countries" (LDCs) in order to stimulate job growth in the United States.

Governments are committing to insuring that a certain percentage of fuel consumption be converted to biofuel consumption around the world but especially in "LDCs." This will generate a huge market for technology to convert engines and other existing infrastructure, which according to WWF could represent a $27 trillion dollar market for US corporations.

Faced with the powerful corporate lobby corrupting and pressuring governments around the globe, and sometimes promoting military interventions to back their interests, changing policies to really fight climate change as opposed to subsidizing corporations seems a quixotic dream, as was seen in the failed summit on climate change in Copenhagen last year.

At the 16th international summit on climate change in Copenhagan, nations agreed to set up an, as yet, unclear mechanism called the REDD+ (Reducing Emissions from Deforestation and Degradation), which would focus on curbing deforestation. Paradoxically, incentives for forest preservation are still banned, and the potential for biofuel stimulated deforestation of half of the world's forests is still not addressed.

It is important to remember that the WWF and others who believe in and promote environmental market economics have promoted a system of biosphere privatization which allows degrading activities to be carried out by private companies that subsidize non-governmental organizations that manage the biospheres, while ignoring the rights of campesino communities and indigenous peoples.

Governments Should Invest in the Poor, Not in the Super Rich

The international community's failure to substantively address climate change is a result the unwillingness to acknowledge and name the economic and political policies and actors that are responsible for climate harm.

The "free" market cannot correct the damage it has done, further investing in the same actors and under the same policy framework that generated climate change cannot reverse it.

To reverse climate change, the wealthiest nations and people of the world must change how they live. Indigenous and campesino communities have more sustainable ways of life, have learned to live in a sustainable way with the resources they produce. But they are being displaced and massacred to usher in the concentration of land and wealth, the genocide of a sustainable way of life.

Rather than subsidizing corporate mass destruction, the nations of the world must invest in a different way of life, and hold accountable those that destroy human life and destroy our only and irreplaceable, planet.

*************

(Annie Bird is co-director of Rights Action, annie@rightsaction.org, www.rightsaction.org. Feel free to re-publish this article, citing author & source) www.scoop.co.nz

Nov 25, 2010

MSU Researchers Find Baking Soda Dramatically Boosts Algal Oil Production


It was, in every sense, the Holy Grail of biofuels research, and one that scientists had been looking for since the early 1990s. So, of course, when Montana State University (MSU) researchers Keith Cooksey, Brent Peyton and Rob Gardner came upon it, they were amazed and ecstatic.

Baking soda, or sodium bicarbonate, the cheap, ubiquitous chemical that makes soda bread rise and laundry smells disappear, was able in laboratory experiments to more than double the amount of algal oil produced in half the time in three different types of algae.

Of course, there’s a caveat; the baking soda has to be added at a particular time in the algae-to-oil cycle. Even so, the discovery is so momentous that MSU is now offering the technology for licensing.

For Cooksey (research professor emeritus in microbiology), Peyton (professor in chemical and biological engineering and associate director of MSU's Thermal Biology Institute), and Gardner (an MSU chemical and biological engineering), and all members of the Algal Biofuels Group – a division of MSU’s Energy Research Institute – the discovery is a prime example of how the Institute uses its US$15 million in annual funding to deliver usable energy technologies to the private sector.

The work took 18 months, using three types of algae (two brown and one green), but the rewards of their trial-and-error delving into chemistry is a “big deal”, and one that promises to put algal biofuels on a competitive footing with oil in less than two decades – or just about the amount of time Cooksey has spent researching biofuels.

Unfortunately, Cooksey notes, interest in biofuels died after the combined energy crises of the 1970s faded into history, and it wasn’t until about 2000 that government interest in, and support of, biofuels, was renewed.

While Cooksey decries the lapse – which could have put the U.S. well ahead of the curve – he is glad that the strong collaborative efforts between MSU’s chemical, biological engineering and microbiology departments has proved so fruitful, especially now that biofuel development is likely become integral to U.S. national security.

One of the major advantages of the discovery is that it allows producers to avoid the algal-pond degradation, or contamination, which inevitably occurs over time. In fact, advances of this type are what prompt biofuel industry CEOs to suggest that the market will be ready to take on oil within the next three years.

