by jboullion | Feb 22, 2010 | Uncategorized
From an article by Megan Loiselle in the Wausau Daily Herald:
ROTHSCHILD — A power plant that has its sights set on this village of 5,390 people has some residents singing its praises and others crying, “Not in my backyard.”
WE Energies plans to build a $250 million power plant that burns low-quality and unusable wood and paper waste, powering the Domtar paper mill and providing electricity to homes in portions of Wisconsin. The plant still needs state approval before construction can begin, but WE Energies is hopeful it will be up and running by fall 2013.
About 300 people streamed in and out of a conference room during a WE Energies-sponsored open house Saturday at the Holiday Inn & Suites seeking answers about how the plant would affect their quality of life — and how many new jobs it would bring to the area.
According to WE Energies, the biomass plant would not only create new jobs, it would bring in shared revenue from the state depending on how much energy is created. The project would create 400 construction jobs and 150 permanent jobs. It also will help Wisconsin reach its goal of having 10 percent of all energy produced using renewable resources by 2015 — a goal established in Gov. Jim Doyle’s Clean Energy Wisconsin Plan.
The plant would cut dependence on fossil fuels, reduce acid rain and be nearly carbon-neutral, according to the environmental advocacy group Clean Wisconsin and the U.S. Forest Service.
John Klosinski, 55, of Rothschild said he supports the biomass plant because it will create jobs for people who have been hit hard by the economy.
“I think it’s great,” Klosinski said. “I’ve been working half time for over a year … I’m not concerned about the emissions or the noise.”
About 10 residents stood outside the conference room and passed out information with a list of their concerns about the smell, sound and emissions the biomass plant would bring with it.
by jboullion | Feb 18, 2010 | Uncategorized
From an article by Sean Ryan in The Daily Reporter:
People in Rothschild have a lot of questions about how We Energies’ proposed $250 million biomass plant project will affect their neighborhood.
The community has not heard much about the project since representatives from the state and We Energies visited Rothschild in September to announce plans to build a 50-megawatt biomass plant next to Domtar Corp.’s paper mill, said Village President Neil Torney, who said the plant’s burner would be built 1,400 feet from his house.
“There’s a few concerned citizens who live near the plant who would, naturally, have a bunch of questions,” he said. Torney said his list of questions is seven pages.
We Energies is sending people to knock on doors within a mile of the project to share information and gather comments, said spokesman Brian Manthey. On Saturday, the utility will hold its first project open house in Rothschild, he said.
We Energies planners, Manthey said, want to hear concerns before applying for Public Service Commission of Wisconsin approval in March or April so the designs can be changed to alleviate problems.
The project will supply jobs to the community and other economic benefits, Manthey said.
“Those are all good things, and those are real good community benefits,” he said. “And we want to make sure that we are out there as well to address any issues.”
Artist’s sketch courtesy of We Energies
by jboullion | Feb 17, 2010 | Uncategorized
From an article by in the Wisconsin Ag Connection:
As the University of Wisconsin-Platteville continues to explore renewable and sustainable energy sources on campus, one opportunity has more to do with the local bovine community than anything else. Tim Zauche, UWP professor and chair of the chemistry and engineering physics department, along with Chris Baxter, UWP assistant professor of agronomy, are leading a project team exploring the possibility of having an anaerobic digester on campus and another in the Platteville community.
An anaerobic digester uses bacteria to break down organic waste to produce methane, much like a cow’s stomach. One by-product of the bacteria digesting this waste is methane, also known as natural gas, which is used to heat homes and generate electricity.
“We need to mix the waste because, like our bodies, the bacteria can’t survive on sugar alone. We need to provide them with a balanced diet, so to speak,” said Zauche. “By using the same bacteria that produces gas in a cow’s stomach, we can turn waste into energy that can provide electricity or heat for homes. The material from four cows can provide the electricity for one home for a year and one digester could provide seven percent of UWP’s annual power consumption.”
Once used, the waste from the digester will be filtered into liquid and solid forms of fertilizer ready for direct field application and other forms of fertilizer use.
by jboullion | Feb 16, 2010 | Uncategorized
From a news release issued by the UW-Madison:
Wide-ranging efforts to nurture a Wisconsin biomass market supplying fuel to the soon-to-be-renovated Charter Street Heating Plant at the University of Wisconsin-Madison are under way, as officials begin identifying potential suppliers for the cutting-edge facility.
State and UW-Madison officials are asking interested Wisconsin farmers, businesses and landowners to respond to a simple “request for information” that will help pinpoint likely suppliers of the 250,000 tons of biomass that the plant will consume each year.
“We want to build reliable partnerships, help foster an emerging industry and meet the environmental goals of powering a cleaner, coal-free facility,” says Troy Runge, director of the Wisconsin Bioenergy Initiative, a UW-Madison-based coalition that helps Wisconsin create, commercialize and promote bioenergy solutions.
Runge, who chairs a multiagency panel charged with creating a biomass market to serve the plant, says the request was designed to be simple to encourage broad participation. It will be followed in coming months by a request for more detailed information and proposals from potential biomass fuel suppliers and aggregators.
“We want to cast the broadest possible net to eventually develop a network of suppliers who are capable of providing long-term, sustainable and environmentally responsible fuel supplies,” says Runge.
The request seeks information on the type of fuel being offered, location, pricing, capacity, storage and transportation. It can be found at http://www.wbi.wisc.edu/charter-street-biomass-heating-plant.
by jboullion | Feb 16, 2010 | Uncategorized
From a news release issued by the UW-Madison:
Wide-ranging efforts to nurture a Wisconsin biomass market supplying fuel to the soon-to-be-renovated Charter Street Heating Plant at the University of Wisconsin-Madison are under way, as officials begin identifying potential suppliers for the cutting-edge facility.
State and UW-Madison officials are asking interested Wisconsin farmers, businesses and landowners to respond to a simple “request for information” that will help pinpoint likely suppliers of the 250,000 tons of biomass that the plant will consume each year.
“We want to build reliable partnerships, help foster an emerging industry and meet the environmental goals of powering a cleaner, coal-free facility,” says Troy Runge, director of the Wisconsin Bioenergy Initiative, a UW-Madison-based coalition that helps Wisconsin create, commercialize and promote bioenergy solutions.
Runge, who chairs a multiagency panel charged with creating a biomass market to serve the plant, says the request was designed to be simple to encourage broad participation. It will be followed in coming months by a request for more detailed information and proposals from potential biomass fuel suppliers and aggregators.
“We want to cast the broadest possible net to eventually develop a network of suppliers who are capable of providing long-term, sustainable and environmentally responsible fuel supplies,” says Runge.
The request seeks information on the type of fuel being offered, location, pricing, capacity, storage and transportation. It can be found at http://www.wbi.wisc.edu/charter-street-biomass-heating-plant.
