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Rolls Royce and British Airways Announce Joint Research Venture
The aviation industry is facing unprecedented growth in fuel costs and growing pressure to curb emission levels. As a result, research programs, joint ventures, and public-private partnerships have all been launched to come up with new forms of jet fuel. Rolls-Royce and British Airways are the most recent companies to announce a research partnership to study the feasibility of dramatically expanding the use of the alternative fuels.
Jet fuel (kerosene) now ranks as the third-highest petroleum product in demand and its growth rate outpaces that of GDP. Kerosene is the current fuel of choice for jet fuel because It is widely available and can tolerate a wide range of temperatures. The demand for kerosene on the global market has caused its price to double in the last 12 months alone. Growth in demand for kerosene is being driven, in part, by a growing culture of mobility and its transportation fuels byproducts in the rapidly growing economies of Asia, but also because of the added pressure of American military fuel consumption in the Iraq war. As global energy consumption is predicted to grow 50 percent by 2050, the aviation industry is wising-up to the notion that fuel prices are not coming down any time soon.
Billings, MT plays host to three petroleum refineries, which fuel the local economy. I was fortunate to receive an invitation from the American Petroleum Institute to come out as their guest and tour the ConocoPhillips refinery and meet a few of the local citizens to hear their thoughts on big oil.
Out of the three refineries located in Billings, one has a very unique story and position in the world of refining. The ConocoPhillips refinery is the first Energy Star certified refinery in the world (two years in a row). Not bad for an industry that is not highly regarded in public opinion given the current prices we are paying at the pump, but sustainability and environmental factors actually rank very high on the list of priorities for this tightly run operation.
Not only is ConocoPhillips the most energy efficient and least polluting out of the three, it was also the first to form a Citizen’s Advisory Council comprised of community members unafraid to speak up about their concerns with having a refinery located in town - the most prevalent, of course, being air quality control.
Stepping off of the plane (from LA granted), the air in Montana is crisp and clear, which is amazing given the fact that there are three refineries that are emitting sulfur and CO2 among other elements into the air. However, even walking around the Conoco plant, it was hard to smell any evidence of “refining” going on. The community members that I got to speak with (including Stella of local Stella’s Kitchen and Bakery fame) excessively praised the efforts of the Conoco team for this reason and for the EPA air quality reports (which I’ll post on later) showing ConocoPhillips leading the pack in terms of lowest amounts of Sulfur Dioxide and other irritants.
By John Ivanko •
June 19, 2008
I’m eagerly awaiting the 4-door, family-sized EV sedan rumored to be in the pipeline from the Canadian-based ZENN Motor Company (they already make a great 2-door model that’s even affordable to us non-celebrity types, picture above). I’d like to avoid going to the gas station at all when going to an Energy Fair or Green Festival. While our VW Jetta TDI gets more than 40 mpg, these days the cost for diesel (and biodiesel when I can get it) is quite a bit more than gasoline, and rising faster than gas.
For now, we’re moving around locally in a funky-looking, all-electric CitiCar, made in 1974. Our CitiCar is restored to roughly original condition (except for the wear and tear on the body itself) with the expert help of our neighbor who found two more after we found ours. It’s hard to go anywhere without people cutting me off — not out of rage — but curiosity or with a smile on their face. Sometimes getting a “head turner” doesn’t need to come at a huge price.
$1 per barrel increase in the price of oil costs U.S. $130 million
Whenever I’m involved in a discussion about government waste and/or the politics of bureaucratic budgeting, I undoubtedly recount a story that usually leaves people nodding in agreement or shaking their head in disbelief. The story goes like this: A friend of mine we’ll call “Rob,” whom I used to work with during my summer breaks, was coming back to Massachusetts for an unexpected late-September visit. Rob had relocated to Pensacola, Florida where he was learning how to fly jets at the Naval Flight Training School. As Rob lifted the golf clubs out of the nose of the fighter jet he had just flown from Florida to Massachusetts for a one-day visit, he knew his trip was different - and he was a little uneasy about it.
You see, Rob’s day-long visit to play golf in Massachusetts was made possible by an officer (or officers) who rightly feared that ending up with a surplus of fuel at the end of that fiscal year would slash the budget for fuel in the next. Rob’s little visit was back in the early 1990s, but with today’s skyrocketing fuel prices, and the added fuel demands of military operations in Iraq and Afghanistan, the “largest single user of petroleum products in the world” is looking for ways to use less fuel - and more types of it.
The privately held, venture backed industrial biotechnology company, LS9, maintains that the answer to our gas crisis is renewable petroleum technology that they have custom engineered, a Designer Biofuel. Researchers at the San Francisco-based company have been able to alter existing bacteria to yield new, diesel-producing strains. They are also working on developing a bacteria strain that makes crude oil that canbe trucked and go through the refining process.
The hydrocarbon based biofuel mimics fuel properties [...]
This morning on NPR, President Bush tried to blame congress for the nation’s high gas, food, and electricity prices. Apparently, Congress has been thwarting the President’s attempts to fix the economy:
“I’ve repeatedly submitted proposals to help address these problems,” the president said. “Yet time after time, Congress chose to block them.”
Currently, the average price for a gallon of E85 (85% ethanol, 15% gasoline) is $2.67. That’s amazing if you think about it, since a gallon of ethanol requires about 16 lbs. of corn to produce.
Take a look at this interactive map to see what E85 costs in your area.
Via: gas2.org
Increased world demand for grains and vegetable oils due to population growth (esp. in China and India), the weak dollar, agricultural production problems around the world, and $100/barrel oil are some of the driving factors accounting for increasing food prices.
After covering 22 of the most popular myths about biodiesel, I realized I’d only given lip service to a major issue: increasing food prices. In Myth #2, I mentioned that the goal of biodiesel production is to move away from food-based feedstocks.
But until that happens, the question remains: if I use biodiesel made from soybeans right now, am I contributing to the larger problem of increasing commodity prices and starving poor people?
Most of us are at least vaguely familiar with biodiesel, but how much do we really know?
While biodiesel is easily the most popular alternative fuel available, it’s commonly misunderstood or misrepresented by inaccurate information. Since the most frequent question I get is, “So what exactly is biodiesel, anyway?“, I decided to write a tome covering all the basics—a one stop shop for all your biodiesel- related questions.
It’s been exactly one year since I published the first Biodiesel Mythbuster on GreenOptions.com, and its popularity made a sequel inevitable. By way of a short introduction, here’s what I wrote last year:
As Green Car Congress reported earlier this week, ethanol production is up 37% for the first quarter of 2008.
Ethanol plants in the US are now pumping out approximately 21.4 million gallons of corn-based ethanol every day, which has already amounted to 1.9 billion gallons for the year.
The upshot of all this production is progress toward the ethanol quotas required by the new Renewable Fuels Standard, which mandates 15 billion gallons of ethanol be produced from corn in the US by 2015.
But check this out: the Renewable Fuels Association estimates that in 2015 it will take 1/3 of the total US corn harvest to meet those quotas. The estimation is based on producing 3 gallons of ethanol from one bushel of corn, and a total corn harvest of 15 billion bushels.
There’s no doubt that growing corn-based ethanol has some serious problems: the dead zone in the Gulf of Mexico, controversy over increasing food prices, and questionable energy return.
But how does the impact of ethanol production compare to not doing anything?
Last week, the Delta Farm Press picked up on a statement made by Texas oilman T. Boone Pickens. Pickens admitted that he has opposed ethanol in the past, but on the other hand couldn’t support exporting half a trillion dollars—something the US will do this year in order to satisfy its oil addiction. Pickens said (via Delta Farm Press):