MSU’s Energy Research Institute is also working in the areas of fuel cells, wind energy and carbon sequestration.

Tags: Algal Biofuels Group, United States, USD, algae feedstock, algae-based biofuel, algal biofuel, Algal Biofuels Group, algal-pond contamination, baking soda, biofuel, biological engineering, brown algae, carbon sequestration, fuel cells, green algae, microbiology, Montana State University, MSU, MSU Energy Research Institute, wind energy, biofuels, Brent Peyton, chemical, energy, fuel cells, Keith Cooksey, Montana, oil, Rob Gardner, sodium bicarbonate
www.energyboom.com

Oil Palm Growers May Profit Under Rainforest Accord

By Jeremy van Loon and Claire Leow



(Bloomberg) -- When United Nations climate negotiators meet next week in Mexico and debate protecting tropical rainforests, Golden Agri-Resources Ltd. and rival oil- palm growers in Southeast Asia will be paying attention.

Any UN-led accord that restricts clearing rainforest for planting more palm trees would limit the supply of the edible oil crushed from their fruit and be a boon to prices for growers, said Dorab Mistry, a director at oil trader Godrej International Ltd. More than 80 percent of the world’s palm oil comes from the rainforest nations of Malaysia and Indonesia.

“It’s a no-brainer that such exercises are bullish for prices,” said Mistry, who has traded edible oils for more than 30 years. Global supply of edible oils will fail to keep pace with demand for a third year, he said in an interview.

Palm oil climbed to a two-year high this year as more consumers and companies used the substance in cooking, detergents, cosmetics and biodiesel. The boom has helped destroy rainforests as growers expanded plantations of the 20-meter (66- foot) trees.

Because equatorial forests store more carbon dioxide than most other vegetation on earth, UN negotiators have said saving tropical trees is essential to a global effort to limit the man- made greenhouse gas linked to global warming.

Wilmar International Ltd., the world’s largest palm oil trader, as well as producers PT Astra Agro Lestari of Indonesia, Singapore-traded Golden Agri and Kuala Lumpur-based Sime Darby Bhd. operate in the regions that might benefit from a global agreement on tropical forestry protection.

Cancun Talks

Delegates from 194 countries who will meet at UN climate talks through Dec. 10 in Cancun, Mexico, are closer to drawing up an accord on tropical forests than on other issues, said Gerald Steindlegger, policy director for the forest carbon initiative in Vienna for environment group WWF.

Reducing emissions from deforestation and degradation, known as REDD, is “ripe for an agreement,” said Steindlegger, as delegates may want to highlight a breakthrough on deforestation as proof of success at the Mexican meeting.

Global forests contain an estimated 638 gigatons of carbon, more than all the carbon in the earth’s atmosphere, the UN Framework Convention on Climate Change, which sponsors the talks, said on its website. One gigaton is a billion tons.

Supplies of edible oils from soybeans, palms, coconuts, groundnuts, cotton, rapeseed and sunflower will rise by 3.5 million tons in the year to September 2011, while demand may rise as much as 5 million tons, Godrej’s Mistry said.

Palm oil has gained about 17 percent this year and closed on Nov. 23 at 3,115 Malaysian ringgit ($993) a metric ton in Kuala Lumpur, according Bloomberg data.

Supply Pinch

UN-sponsored limits on the use of forest land will likely put the brakes on expansion of the palm oil industry and fuel rising prices, said Carl Bek-Nielsen, vice chairman of Teluk Intan, Malaysia-based United Plantations Bhd.

“If more oil can’t be produced, then what is there will become more valuable,” Bek-Nielsen said in a Nov. 17 interview in London. “If someone could wave a magic wand and not a single tree would fall down in the next 20 years, food prices are going to explode.”

Limits to expansion are already under way. In Malaysia, growth will have to come from improving productivity because 58 percent of the country is forested and the government has a commitment to maintain at least half of all land as natural forest, Plantation Industries and Commodities Minister Bernard Dompok said on Nov. 17 in London.

