Tuesday, August 3, 2010

Bioethanol better, more profitable than biodiesel: European producers

MADRID/HAMBURG -- Cheaper, local ingredients make bioethanol more profitable and sustainable than far more widely produced biodiesel in Europe, even though it adds to a surplus of conventional gasoline while diesel remains more in demand.

"From this perspective biodiesel is complementary to the oil refinery industry in Europe whereas each ton of bioethanol would increase the surplus of gasoline," said Klaus Henschel, chief executive of Swiss-German biodiesel maker Biopetrol.

However, biodiesel has to be made from vegetable oils, which have to be mostly imported and are far more expensive than locally grown cereals, the main raw material for bioethanol, which can be blended with petrol.

EU grain trade lobby Coceral estimates the 27-country bloc will produce 284 million tons of cereal this year, or 10 times a total oilseed harvest of 28.3 million.

Several large European biofuel manufacturers see bioethanol as a better long-term business.

Spanish multinational renewable energy firm Abengoa has built just one biodiesel plant in Europe, compared with four bioethanol plants and one more under construction.

"Biodiesel is not a strategic business for us," said Javier Salgado, chief executive of Abengoa’s biofuels division, which had global revenues of €1 billion ($1.22 billion) in 2009.

"You have to import massive amounts of soya oil, palm oil. We think there is a significant Achilles heel in the [biodiesel] industry," he added.

British biofuel maker Ensus has also chosen to focus on bioethanol, of which it makes 400-450 liters a year from 1.1 million tons of wheat.

"I think you’re going to see preferential use of bioethanol in Europe because of cost and sustainability," Ensus Chief Executive Alwyn Hughes said.

"The sustainability risks are greater in biodiesel and as the sustainability rules start to bite in Europe that’s increasingly going to become an important factor."

Narrow profit margins

Christoph Berg, head of German commodity analysts F.O. Licht, said that bioethanol producers in Europe benefitted from relatively low feedstock prices for sugar and grains while prices for rapeseed oil, a key biodiesel feedstock, had risen sharply.

"The profit margins in the biodiesel sector are currently low, for some at loss-making levels," he said.

"For bioethanol, the scene is better overall and producers are finding it easier to achieve profitable operations than the biodiesel industry, but bioethanol profit margins are also not as high as hoped."

In Spanish ports, a ton of wheat costs €150 and can be used to make 387 liters of ethanol, so grain costing €388 will make one cubic meter. That compares to a benchmark bioethanol price of €470/m3.

Reuters data show that a ton of biodiesel costs €803 to refine in Germany -- using palm oil at €715/ton -- but will sell at €721.

Producers in some countries hoped for a near-term boost to demand on moves to raise bioethanol blending targets in fossil petrol to 10% content in so-called E10 fuels.

France and Poland have already introduced E10, and Germany is likely to follow suit in late 2010 or 2011, although the government has yet to set a date.

"E10 will probably become a standard in coming years and its introduction in a large consuming country like Germany would certainly be an advantage to other countries which wish to follow," Mr. Berg said.

Geraldine Gilmartin, an analyst at Kingsman SA, said bioethanol demand in Britain could grow for similar reasons.

"The UK is one market where we forecast stronger growth rates for bioethanol than biodiesel this year," she said. -- Reuters

Money Does Grow on Trees!

Costa Rica, known as one of the best agriculture hot spots in the western hemisphere, is now growing oil fields for the Biofuel markets.

One program in particular has been capturing the attention of investors, is called Multi Purpose Real Estate.

Multi Purpose Real Estate (MPRE) combines capital appreciation strategy with one of the fastest moving growth sectors since the PC revolution – Biofuels.

For the savvy new ‘green investor’ real estate always looks good, especially real estate in the tropics, in the 10 year path to development, and now more than ever in such a soft market.

Central America has been a rising star in terms of emerging markets, and especially land banking, so the combination of Biofuels, bear real estate prices, low labor costs and the ability to grow high yield oil fields throughout the region, provides a double edged sword for opportunity.
United Biofuels of America (UBA™) is one company taking full advantage of this opportunity. UBA is a biofuel development and advisory organization working at the intersection of emerging Biofuels knowledge and the market demand.
Based in Costa Rica, UBA is the first regional biofuel consultancy & development firm established in Central America.

When asked to summarize Multi Purpose Real Estate and the Costa Rica National Biofuel Program, Michael Klein, the Chief Development Officer for United Biofuels of America said. “The National Biofuel Program for Costa Rica is a broad platform to help achieve Costa Rica’s 2012 biofuel blend target of 10% biofuel as well as the long term goal of being the first country to become carbon neutral by 2021.”

