A new analysis by Cambridge Energy Research Associates estimates that $7 trillion in new investment is expected to flow into the alternative energy industry before 2030.
That’s TRILLION with a T.
According to the report, “increasing public concerns about climate change — and its potential economic and political security consequences — are driving public policy and private investment to bring clean energy technologies from the fringes of the global energy industry to the center of activities as quickly as possible.”
The result of this rising public and private momentum is an increase in worldwide clean energy investment that could surpass US$7 trillion by 2030 in cumulative real 2007 dollars, according to the CERA report Crossing the Divide: The Future of Clean Energy. “We are seeing a major shift in public opinion, reinforced by the expectation that carbon policies could fundamentally change the competitive landscape of the global energy business,” said Daniel Yergin, CERA Chairman and IHS Executive Vice President. “This is providing a vital impetus that is moving clean technology across the great divide of cost, proven results, scale and maturity that has separated it from markets served by mainstream technologies and processes.”
The analysis looks at a variety of alternative energy sources, including biomass, solar and wind.
The man behind the movie 
LifeLine Foods is a unique company that uses corn to produce food and fuel. One portion of the kernel is processed and marketed to the food industry while the remainder of the corn kernel is used for, among other things, cattle feed and energy needs. Utilizing a bran energy recovery system, total plant energy needs will be reduced by approximately 50 percent. This method insures that the company is getting the most value out of corn, benefiting the agriculture, food and ethanol industries.
LifeLine was contracted by the 
The 2008 NEVC Executive Officers include: Chairman Bernie Punt, 
Our Secretary of Agriculture, Ed Schafer, made his first major public policy speech today at the Cattle Industry Convention in Reno, NV. I had the pleasure of meeting him and talked someone into snapping a photo too. I thought you might be interested in hearing an audio clip from his speech here this morning since he hit the subject of high feed prices and renewable energy head on.
He says there’s no way we can get away from the reality of the need to become more energy independent here in America. 
A Massachusetts biotechnology company has joined with a Missouri research firm to develop an oilseed that can produce both biodiesel and plastics. 
Probably the biggest issue facing biodiesel producers today is what to use as a feedstock. With soybean prices going through the roof, refiners are trying to find additional feedstocks. During the recent National Biodiesel Conference and Expo in Orlando, Florida, the last general morning session focused on the question of what to use for the green fuel.
Brown, who is Scottish, brought a European perspective and made the case for feedstocks made from non-traditional (at least in America) oilseeds, such as rapeseed. Bruinsma talked about how you can also get biodiesel from the same grain of corn used to make ethanol, while Soper talked about high oil corn and soybean seeds his company is developing. Sheehan, whose company makes biodiesel from algae, pointed out that they can get thousands of gallons for every acre of green pond scum they grow.
“Understanding the land use changes occurring around the globe is important to developing strategies to combat the advance of climate change. However, like previous studies, those published in Science today fail to put the issue in context. Assigning the blame for rainforest deforestation and grassland conversion to agriculture production solely to the renewable fuels industry ignores key factors that play a greater role. The continued growth of the global population, surging global demand for food from expanding middle classes in China and India, and continued expansion of development and urban sprawl are all factors contributing to the increased demand for arable acres.” 
The University of Washington, already running its diesel vehicles on 5 percent biodiesel, is moving its mix up to a 20 percent blend… with plans to use an even higher percentage in the future.