“I do not see any further large-scale planting of oil palm in Malaysia,” Dompok said.

Raising Yields, Replanting

Analysts agree. Future growth for Golden-Agri, based in Singapore, will come from raising yields by replacing trees that have outlived their useful lives, said Ben Santoso, a plantation analyst at DBSVickers Securities (Singapore) Ltd. on Nov. 8.

Replanting reduces supply and supports prices because oil palms take three years to mature and produce oil, he added. Wetter weather than usual this year has hindered replanting groves in Indonesia and Malaysia and helped prop up prices.

With most of the world’s palm oil coming from Malaysia and Indonesia, destruction of their rainforests raised the ire of environmental and non-governmental organizations. One NGO, WWF, seeks to end deforestation and protect habitats of endangered species such as the orangutan and Sumatran rhinoceros.

“We want to plant as much as possible,” Kuok Khoon Hong, chief executive officer of Wilmar, said on Nov. 10. “Now with NGOs so active, it is difficult. In the past, you get the land and you start to plant. Now everything is slower as we need licenses.”

Tightening supplies and “inelastic demand” from countries including China will extend the “crazy” price rallies this year, Tao Chen, chairman of Louis Dreyfus Commodities (Beijing) Trading Co., said on Nov. 7.

Biodiesel Demand

Growers also want to meet demand for biodiesel, one of the few alternatives to fossil fuels that can power heavy trucks. The pressure to increase palm oil supply will rise because it’s suitable for biofuels, said James Fry, managing director of LMC International. The company studies the economics of edible oils and their meal residue, which can be used as livestock feed.

“Biofuel policies add to oil demand without lifting meal demand,” Fry said by e-mail. “Biofuels have tipped the market balance towards crops high in oil and low in meal. Oil palm is the ideal crop to meet the market’s new needs.”

Oil palms produce 8 tons of oil for each ton of meal, while soybeans produce 0.25 tons of oil per ton of meal, he said.

Amazon Destruction

About 2 percent of the 302,149 hectares of Amazon forest destroyed in Brazil’s states of Mato Grosso, Para and Rondonia can be attributed to soybean planting, a July survey commissioned by Brazil’s Environment Ministry and trading companies showed. The three states are the largest producers of the oilseed in the Amazon region.

To inhibit soybean planting in the Amazon, trading companies that handle about 90 percent of the crop in Brazil agreed to ban sales of the oilseed illegally grown in the rainforest. The agreement between companies, the Environment Ministry and non-government organizations was signed in 2006 and renewed each year since.

Restrictions on forest clearing are already being felt in Indonesia where the government in May agreed to a two-year moratorium on logging and clearing of forests, with $1 billion in aid from Norway.

Restricted expansion of oil palm plantations “will have profound implications for price behavior,” said Mistry, who correctly predicted in March that prices would exceed 3,000 ringgit ($962) a ton on supply constraints. “The world must be braced for much higher prices in the years to come.”

--With reporting by Alex Morales in London. Editors: Todd White, Reed Landberg, Peter Langan

Nov 21, 2010

Q & A With Sapphire Energy's Mike Mendez--Part I: Domesticating Algae



This is Part I of my three part Q & A with Mike Mendez, vice-president of technology at Sapphire Energy. In this part, Mendez talks about his background, the history and mission of Sapphire, how algae is turned into energy, and is goal to domesticate algae.

ROBERT GLUCK: What is your background and how did you arrive at Sapphire Energy?

MIKE MENDEZ: I’ve worked in pharmaceuticals, as a consultant and scientific adviser, and I’ve created several of my own start-up companies along the way.

The reason algae came into the picture was because a group of friends, who also happened to be scientists, saw a problem with the world’s diminishing fuel supply. Everything we do is affected by that supply – the car you drive, the clothing you wear, the food you eat – all of it is connected to our ability to have a reliable source of energy.

That is what the company was founded on; we wanted to profoundly change our global consumption of energy away from fossil fuels because where we are heading is not sustainable.

RG: What is the history and mission of Sapphire Energy?