Continuing, “Multi Purpose Real Estate is one of newest and most promising programs that we have launched in this initiative. Essentially we offer investors that are already in or will be entering land banking market in Central America, the ability to turn land that would be otherwise sitting unused into a Bio-oil Field that generates income while their land continues appreciating.”

Further adding, “We are seeing a resurgence of investors looking for these types of emerging opportunities… and what we are providing is win-Win- WIN set of circumstances… a product, in a market that has a demand that is so large it hard to comprehend.”

When asked, how can the micro-investor take advantage of this new market, Mr. Klein said, “It’s been difficult for the micro “green” or biofuel investor… remember the green revolution is still in its infancy, and with that comes big opportunity and a degree of risk. It seems currently you have to have a few million to invest or you can’t break into the market, except at the penny stock level. And if you put a little money into a penny green stock… it’s essentially a hands off or no-control investment. If you have $50,000 to $100,000 to invest and you are looking at the green market, you are looking for as much security as possible. Real estate guarantees this, purchasing a lot or two, and being able to grow biofuel on this property while on a ten year land bank, or build plan, just makes sense… that’s what Multi Purpose Real Estate is.”

What does UBA do with the oil?

“We have guaranteed end buyers for every gallon of bio-oil we can grow. We grow different feedstocks, generally in combination, to produce crude oils, which is converted to Biodiesel.

“We are working with the Costa Rican government (MAG), RECOPE, and ICE. The government has recently moved to the private sector to take the lead in its biodiesel development; signed and approved legislatively. Costa Rica has a 10% biodiesel blend mandate by 2012 and carbon neutrality for the entire country by 2021. This opens the door for multiple opportunities for micro investors, land owners, and of course for mid market and larger investors as well to enter a guaranteed market, in one of the few industries that actually significantly grew through the economic downturn, and continues to grow. The Global Market Study, initially in 2007, estimated $4.2 trillion worth of investment by 2030 would be needed to meet demand; they have recently admitted they underestimated and now say $10.5 trillion will be needed to meet demand.

“And here is my favorite quote, by Goldman Sachs, – Investing in biofuel is akin to going back in time to 1990 and investing in the PC revolution.”

Continuing, “Look, here are some hard and interesting facts that every potential investor should keep in mind… the aviation industry consumes some 54 million gallons per years, and Jatropha has been chosen as the feedstock of choice for a drop replacement. We are working on only one aviation project that requires 1,000,000 per day, just for continuous flow testing. That’s just one project and only for testing! Further, Ford, GM and Chrysler have announced that their 2011 mid size SUV are compliant for B20, this B20 blend has been mandated in the US mandated… but if you are a refinery in the US, you are operating at 10% capacity for biofuels or you are already out of business…. refineries right now in the USA or going for pennies on the dollar.

“And are you going to grow biofuel in the USA? What?… corn, soy… we all know the problems around these feedstocks… first they are food crops, the net energy of these crops are barely worth it, and the cost of growing this in the US makes them a constant margin battle. And if you are not operating at large economy of scale, you can’t break in. So where do you go to grow? Because that’s where we are on value chain…. growing feedstock… not sitting on an empty refinery, waiting for feed stock, or in a market bid-battle for a scarce commodity. Are you going to go to Africa or India to grow? I would take a real hard look at the issue those companies that have gone that route have had to deal with, and they are still trying to work out these issues… at the expense of watching their break even horizon disappearing from sight. They have been overcome with issues, from labor to improper strain selection, with 80% less yields than expected… the list goes on and on.

“The answer at least for the individual American investor or investment company, in terms of growing feedstock, is to look in their own back yard… Central America. We have governmental support, the labor is not expensive, land opportunities are everywhere, logistical costs are less, and if you really want to improve ROI you would not try to extract the value by shipping the oil out of the region, but go from seed-to-pump regionally… grow it here and sell it right here in Central America. The demand here is as high as anywhere, if not higher, with 80% of the vehicles in Central America running on diesel… bio-diesel here makes sense from investing to growing to consumption.”

TCRN, any final words?

“Money does grow on trees! Biofuels are renewable, good for the environment and good for the investor. To find out more on Multi Purpose Real Estate or commercial development opportunities in Central America contact us at Info@UnitedBiofuelsofAmerica.org”

Source:http://thecostaricanews.com

City To Soon Require Use Of Biodiesel Fuel

It's a greasy job but for five years, Tri-State Biodiesel has been helping to turn cooking oil into fuel that can be used to heat homes, buildings, and run diesel engines.

