A small group meet this afternoon to work on the pyrolyzer. Tasks completed: primary door was made and intended location was marked on barrel holes and round stock was prepared for the grate support to suspend the biomass above the
We gave a primitive overview of the casting process in our first blog post, but to further clarify the technique to readers, we decided to prove an in-depth guide. Online resources for sand casting are hard to come by, and
DHE got a shout out in today’s piece on the new Green Revolving Loan Fund. Can’t wait to see what great projects the new $1 million fund (and its $100,000 Green Community Fund component) supports. Read more at: http://thedartmouth.com/2013/01/22/news/sustainability
The Bioenergy Project recently received its delivery for four 55-gallon steel drums for the purposes of making compost tumblers and pyrolysis kilns. The are currently safe and sound in Thayer’s large frame lab but will soon be met with plasma
The Bioenergy Project is off to a great start this winter term! The fall served as a time of reflection and strategic planning after our back-to-back spring and summer trips. Now that we are on campus for 2013, we are
We’ve come a really long way since our first cast, and we wanted to share some of the Hydro buckets that we churned out as we figured out how to sand cast. Bucket 1: As explained in the last blog
Great piece in this week’s copy of The D about the hydropower group’s on-campus research into sand casting: http://thedartmouth.com/2013/01/17/news/turbine Stay tuned for an article about this summer’s trip in the next issue of the Dartmouth Engineer!
Sand Casting: the process of pouring molten metal into a sand mold to make a metal casting. Purpose This project’s value lies not only in its end product, a working hydropower station for a rural village in Rwanda, but also