MM: I'm actually a founder of Sapphire Energy. I worked with the other founders to validate that a better source of energy could be created. We didn’t come together as scientists to build an algae company. We came together to build an energy company, and we believed there had to be a better way then what our country was focused on at the time.

Our concept was the energy source could not compete with fresh water or agriculture, had to be infrastructure compliant, and needed to be something which could be scaled to meet the enormous demand for energy around the world. The source of energy had to be low carbon on a lifecycle basis as well.

This was an enormous challenge for us to undertake. I began my work borrowing an empty lab bench at Scripps in a lab run by Dr. Stephen Mayfield. We ended up a year later making the first 91 octane gasoline and Sapphire Energy was born.

RG: For our readers who don't know, how is algae turned into energy?

MM: It’s not a new idea. All fossil fuel came from algae that grew on our planet and died some 400 million years ago. It settled in the great basins of the world and through a process of pressure, heat and time became crude oil, coal and natural gas. We’re just speeding up the process though modern biotechnology. Most importantly, we’re creating a drop-in replacement fuel from algae.

We take advantage of the multi-trillion dollar infrastructure in place. Sapphire’s algae-based green crude does not have the environmental risks associated with fossilized oil extraction (drilling, shale, oil sands, etc.). And, because green crude can be produced closer to the consumption markets, the risks associated with transportation (e.g.; Exxon Valdez) are minimized.

RG: In an article in the NY Times dated 7/26/10 you are quoted saying this: “We’ve probably engineered over 4,000 strains. My whole goal here at Sapphire is to domesticate algae, to make it a crop.” How is this going? Which one of the 4,000 strains is the best and why?

MM: My goal hasn’t changed. I’m still focused on turning algae into a domestic crop. We get closer every day. Our algae model truly is at the intersection of biotechnology, agriculture and energy. By applying this model, we can grow thousands of strains of algae in order to zero in on the traits that will satisfy our liquid energy needs, meet our climate objectives, provide jobs, and build a sustainable world without the environmental, economic, and geopolitical burdens associated with using fossil crude oil sources.

Algae already has incredible sustainability and oil production characteristics, so we’re using the tools of modern biotechnology to improve on that. In order to commercialize algae’s amazing natural abilities, we must use these tools to give algae the necessary traits to be economically and commercially viable. In other words, algae plants need to be domesticated to acquire salt tolerance, resist disease and predators, increase oil yields, and improve carbon fixation.
Tags: Exxon, Sapphire Energy, USD, algae, algae-based green crude, algal biofuel, fossil fuel, Mike Mendez, New York Times, Sapphire Energy, sustainability, biotechnology, biotechnology, energy, food, Mike Mendez, oil, pharmaceuticals, Robert Gluck, Stephen Mayfield, transportation


Credited : energyboom.com

Britain's Biofuel Target Could Create More Harm Then Good

The British government admitted that its target to double the use of biofuels by 2020 will dramatically add to worldwide carbon emissions.

In accordance with a European Union directive, Britain has promised to source 10 percent of its transport fuel from biofuels by 2020. According to a recently released Institute for European Environmental Policy study, in order to meet that target Europe will need "to cultivate an area the size of Belgium" resulting in an annual carbon emission increase of 56 million tons.

In the wake of this and other scientific studies, Britain is asking the European Commission to reconsider its biofuel mandates.

"Like other EU member states, the UK is required to source 10 per cent of its transport energy from renewable sources by 2020, however I agree that the environmental benefits of biofuels can only be realized if they are produced in a sustainable way," said British Transport Minister Norman Baker.

Read the full article at The Independent: Biofuel plan will cause rise in carbon emissions

Image Credit: TheFriendlyFiend via Flickr

In China's Orbit

After 500 years of Western predominance, Niall Ferguson argues, the world is tilting back to the East.

"We are the masters now." I wonder if President Barack Obama saw those words in the thought bubble over the head of his Chinese counterpart, Hu Jintao, at the G20 summit in Seoul last week. If the president was hoping for change he could believe in—in China's currency policy, that is—all he got was small change. Maybe Treasury Secretary Timothy Geithner also heard "We are the masters now" as the Chinese shot down his proposal for capping imbalances in global current accounts. Federal Reserve Chairman Ben Bernanke got the same treatment when he announced a new round of "quantitative easing" to try to jump start the U.S. economy, a move described by one leading Chinese commentator as "uncontrolled" and "irresponsible."

