Posted on August 18th, 2015 by

Includes an improved route with additional underground line and more benefits for New Hampshire.

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Today we announced significant changes to the Northern Pass project as part of a newly unveiled Forward New Hampshire Plan. This major development eliminates potential view impacts in around the White Mountain National Forest, the Appalachian Trail, and Franconia Notch area by burying an additional 52 miles of line – for a total of 60 miles of underground line – and eliminating more than 400 structures in this region.

These route changes and the entire Forward NH Plan are the results of conversations we’ve had with people across New Hampshire. They are part of a balanced solution that provides clean, affordable energy our region needs and unique benefits to New Hampshire while also addressing the concerns about potential view impacts.

Beyond additional burial, the Forward NH Plan will deliver more than $3 billion in direct economic benefit to New Hampshire, including 2,400 jobs during construction, $80 million annually in lower energy costs for New Hampshire – as well as additional energy costs savings from a Power Purchase Agreement for Eversource NH customers – $30 million in annual tax benefits and a more than $2 billion increase in the state’s economic activity. The project will also create a $200 million “Forward NH Fund” dedicated to supporting initiatives in tourism, economic development, community investment, and clean energy innovations, with an emphasis on North Country opportunities.

You can read more about the Forward NH Plan elsewhere on our website, and hear more about the plan and its benefits from Eversource President and CEO Bill Quinlan in this video:

 


Posted on August 18th, 2015 by

Posted In: Feature, Press Releases

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Posted on December 23rd, 2010 by

In his 30-year career with Hydro-Québec (HQ), scientist Claude Demers (now retired) conducted extensive research into the environmental impacts associated with the development of man-made hydroelectric reservoirs. This work included the measurement of greenhouse gas (GHG) emissions levels associated with the development of HQ’s Eastmain 1 Reservoir, as well as the measurement of GHG emissions from existing man-made hydroelectric reservoirs and naturally occurring water bodies in northern Québec.

In this brief video, Demers reports that GHG emissions associated with HQ’s man-made hydroelectric reservoirs are very low, and are comparable to neighboring, naturally occurring water bodies.


Posted on December 23rd, 2010 by

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