I went to the 6th annual MIT Energy Conference this past month, partly because I had missed Boston, and partly because MIT alumni had a registration discount. Similar to my sustainability conference blog post last year, here’s a smattering of takeaway messages I got out of it.
But first, an image. This was the only picture I snapped all weekend, during the Friday Night Showcase of hundreds of new energy technologies. Naturally, I was drawn to the oil and biofuels panels, but I made my rounds through all the exhibits. The big round thing was some sort of floating wind turbine.
The conference had quite a military focus, which brought in a different perspective for the motivation for innovations in energy. The keynote speaker Secretary of the Navy Ray Mabus’s speech was particularly striking with the main idea, “Energy is fundamentally an issue of national security.” The most staggering factoid: Every time oil prices increase by $1, the Navy spends an extra $31 million due to the steep cost of transporting and guarding fuel to remote areas like Afghanistan. Therefore, the Navy’s goal is to obtain 50% of its energy from alternative sources by 2020. 17% of the energy is already obtained from nuclear power. Since energy diversity leads to energy security, the military is taking leadership in energy innovation.
One panel discussed the impacts of Obama’s goal of having one million electric vehicles in the U.S. fleet by 2010. The speakers mentioned considerations for Seattle’s electric vehicle infrastructure (70% of charging stations will be residential, there will be 1.4 charging stations per electric vehicle, software integration for finding and/or reserving chargers, etc.). The message that stuck with me from this one was that the increase in electric vehicles is not large enough to require a new power plant until 2/3 of the fleet is electric. The greater concern is around upgrading the local circuits (transformers, etc.).
Another panel that caught my attention was one around upcoming renewable fuels technologies. One company, called Joule Unlimited, is developing energy obtained from sunlight, carbon dioxide, and water, utilizing alternative metabolic pathways with genetic engineering – the speaker threw out the term “industrial photosynthesis.” Their goal is to derive a closed carbon cycle like how nature intended it to be. Sun Catalytix also sounded confident in displacing fossil fuels with the promise of harnessing energy from water. ARPA-E also funds non-photosynthetic technology for biofuels. All piqued my interest.
The conference itself was very well organized and executed by a team of around a hundred current MIT students. They had even prepared fact sheets for various energy sources and handed them out to each conference attendant, along with a tote bag and a mug. I also ran into two MIT alum friends that work in energy, whom I didn’t know were in Boston, which was a plus!
This blog entry doesn’t really do the conference justice, but the conference did enable me to explore the cutting edge research and development taking place in energy by participating in awesome discussions I wouldn’t have had access to otherwise. For instance, I met several people who had worked in oil companies for 20 years before transferring into these interesting start-ups to help develop and scale up the technology. Sounds pretty awesome; I’d be down for that sometime in the future!