Illustration by Harry Camp

"We are the masters now." That was certainly the refrain that I kept hearing in my head when I was in China two weeks ago. It wasn't so much the glitzy, Olympic-quality party I attended in the Tai Miao Temple, next to the Forbidden City, that made this impression. The displays of bell ringing, martial arts and all-girl drumming are the kind of thing that Western visitors expect. It was the understated but unmistakable self-confidence of the economists I met that told me something had changed in relations between China and the West.

One of them, Cheng Siwei, explained over dinner China's plan to become a leader in green energy technology. Between swigs of rice wine, Xia Bin, an adviser to the People's Bank of China, outlined the need for a thorough privatization program, "including even the Great Hall of the People." And in faultless English, David Li of Tsinghua University confessed his dissatisfaction with the quality of Chinese Ph.D.s.

You could not ask for smarter people with whom to discuss the two most interesting questions in economic history today: Why did the West come to dominate not only China but the rest of the world in the five centuries after the Forbidden City was built? And is that period of Western dominance now finally coming to an end?

In a brilliant paper that has yet to be published in English, Mr. Li and his co-author Guan Hanhui demolish the fashionable view that China was economically neck-and-neck with the West until as recently as 1800. Per capita gross domestic product, they show, stagnated in the Ming era (1402-1626) and was significantly lower than that of pre-industrial Britain. China still had an overwhelmingly agricultural economy, with low-productivity cultivation accounting for 90% of GDP. And for a century after 1520, the Chinese national savings rate was actually negative. There was no capital accumulation in late Ming China; rather the opposite.

The story of what Kenneth Pomeranz, a history professor at the University of California, Irvine, has called "the Great Divergence" between East and West began much earlier. Even the late economist Angus Maddison may have been over-optimistic when he argued that in 1700 the average inhabitant of China was probably slightly better off than the average inhabitant of the future United States. Mr. Maddison was closer to the mark when he estimated that, in 1600, per capita GDP in Britain was already 60% higher than in China.

For the next several hundred years, China continued to stagnate and, in the 20th century, even to retreat, while the English-speaking world, closely followed by northwestern Europe, surged ahead. By 1820 U.S. per capita GDP was twice that of China; by 1870 it was nearly five times greater; by 1913 the ratio was nearly 10 to one.

Despite the painful interruption of the Great Depression, the U.S. suffered nothing so devastating as China's wretched mid-20th century ordeal of revolution, civil war, Japanese invasion, more revolution, man-made famine and yet more ("cultural") revolution. In 1968 the average American was 33 times richer than the average Chinese, using figures calculated on the basis of purchasing power parity (allowing for the different costs of living in the two countries). Calculated in current dollar terms, the differential at its peak was more like 70 to 1.

This was the ultimate global imbalance, the result of centuries of economic and political divergence. How did it come about? And is it over?

As I've researched my forthcoming book over the past two years, I've concluded that the West developed six "killer applications" that "the Rest" lacked. These were:

• Competition: Europe was politically fragmented, and within each monarchy or republic there were multiple competing corporate entities.

• The Scientific Revolution: All the major 17th-century breakthroughs in mathematics, astronomy, physics, chemistry and biology happened in Western Europe.

• The rule of law and representative government: This optimal system of social and political order emerged in the English-speaking world, based on property rights and the representation of property owners in elected legislatures.

• Modern medicine: All the major 19th- and 20th-century advances in health care, including the control of tropical diseases, were made by Western Europeans and North Americans.

• The consumer society: The Industrial Revolution took place where there was both a supply of productivity-enhancing technologies and a demand for more, better and cheaper goods, beginning with cotton garments.

• The work ethic: Westerners were the first people in the world to combine more extensive and intensive labor with higher savings rates, permitting sustained capital accumulation.