"That can all be replaced with a much cleaner burning biodiesel fuel, and we keep all of our money in our economy instead of sending it away to by foreign oil,” said Tri-State Biodiesel Chief Executive Officer Brent Baker. “So it has a lot of different benefits."

The Federal Environmental Protection Agency says biodiesel burns much cleaner than regular diesel, reducing the amount of pollution released into the air. The City Council agrees and passed legislation this week mandating all buildings in the city that burn heating oil use at least two percent of biodiesel fuel mixed in with regular diesel.

"That will reduce asthma, that will make it so New Yorkers can live longer, healthier live, and put us all in a position where we can all literally and figuratively breathe easier," said City Council Speaker Christine Quinn.

This is good news for Tri-State Biodiesel, which is based in Hunts Point in the Bronx. It collects cooking oil for free from numerous restaurants around the city and trucks the oil upstate to a company called Northern Biodiesel in Rochester. There, the oil goes through a chemical process making it a viable fuel to be sold at competitive prices.

Workers from Tri-State Biodiesel say the cooking oil goes through several layers of filtration. The first part of that process removes all of the food scraps like chicken bones and egg shells."

"You just smell a little bit like chicken, but it doesn't bother me,” said Tri-State Biodiesel worker Robert Fludd.

Roughly a billion gallons of heating oil is burned in the city every year, and the council says putting cleaner burning biofuel into the mix will definitely improve the environment. And, in most cases, owners will not have to make any changes to their boilers to use it.

Source:http://www.ny1.com/content/top_stories/122974/city-to-soon-require-use-of-biodiesel-fuel

Thursday, July 22, 2010

Biodiesel: The Definitive Guide



(How To Make Your Own Biodiesel Factory At Home)

The ultimate guide to making this eco-friendly, cash-saving, engine soothing fuel from your own home.

  • Feel ultimate pride and satisfaction at supplying fuel for yourself, your family and anyone you like, while helping the environment and doing your bit for your country...
  • The exact ingredients and process you must carry out in order to make a successful, clean and smooth-running batch...
  • How to create an eco-friendly, wallet saving fuel with ease. Supply your family and friends (and don't forget to charge them!)...
  • A simple to follow process means you'll be set-up and 'mixing' within minutes of downloading the guide...
  • Cut down on the noxious emissions of your current vehicle and feel pride at helping the environment...
  • Soothe and care for your engine with biodiesel's amazing properties. Why feed your vehicle junk food?

Here is the link to this guide:Biodiesel: The Definitive Guide

Do It Yourself Guide in Making Biodiesel


"Your How To Make Your Own Bio-Diesel Guide is a gold-mine. I’m sure you’ve been told this before. But I really didn’t know how you could fuel your trucks and cars with this and save so much. It’s unbelievable! This is what George Thompson of Louisiana, USA said.


Bio diesel is arguably the fuel of the future.

You can use it to run your car and heat your home as well.

And the best part is that restaurants are begging to get rid of used oil. It's like going to the gas pump to take oil for free, in large quantities.

You just have to ask for "veggie oil" and they will be happy to give it to you.

And with our plans you will be able to easily convert it into bio-diesel.

This is the perfect solution to THREE problems:

1. What to do with waste oil
2. Heat your home cheaper
3. Run your car or truck cheaper and cleaner

And you will get the perfect systems with great diagrams that you will show you how to make your own bio diesel. And how to use it to hear or home or run your vehicle. You will be able to put this to use in just a few hours.

It's a no-brainer for everyone who is concerned about the rising costs of living.

For the guide here is the link:Do It Yourself Guide in Making Biodiesel.

Saturday, January 2, 2010

Biodiesel survey shows 99 percent would recommend biodiesel to others

Biodiesel users remain a solid fan club. For the third year in a row, 99 percent of respondents to a national survey say they would recommend biodiesel to others. Energy security and environmental/health benefits continue to reign as the top reasons for biodiesel support in the annual survey of biodiesel users across the United States.

The Biodiesel Alliance project supported by the United Soybean Board has conducted the online survey for the past three years. More than 500 biodiesel users responded to the 2009 survey.

Respondents own, operate or manage a total of 4,025 diesel vehicles. They identified themselves as 46 percent motorists, 8 percent farmers, 7 percent fleet managers, 4 percent petroleum distributors, 4 percent truck drivers, and 28 percent other. The average respondent had used biodiesel for four years, and 89 percent reported little to no engine and/or fuel quality problems using biodiesel.

