Cogeneration is a means of supplying a site’s power and thermal energy needs from the combustion of a single fuel and as such is significantly more fuel efficient than conventional technologies. This is more efficient for large industrial areas, hospitals and schools. Read more about it here.
So far, I feel like my head will explode when we are in meetings. It's only going to get more interesting as I will be working on a project involving carbon capture and sequestration in a few weeks and the guy I will be working with is in London right now receiving his M.B.A. from the London School of Economics. Yeah. A background in business definitely would have served me well in this job.
As it is with all the Clinton School student's projects, in addition to the day to day research and work, which is challenging enough, I have to do so in a foreign local, state and national political structure with very unique issues.
For those who are interested, Australians refer to their political structure as the "Washminster" hybrid, including aspects of the British Parliamentary and U.S. Federal models.
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Hi JD. If you want to learn more about cogeneration, you can check out a backgrounder done by Recycled Energy Development, a company I'm associated with: http://recycled-energy.com/_documents/media-kit/backgrounder.pdf
This is a solution that's both pro-profit and pro-planet. Studies for the EPA and DoE suggest energy recycling could slash carbon emissions by 20% nationally, even as we cut costs. That's as much as if we took every passenger vehicle off the road. The only reason more isn't being done is that regulations give monopoly protections to utilities, making it hard for more efficient options to emerge.
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