Those six killer apps were the key to Western ascendancy. The story of our time, which can be traced back to the reign of the Meiji Emperor in Japan (1867-1912), is that the Rest finally began to download them. It was far from a smooth process. The Japanese had no idea which elements of Western culture were the crucial ones, so they ended up copying everything, from Western clothes and hairstyles to the practice of colonizing foreign peoples. Unfortunately, they took up empire-building at precisely the moment when the costs of imperialism began to exceed the benefits. Other Asian powers—notably India—wasted decades on the erroneous premise that the socialist institutions pioneered in the Soviet Union were superior to the market-based institutions of the West.

[POWER3]

Beginning in the 1950s, however, a growing band of East Asian countries followed Japan in mimicking the West's industrial model, beginning with textiles and steel and moving up the value chain from there. The downloading of Western applications was now more selective. Competition and representative government did not figure much in Asian development, which instead focused on science, medicine, the consumer society and the work ethic (less Protestant than Max Weber had thought). Today Singapore is ranked third in the World Economic Forum's assessment of competitiveness. Hong Kong is 11th, followed by Taiwan (13th), South Korea (22nd) and China (27th). This is roughly the order, historically, in which these countries Westernized their economies.

Today per capita GDP in China is 19% that of the U.S., compared with 4% when economic reform began just over 30 years ago. Hong Kong, Japan and Singapore were already there as early as 1950; Taiwan got there in 1970, and South Korea got there in 1975. According to the Conference Board, Singapore's per capita GDP is now 21% higher than that of the U.S., Hong Kong's is about the same, Japan's and Taiwan's are about 25% lower, and South Korea's 36% lower. Only a foolhardy man would bet against China's following the same trajectory in the decades ahead.

China's has been the biggest and fastest of all the industrialization revolutions. In the space of 26 years, China's GDP grew by a factor of 10. It took the U.K. 70 years after 1830 to grow by a factor of four. According to the International Monetary Fund, China's share of global GDP (measured in current prices) will pass the 10% mark in 2013. Goldman Sachs continues to forecast that China will overtake the U.S. in terms of GDP in 2027, just as it recently overtook Japan.

But in some ways the Asian century has already arrived. China is on the brink of surpassing the American share of global manufacturing, having overtaken Germany and Japan in the past 10 years. China's biggest city, Shanghai, already sits atop the ranks of the world's megacities, with Mumbai right behind; no American city comes close.

Nothing is more certain to accelerate the shift of global economic power from West to East than the looming U.S. fiscal crisis. With a debt-to-revenue ratio of 312%, Greece is in dire straits already. But the debt-to-revenue ratio of the U.S. is 358%, according to Morgan Stanley. The Congressional Budget Office estimates that interest payments on the federal debt will rise from 9% of federal tax revenues to 20% in 2020, 36% in 2030 and 58% in 2040. Only America's "exorbitant privilege" of being able to print the world's premier reserve currency gives it breathing space. Yet this very privilege is under mounting attack from the Chinese government.

For many commentators, the resumption of quantitative easing by the Federal Reserve has appeared to spark a currency war between the U.S. and China. If the "Chinese don't take actions" to end the manipulation of their currency, President Obama declared in New York in September, "we have other means of protecting U.S. interests." The Chinese premier Wen Jiabao was quick to respond: "Do not work to pressure us on the renminbi rate…. Many of our exporting companies would have to close down, migrant workers would have to return to their villages. If China saw social and economic turbulence, then it would be a disaster for the world."

Such exchanges are a form of pi ying xi, China's traditional shadow puppet theater. In reality, today's currency war is between "Chimerica"—as I've called the united economies of China and America—and the rest of the world. If the U.S. prints money while China effectively still pegs its currency to the dollar, both parties benefit. The losers are countries like Indonesia and Brazil, whose real trade-weighted exchange rates have appreciated since January 2008 by 18% and 17%, respectively.

But who now gains more from this partnership? With China's output currently 20% above its pre-crisis level and that of the U.S. still 2% below, the answer seems clear. American policy-makers may utter the mantra that "they need us as much as we need them" and refer ominously to Lawrence Summers's famous phrase about "mutually assured financial destruction." But the Chinese already have a plan to reduce their dependence on dollar reserve accumulation and subsidized exports. It is a strategy not so much for world domination on the model of Western imperialism as for reestablishing China as the Middle Kingdom—the dominant tributary state in the Asia-Pacific region.

