NJ Town Ready to Approve Meadowlands Marcellus-Fired Power Plant
MDN reported two weeks ago that a subsidiary of Japanese conglomerate Mitsubishi wants to build a huge, new $1.5 billion natural gas-fired electric generating plant in the Meadowlands (New Jersey), just outside of New York City (see Marcellus Electric Plant Proposed for Meadowlands to Power NYC). The North Bergen Liberty Generating Project, at 1,200 megawatts, will help replace some of the electricity lost when the Indian Point Nuclear plant located in New York along the Hudson River closes down in 2021. We suspect that since the mighty Transco pipeline, which flows mostly Marcellus molecules in the northeast, will feed the Meadowlands project, this plant will become an important new market for PA Marcellus production. Of course the plant is being opposed by radicals in the nutty Sierra Club and other Big Green groups who despise all fossil fuels and demand that you and I end our use of fossil fuels to make them feel better about themselves. Fortunately the town where the plant will be located, North Bergen, has rational adults leading it. North Bergen officials are jazzed about the plant and by all indications will soon vote to approve it…
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Be careful who you sell your energy projects to. That’s the lesson we take away from a spat that’s developed in Trumbull County, OH over a proposed second Utica gas-fired electric plant in Lordstown. Clean Energy Future (CEF) is currently building the Lordstown Energy Center, and has been since June 2016 (see 

As the Competitive Power Ventures (CPV) $900 million Valley Energy Center natural gas-fired electric generating plant in Orange County, NY gets ready to begin service THIS MONTH, antis, including Big Green group Riverkeeper, are desperate to stop it from entering service. Since they couldn’t win any lawsuits to stop it, and since they couldn’t convince the federal government (FERC) to stop it, Riverkeeper and some politicians in Riverkeeper’s back pocket (via campaign contributions) have turned their attention to the Andrew Cuomo-corrupted Dept. of Environmental Conservation (DEC), hoping they can convince the corrupt DEC to revoke the permits issued for the plant. On what basis does Riverkeeper and their colluding politicians claim the permits should be revoked? On the basis that a CPV lobbyist paid money to Cuomo’s closest confidante and aide as a bribe to get the project approved. There’s no evidence that the project got approved because of the bribe, but the stench is certainly there, and hey, if corrupt bribes got it approved, maybe corrupt politicians colluding with Big Green can get it unapproved, right?…

It takes a long time to build a natural gas-fired electric power plant–especially a big one. We began writing about one of the largest coal-to-gas conversion projects in the country, happening in the heart of PA Marcellus country, back in February 2014 (see
Antis in the Scranton suburb of Jessup just won’t leave it alone. They’re mad they can’t stop what will be the state’s largest natural gas-fired electric plant (fed by Marcellus gas) from coming online–and they’ve turned their anger on the state Dept. of Environmental Protection (DEP). As we reported two weeks ago, a puff of yellow “smoke” (more like vapor) was seen coming from the plant for a brief period of time and it sent antis into an apoplectic shock (see
In September 2016, MDN brought you the sad news that the former head of external affairs and government relations for Competitive Power Ventures (CPV), Peter Kelly, was indicted for bribing New York Gov. Cuomo’s long-time top aide Joseph Percoco to get state approvals for CPV’s $900 million Valley Energy Center natural gas-fired electric generating plant in Orange County, NY (see 
Seems like we increasingly see the word “microgrid” popping up. What, exactly, is a microgrid? Microgrids are small electric generating plants, most often powered by natural gas. They usually produce a few megawatts of electricity and are often used for “peaking”–which means they are used during times of high electricity demand. During times of high demand these small microgrids kick on and produce electricity to help meet the demand (see