November 2015

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Post 48 in a series. When Green Turns Brown is an examination of a small town’s digester-energy project, in which Whitewater, Wisconsin would import other cities’ waste, claiming that the result would be both profitable and green. There’s a question that I omitted from Post 46  (Questions on the 9.17.15 Remarks on Waste Importation).  The question

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Post 47 in a series. When Green Turns Brown is an examination of a small town’s digester-energy project, in which Whitewater, Wisconsin would import other cities’ waste, claiming that the result would be both profitable and green. Last week’s post looked at a description from 9.17.15 of the waste-importation plan. Earlier, on March 16, 2015, Whitewater’s

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Post 46 in a series. When Green Turns Brown is an examination of a small town’s digester-energy project, in which Whitewater, Wisconsin would import other cities’ waste, claiming that the result would be both profitable and green. In this post, I’ll offer questions based on the 9.17.15 remarks of Whitewater’s city manager, Cameron Clapper, about a

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Post 45 in a series. When Green Turns Brown is an examination of a small town’s digester-energy project, in which Whitewater, Wisconsin would import other cities’ waste, claiming that the result would be both profitable and green. in this post, I will include the transcribed text of remarks that Whitewater’s city manager made on 9.17.15 about

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Post 44 in a series. When Green Turns Brown is an examination of a small town’s digester-energy project, in which Whitewater, Wisconsin would import other cities’ waste, claiming that the result would be both profitable and green. Last week I posted a video explanation from Whitewater City Manager Cameron Clapper about a digester-energy project. At the

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Official Remarks of 9.17.15 on Waste Importation from John Adams on Vimeo. Post 43 in a series. When Green Turns Brown is an examination of a small town’s digester-energy project, in which Whitewater, Wisconsin would import other cities’ waste, claiming that the result would be both profitable and green. Embedded above is a clip of a