Biodiesel support by an original equipment manufacturer was an important consideration in decisions for 87 percent of respondents when making a purchase of that company’s products. This is up from 82 percent the previous year. By far, the leading reason for not using biodiesel was availability at 80 percent, down slightly from the previous year’s 89 percent. At 15 percent, price was the next biggest obstacle cited for not using biodiesel.

Go to http://www.biodiesel.org/aboutnbb/alliance/ to join the Biodiesel Alliance for organizations and companies, or the Biodiesel Backers program for individuals.

Source: www.biodieselmagazine.com

Wednesday, December 9, 2009

German biodiesel industry recommends policy changes

By Susanne Retka Schill

The newest proposal from the German government doesn’t go far enough to revitalize the biodiesel market industry leaders argued at the seventh biofuels conference held in early December in Berlin. The German BioEnergy Association (BBE) and the German Union for Promoting Oil Seeds and Protein Plants (UFOP) cosponsored the annual industry conference that attracted more than 450 stakeholders in the biofuel sector from 30 countries.

After a significant decline of the German biofuels market share in transportation from 7.1 percent in 2007 to 5.9 percent in 2008, the recently elected German government had promised a revitalization of the biofuels market in its draft “Law for accelerated growth.” The proposal would freeze the tax on B100 and straight vegetable oils for fuel at the current rate for the next three years instead of the phasing in of full fuel taxes on biofuels as scheduled.

Helmut Lamp, BBE president, pointed the government’s own report on biofuels development released in September concluded the economic production of biodiesel and pure plant oil for fuel is not feasible with the current tax rate of 18 cents per liter. “How should then a freezing of this tax rate for the next three years contribute to a revitalization of the biofuel markets?” he asked. A reduction in fuel taxes to no more than 10 cents per liter is needed.

The biofuels industry also recommended the German government withdraw the planned reduction of the biofuel blending mandate for 2015 from 8 percent to 6.25 percent, saying that the mandate reduction should not be implemented now since the new German ruling coalition has announced it would introduce E10 and consider allowing pure biodiesel or ethanol to meet mandate obligations. “Also, concerns about the impact of increased biofuel production on food prices have proven to be outdated in view of the developments of commodity prices of the last months,” the BBE said.

The German organizations said they welcomed the Federal Agency for Agriculture (BLE) as the governing body for the implementation of the biofuels sustainability regulations, although they said the new rules and guidelines are urgently needed. The new regulations and the certification system as well as certifiers are unlikely to be in place by the July 2010 implementation date for sustainability, they pointed out. They urged 2010 biofuel production not be penalized since farmers and biofuel producers won’t have the needed information to securely plan for compliance.

“Minimum requirements on sustainable feedstock production are urgently needed as it is clear that world energy demand will increase significantly while our fossil resources will decline at the same time,” said Klaus Kliem, president of UFOP. “But still the implementation of these requirements within the biofuel sustainability ordinance has proven to be quite problematic in practice. The administrative presets have been underestimated in their broad impact not only by the civil servants at the EU Commission, but also by the German government.” Kliem suggested the implementation of sustainability regulations be postponed until practical solutions have been developed.

This is taken from biodiesel magazine, to read the original article, visit this site.

Friday, October 9, 2009

OriginOil finishes first phase of algae commercialization model

By Lisa Gibson

Los Angeles-based OriginOil Inc. has finished phase one of a Cooperative Research and Development Agreement with the U.S. DOE’s Idaho National laboratory. The goal of the three-step agreement is to develop a process model for the commercial production of algae for biofuels.

Phase one focused on developing a comprehensive mass-energy balance of OriginOil’s proprietary algae production process, which includes a Helix Bio Reactor and live or single-step extraction, according to the company. For phase one, INL researchers provided core data on the projected efficiency and recovery values for the various steps in the algae-growing process, including lipid and biomass production, according to OriginOil. “We didn’t have to reinvent the wheel,” said Riggs Eckelberry, OriginOil CEO. “It made it much faster.”

The phase also included evaluation of costs and profit margins and helped the company establish a productivity model, which Eckelberry recently presented at the National Algae Association’s Quarterly Forum in Houston.

The overall goal is to produce algae through a high-speed, cost-effective industrial process to make green crude a substitute for petroleum so the world has a new oil that doesn’t perpetuate global warming, according to the presentation. OriginOil’s proprietary process addresses issues standing in the way of commercial algae production, such as carbon dioxide and nutrient delivery, light delivery, land use, extraction efficiency and harvesting rates, according to the company. The presentation also addresses factors important for algae productivity and evaluates elements of baseline production, wastewater co-location and value-add markets.

