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A blog where dreamers contribute their bizarre and daring ideas! The only absolute knowledge attainable by man is that life is meaningless. - Tolstoy
NILAND, Calif. — The idea of replacing crude oil with algae may seem like a harebrained way to clean up the planet and bolster national security.
But Lissa Morgenthaler-Jones and her husband, David Jones, are betting their careers and personal fortunes that they can grow masses of the slimy organism and use its natural photosynthesis process to produce a plentiful supply of biofuel.
A few companies are in a race to be first to convert algae to fuel on a commercial scale, and it will require not a small amount of money, luck and biotech tweaking.
“You have a vintage here that you are not sure is going to mature into anything good, and you are putting money into it on the off chance that it might,” Ms. Morgenthaler-Jones, acknowledged during a drive the other day to an algae-filled catfish farm in this secluded desert town.
Like thousands of other pioneer venture capitalists over the last two years or so, these two San Francisco Bay area investors have trolled through the dizzying, complicated world of renewable fuels — from wave power, to hydrogen fuel cells, to lithium batteries, to cow manure for making methane. And just like their predecessors of the dot-com boom a decade ago, they have come up with their very own gamble, started their own company, called LiveFuels Inc., and are now negotiating with other potential venture capital partners.
What is different, though, about Ms. Morgenthaler-Jones and this latest entrepreneurial wave is that the search is for something that both produces profits and offers something good for the environment. One goal, for instance, is to find an energy-efficient way to convert algae into fuel, which is why she was visiting a catfish farm here that was for sale. Farmed catfish could provide a useful source of carbon dioxide for the algae, as well as a critical revenue flow to keep research going. The timing may be just right. With oil prices at high levels and fears of global warming growing, the old world of conventional hydrocarbon energy has been joined by an alluring new array of alternative-energy gadgetry, technical wizardry and potential riches. But there are still many more blind alleys than successes, and sleepless nights go with the territory.
There are hundreds, if not thousands, of start-ups in the alternative-energy business, some so tiny they are run out of home basements. But the bigger ones are beginning to take off. A handful are now building at least three demonstration plants to convert wood chips and grasses into ethanol in the United States and Canada.
Meanwhile, venture capital firms and hedge funds are financing the construction of new plants to produce biodiesel fuel out of vegetable oil, larger and more durable wind turbines and new materials to make cheaper solar cells.
While still on the fringes of the energy mix, United States venture capital flowing into clean energy leapfrogged to more than $2.4 billion in 2006, well more than double that invested in 2005, and more than triple from 2004, according to Clean Edge, a research and consulting firm. The numbers are still small compared with the research budgets of the big oil companies, but the ascent of venture capital in renewable energy has reminded some Silicon Valley venture capitalists of the early flow of money into the Internet in the mid-1990s.
“Venture capital in energy has reached a critical mass,” said Daniel Yergin, the energy historian and consultant. “Enough is happening so that significant things will come out of this. With the same intent to do in energy what they did in biotech, they bring not only money and discipline, but they are results-oriented.”
One Seattle-based start-up, Prometheus Energy, attracted enough equity capital in the last three years to open a plant in Orange County, Calif., in January that for the first time produces liquid natural gas commercially out of landfill methane gas that would otherwise waft greenhouse gases into the atmosphere. Another venture capital favorite, Jadoo Power of Folsom, Calif., has already pioneered portable hydrogen fuel-cell technology for remote satellite phones, critical emergency radio communications and police surveillance, and it is now working on cells for home use to free customers entirely of their utility bills.
“I can honestly say that for the first time in my life we are seeing the venture capital community put sizable amounts of money into energy,” Energy Secretary Samuel W. Bodman said in a speech in Houston last month. “This is real money. They are betting, if you will, that clean, safe, affordable energy represents the new innovation frontier.”
To this group add LiveFuels, with its improbable company jingle that goes “from pond to pump.”
“If the U.S. put 15 million acres of desert into algae production, we could produce enough volume of liquid fuels to get us off the Middle East oil addiction and give Iowa back to the songbirds,” said B. Gregory Mitchell, an algae research biologist at the University of California, San Diego, who is a friend of Ms. Morgenthaler-Jones and Mr. Jones.