If I had to summarize China's new grand strategy, I would do it, Chinese-style, as the Four "Mores": Consume more, import more, invest abroad more and innovate more. In each case, a change of economic strategy pays a handsome geopolitical dividend.

By consuming more, China can reduce its trade surplus and, in the process, endear itself to its major trading partners, especially the other emerging markets. China recently overtook the U.S. as the world's biggest automobile market (14 million sales a year, compared to 11 million), and its demand is projected to rise tenfold in the years ahead.

By 2035, according to the International Energy Agency, China will be using a fifth of all global energy, a 75% increase since 2008. It accounted for about 46% of global coal consumption in 2009, the World Coal Institute estimates, and consumes a similar share of the world's aluminum, copper, nickel and zinc production. Last year China used twice as much crude steel as the European Union, United States and Japan combined.

Such figures translate into major gains for the exporters of these and other commodities. China is already Australia's biggest export market, accounting for 22% of Australian exports in 2009. It buys 12% of Brazil's exports and 10% of South Africa's. It has also become a big purchaser of high-end manufactured goods from Japan and Germany. Once China was mainly an exporter of low-price manufactures. Now that it accounts for fully a fifth of global growth, it has become the most dynamic new market for other people's stuff. And that wins friends.

The Chinese are justifiably nervous, however, about the vagaries of world commodity prices. How could they feel otherwise after the huge price swings of the past few years? So it makes sense for them to invest abroad more. In January 2010 alone, the Chinese made direct investments worth a total of $2.4 billion in 420 overseas enterprises in 75 countries and regions. The overwhelming majority of these were in Asia and Africa. The biggest sectors were mining, transportation and petrochemicals. Across Africa, the Chinese mode of operation is now well established. Typical deals exchange highway and other infrastructure investments for long leases of mines or agricultural land, with no questions asked about human rights abuses or political corruption.

Growing overseas investment in natural resources not only makes sense as a diversification strategy to reduce China's exposure to the risk of dollar depreciation. It also allows China to increase its financial power, not least through its vast and influential sovereign wealth fund. And it justifies ambitious plans for naval expansion. In the words of Rear Admiral Zhang Huachen, deputy commander of the East Sea Fleet: "With the expansion of the country's economic interests, the navy wants to better protect the country's transportation routes and the safety of our major sea-lanes." The South China Sea has already been declared a "core national interest," and deep-water ports are projected in Pakistan, Burma and Sri Lanka.

Finally, and contrary to the view that China is condemned to remain an assembly line for products "designed in California," the country is innovating more, aiming to become, for example, the world's leading manufacturer of wind turbines and photovoltaic panels. In 2007 China overtook Germany in terms of new patent applications. This is part of a wider story of Eastern ascendancy. In 2008, for the first time, the number of patent applications from China, India, Japan and South Korea exceeded those from the West.

The dilemma posed to the "departing" power by the "arriving" power is always agonizing. The cost of resisting Germany's rise was heavy indeed for Britain; it was much easier to slide quietly into the role of junior partner to the U.S. Should America seek to contain China or to accommodate it? Opinion polls suggest that ordinary Americans are no more certain how to respond than the president. In a recent survey by the Pew Research Center, 49% of respondents said they did not expect China to "overtake the U.S. as the world's main superpower," but 46% took the opposite view.

Coming to terms with a new global order was hard enough after the collapse of the Soviet Union, which went to the heads of many Western commentators. (Who now remembers talk of American hyperpuissance without a wince?) But the Cold War lasted little more than four decades, and the Soviet Union never came close to overtaking the U.S. economically. What we are living through now is the end of 500 years of Western predominance. This time the Eastern challenger is for real, both economically and geopolitically.

The gentlemen in Beijing may not be the masters just yet. But one thing is certain: They are no longer the apprentices.

—Niall Ferguson is a professor of history at Harvard University and a professor of business administration at the Harvard Business School. His next book, "Civilization: The West and the Rest," will be published in March.


Source: online.wsj.com

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