Now this is the kind of drilling we can be happy about: the kind that allows us to heat and cool our buildings with minimal impact on the environment. Look at this great drill:
And here is what one of the wells looks like as it is being drilled. The actual well is only about 3/4"-1 1/4" in diameter. I had the diameter wrong in an earlier post.
Here the drill is digging down 150 feet:
I am not sure why the drill appears to be at this angle. I had thought it would be drilling straight down. Anyone know about this?
You can see more interesting pictures of the drilling by clicking on the link to the right called View Flickr Photostream. Flickr has all the photos of the project from groundbreaking day to the present.
By the way, if you are viewing this blog with Internet Explorer, you may be missing a lot of features and even the pictures. Firefox works well, and Chrome probably does, too, though I haven't tried it.
Hi there! Thank you so much for sharing your knowledge about geothermal with us. You have such a very informative post. It was very well said. Anyway, in addition to what you have written, heat pumps provide winter heating by extracting heat from a source and transferring it into a building. Heat can be extracted from any source, no matter how cold, but a warmer source allows higher efficiency. A ground source heat pump uses the top layer of the earth's crust as a source of heat, thus taking advantage of its seasonally moderated temperature. Our drill rigs are all wheel drive with a low center of gravity thus making it possible to transverse difficult sites. Geothermal NH
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