Power plant to be fueled by wood waste


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Shelton biomass power plant uses green wood waste and fluidized bed combustion to deliver renewable, baseload power via steam turbines with emissions controls, a standardized design by Adage, Areva, and Duke Energy.

 

The Big Picture

A 55 MW renewable plant using green wood waste and fluidized bed combustion to supply power with emissions controls.

  • 55 MW capacity; ~40,000 average homes served
  • 500k-600k tons green wood waste per year as feedstock
  • Fluidized bed combustion, steam turbines, emissions controls
  • Operates as renewable baseload; not weather dependent

 

A $250-million electric power plant, fueled by wood waste, is being planned in Shelton by a consortium of companies.

 

The 55-megawatt plant is large enough to serve 40,000 average homes by producing electricity from wood waste at scale, according to Jarret Adams, media representative for Areva, Inc., an energy firm involved in the joint venture.

The plant will be fueled with 500,000 to 600,000 tons of green wood waste each year, using processes that turn waste to energy effectively, Adams said. Agreements for feedstock are being worked out with area timber companies, but contracts have not yet been signed.

Agreements also need to be completed for selling the energy produced, and environmental permits must be completed before construction can begin.

"When we announce these things, we have a fairly high level of confidence that they will go forward," Adams said. "Of course, you can't say anything definitely."

The company in charge of the project is called Adage, formed by Duke and Areva and owned 50-50 by Areva and Duke Energy. Also involved in the project is John Deere, which has already developed special equipment for bundling and stacking the wood waste for delivery to the plant.

Areva has more than 100 nuclear reactors in operation or under construction worldwide. Duke is one of the largest power companies in the U.S., serving some 4 million customers nationwide, mainly in the Midwest and Carolinas.

The joint venture is planning two nearly identical plants in Florida, with the Shelton plant also based on the standard design. It would use a "fluidized bed combustion" process that suspends material for more efficient burning, and biomass fuels can include residues that turn chicken waste into power as well. The heat is used to create steam to run turbines. The control system is designed to minimize air emissions and water usage.

"There are a few odd biomass plants around, but nothing like what we're doing here — building a fleet of carbon-copy plants," Adams said. "It is also unique to have two major energy companies behind them."

Biomass is considered renewable energy, and energy from the new plant could help a utility meet a state requirement that 15 percent of its energy come from renewable sources by 2020, amid reports that wood-fueled power is making gains in some states. Biomass is considered renewable — even though burning releases carbon dioxide — because an equivalent amount of carbon is locked up by growing trees and other plants.

Unlike wind and solar power plants, biomass plants have the capability to operate around the clock, day after day, no matter the weather conditions, and some projects are testing biomass in old coal plants as well, Adams said.

During the 2 1/2-year construction period for the Shelton plant, about 700 direct and indirect jobs may be created, Adams said.

In Florida, a similar biomass plant in Hamilton County is expected to be under construction in a few months, he noted, placing it slightly ahead of the Shelton plant. In Gadsden County, Fla., a similar plant is in the initial stages of planning.

 

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