The company projects that in three years it can produce some biofuel, which theoretically cou
ld eventually be produced in quantities of as much as 20,000 gallons of fuel a year per acre of algae.
The road to algae has been far from straight for Mr. Jones, and Ms. Morgenthaler-Jones, who comes from a family of venture capitalists and started her own clean energy venture capital fund in 2004. It culminated more than two years of reading and research, tracking down and talking to scientists and attending energy and venture capital gatherings, where Ms. Morgenthaler-Jones has a habit of munching on chocolate-covered strawberries while doodling molecular diagrams of fatty acids during the duller lectures.Lissa Morgenthaler-Jones and her husband, David Jones, are betting their personal fortunes on the prospect that they can grow algae and use its natural photosynthesis process to produce a plentiful supply of biofuel.
Historically, the Internet service market in India was monopolized by VSNL. However, the private players have also entered the Indian market, thereby providing more options to the enterprise customer. While government organizations like BSNL have focused on strengthening the backbone infrastructure with laying of fiber optic cables, the private players have also laid their own fiber optic network throughout the country. The primary players in this sector have been Reliance and Bharti. As per earlier estimates, major cities in India would have a bandwidth requirement of over 60Gbps in 2006. It is estimated that the broadband players in the market have the capability to provide the required bandwidth for enterprises.
Read the full account @ http://www.ciol.com/Ciol-Techportal/Content/Networking/Interviews/2007/20703051349.asp?nl=4_15634_Mar5
Posted from Word 2007 running on Windows Vista
A complaint was received by the Pontiac Division of General Motors: "This is the second time I have written you, and I don't blame you for not answering me, because I kind of sounded crazy, but it is a fact that we have a tradition in our family of ice cream for dessert after dinner each night. But the kind of ice cream varies so, every night, after we've eaten, the whole family votes on which kind of ice cream we should have and I drive down to the store to get it. It's also a fact that I recently purchased a new Pontiac and since then my trips to the store have created a problem. You see, every time I buy vanilla ice cream, when I start back from the store my car won't start. If I get any other kind of ice cream, the car starts just fine. I want you to know I'm serious about this question, no matter how silly it sounds: 'What is there about a Pontiac that makes it not start when I get vanilla ice cream, and easy to start whenever I get any other kind?'"
The Pontiac President was understandably skeptical about the letter, but sent an engineer to check it out anyway. The latter was surprised to be greeted by a successful, obviously well educated man in a fine neighborhood. He had arranged to meet the man just after dinner time, so the two hopped into the car and drove to the ice cream store. It was vanilla ice cream that night and, sure enough, after they came back to the car, it wouldn't start.
The engineer returned for three more nights. The first night, the man got chocolate. The car started. The second night, he got strawberry. The car started. The third night he ordered vanilla. The car failed to start.
Now the engineer, being a logical man, refused to believe that this man's car was allergic to vanilla ice cream. He arranged, therefore, to continue his visits for as long as it took to solve the problem. And toward this end he began to take notes: he jotted down all sorts of data, time of day, type of gas used, time to drive back and forth, etc.
In a short time, he had a clue: the man took less time to buy vanilla than any other flavor. Why? The answer was in the layout of the store. Vanilla, being the most popular flavor, was in a separate case at the front of the store for quick pickup. All the other flavors were kept in the back of the store at a different counter where it took considerably longer to find the flavor and get checked out.
Now the question for the engineer was why the car wouldn't start when it took less time. Once time became the problem -- not the vanilla ice cream -- the engineer quickly came up with the answer: vapor lock. It was happening every night, but the extra time taken to get the other flavors allowed the engine to cool down sufficiently to start. When the man got vanilla, the engine was still too hot for the vapor lock to dissipate.
It was very interesting when I started at SAP and I saw the first client. I had to talk to this client because they wanted me to sell the project system [I was working on]. I was not too good at this in the beginning. I remember I said, "It's pretty simple, it's a [monotonic] function." They just looked at me. It was then I decided to forget everything I learned. [Laughs.] All I [talked about after that] was percentage, plus, minus and nothing more. That helped me a lot -- to come back to a normal language. That's another thing that you have to learn.