The economics of algae are complex and challenging, Riggs concluded in his presentation. Current profitability requires the pursuit of high-value coproducts and co-location with beneficial site hosts. Pursuit of fuel will require continued process optimization at all stages, strong preferences such as subsidies and carbon policy, and petroleum price increases. “With careful planning, algae can be profitable today,” the presentation emphasizes.

Now, INL and OriginOil are negotiating the scope and terms of phases two and three. Phase one was about modeling, Eckelberry said, two will be focused on validation of the technology and three will be field testing. “The next step is really to validate our technology,” Eckelberry said. “We know the system works. Now, we need to validate it with more scale.” The deliverables for additional phases will include biological and chemical feedstock evaluation required for the systems integration design and scale-up demonstration, according to OriginOil. A timeline for remaining phases of the project, funded primarily by the DOE, have not been specifically discussed, Eckelberry said. The presentation, including a schematic of OriginOil’s process, is available on the company’s Web site at www.originoil.com through a link on the latest press release.

Source: www.biomassmagazine.com

Wednesday, August 19, 2009

Bluegrass BioDiesel nears completion

By Susanne Retka Schill

Bluegrass BioDiesel LLC is halfway through the commissioning process, with all interior systems having been checked out and systems being tested outside as contractors complete their work. Full startup of the 14 MMgy multifeedstock plant is anticipated by the end of August at at Falmouth, Ky.

General Manager Rich Wojtkowski described a number of features used in the plant to reduce the capital investment such as using stainless steel only where required, substituting lower cost carbon steel. Flexible hoses will give the ability to reroute product streams. Gravity separation will be used, eliminating the cost of centrifuges. While using standard acid pretreatment and base transesterification, the plant is capable of handling 2 to 22 percent free fatty acids with three stages where water can be removed. “Our objective is to produce a very pure product that we can market as B100 ultra, removing all impurities,” Wojtkowski said. The plant also includes a methanol recovery and glycerin purification. “We will push for BQ9000 certification,” he added. “I have experience with ISO certification, so I know the policies and quality control that has to be in place.”

Bluegrass Biodiesel plans to offer B90 or B99 blends as well as B100 to its regional customers. “Some want a blended product, which they can blend further,” Wojtkowski said. “We handle the government issues, the filings, etcetera.”

“The fact that they’ll be cranking up at the end of the month is welcome news,” said Jack Wright, executive director of the Pendleton County Industrial Authority. He began working with the developers over five years ago when the project was first proposed. Retrofitting of a building began in 2007 although construction was halted after about a year when the project ran out of funds. Refinancing took a year to arrange with work beginning again in January.

J.E. Johnson Inc., Midland, Mich., is the general contractor and Versakon Biofuels LLC provided the plant design for the Falmouth plant. The two companies are among the eight investors in the plant.

Source: www.biodieselmagazine.com

Wednesday, July 22, 2009

Biodiesel developed from used animal fats, vegetable oils

By Helen Flores

Researchers from the Aklan State University have developed diesel additives from used animal fats and vegetable oils, the Philippine Council for Agriculture, Forestry and Natural Resources Research and Development (PCARRD) said.

Based on the study, used animal fats and vegetable oils from meat processing plants and food chains can be converted into biodiesel, which may be used in a standard combustion engine without modifications and may be blended with petroleum diesel to improve its quality.

These wastes, the researchers said, produce a clear liquid without unpleasant smell with the same properties as mineral fossil diesel oil.

ASU researchers said an engine fueled by a mixture of 80 percent petroleum diesel and 20 percent biodiesel has lesser smoke emissions and lower engine noise compared to that fueled by pure petroleum diesel.

The study also showed that petroleum diesel and biodiesel were similar in density, viscosity, pH, cloud point, and freezing point.

“Biodiesel does not only provide sustainable energy, but also ensures a sustainable environment because it is renewable or recyclable,” the researchers said.

Citing a previous study by the Department of Science and Technology, PCARRD said the biodiesel from vegetable oils and animal fats have been found to match, if not surpass, petroleum diesel in terms of engine performance and lifespan.

“Incidentally, the problem of disposing 2,000 kilograms of waste animal fats and oils produced by meat product manufacturers and food servers in Kalibo, Aklan and Boracay Island every month motivated the ASU researchers to conduct this study,” PCARRD said.

PCARRD said biodiesel is produced through “transesterification.” In this process, alcohol is used in the presence of a catalyst such as sodium hydroxide or potassium hydroxide to produce alcohol esters of animal fats with glycerin as byproduct.

PCARRD said it evaluated this study during the recent Western Visayas Agriculture and Resources Research and Development Consortium Research and Development Symposium.