You’ve heard of the writing on the wall, but what is all that writing on the sidewalk and the street? You’ve seen it—yellow, orange, blue, red and white.

Some of it is pretty easy to decipher like “DS” for “Dig Safe” or “STM” for “steam” but some of the drawings look more like ancient hieroglyphics.

It’s incredible what’s running right beneath our feet, like an entire natural gas infrastructure, but we rarely take time to think about it.

In Massachusetts, we have over 21,000 miles of natural gas distribution pipeline running under our streets. That’s almost enough pipeline to circle all the way around the Earth. For perspective, you could drive from Boston to San Francisco and back three times and still not put 21,000 miles on your odometer.

I’ve been thinking about what’s under the street a lot over the past two years. In July 2011, I was introduced to a professor at Boston University, Nathan Phillips, who had embarked on a journey of mapping natural gas leaks in the City of Boston. Using a high tech sensor, Nathan was detecting leaks and translating them into incredible visual representations that called attention to the aging natural gas pipelines criss-crossing our city.

Maps created by Nathan Phillips of Boston University

After I saw Nathan’s maps, I couldn’t keep my eyes off of the ground. Whether I was walking or biking, I started to notice all kinds of infrastructure, not just natural gas, everywhere.

There were “Gardner Boxes” in front of the houses on my street—these are one type of emergency shut-off valves for gas service lines.

Emergency Shut-Off

Then there were the large, bold, golden “G”s on the street, sometimes accompanied by CI (which stands for cast iron) or PL (for plastic) or BS (for bare steel), or CS (for coated steel) 18-in or 12-in or 3-in (telling me the diameter of the pipeline), and NGrid or NStar (the name of the company that owns the pipeline).

Suddenly, I could tell a lot about my street just from looking down. But what I couldn’t tell from the markings alone was just how important natural gas infrastructure is for a safe, thriving and sustainable neighborhood. That took some digging of a different variety.

Leaking Pipes Contribute to Climate Change

What I found was surprising and unsettling. Massachusetts has some of the oldest natural gas pipelines in the country. Almost 4,000 miles of the pipeline in Massachusetts is cast iron and another 3,000 is what’s known as “unprotected steel” (meaning unprotected from corrosion). These two types of pipe are referred to as “leak-prone pipe” in the industry because they are highly susceptible to breaks, fractures, and corrosion. Cast iron pipe was first installed in the 1830s, and some of the pipe in Massachusetts that is still in service dates to the Civil War. The gas utilities have started to focus on replacing this “leak-prone” pipe, especially since the tragedies in San Bruno, California and Allentown, Pennsylvania brought home how dangerous old pipelines can be.

But replacing old and leaking pipelines isn’t solely about public safety. It’s also a matter of conserving a valuable natural resource and tackling climate change. Natural gas is up to 95% methane, a greenhouse gas that is 25 times more potent than carbon dioxide on a 100 year time frame. When natural gas is combusted, in your furnace or in a power plant, it emits much less carbon dioxide than oil or coal, but when it’s leaked directly into the air from a pipeline, it adds up to a significant source of greenhouse gas pollution.

Unfortunately, current methods for estimating just how much natural gas is leaking from pipelines aren’t very accurate. What we do know is that leaking pipelines in Massachusetts are releasing between 697,000 tons of CO2e and 3.6 million tons of CO2e every year. That’s a huge range, and one that we’re working to narrow with the help of Professor Phillips and his students. These leaks can also take a heavy bite out of gas customers’ pocketbooks, as a recent report prepared for Senator Ed Markey showed.

What You Can Do

Over the next few weeks, I’ll be posting more information here about the efforts to replace leak-prone pipeline in Massachusetts and what you can do to make sure that your street is both safe and climate friendly. Until then, here are a few tips to remember:

1) Dig Safe—You never know what types of pipelines, wires, or cables may be running under your lawn or sidewalk. Dig Safe will contact the utilities so that they can mark the lines for you. Even for small projects like planting a tree, always check in with Dig Safe before you dig. It’s free, and it’s required by law to keep you and your neighbors safe. You can check the website or simply call 811 before you dig.

2) Report Leaks—If you think you smell gas, put out all open flames and do not use lighters or light matches. Do not touch electric switches, thermostats or appliances. Move to a safe environment and call your gas company or 911 to have them come check it out. Here is the contact information for Massachusetts’ three largest gas companies: Columbia Gas, National Grid, and NStar Gas.

3) Conserve—It sounds simple, but using less is one of the most important steps you can take to reduce the climate impacts from natural gas. Contact MassSave for a free home energy audit.

4) Contact your Legislator—Legislation is pending in Massachusetts right now that would help fix these leaks. We’re supporting H.2933 and portions of S.1580. I’ll be writing more about this in the coming weeks, but in the meantime, you can take a look at the testimony we filed with partners like Clean Water Action.

Massachusetts Senator Markey is again leading the way at the national level to bring attention to an issue that has long been ignored–methane leaks from natural gas pipelines. A report prepared for Senator Markey was released today that should focus national attention on the need to address aging and leaking natural gas pipelines. The report highlights the safety concerns and quantifies the costs of leaking natural gas pipelines, concluding that over the past decade, Massachusetts ratepayers have paid over $1.5 billion for natural gas that never made it to their homes. Senator Markey’s report also found that these leaks contribute to climate change by releasing methane, an extremely potent greenhouse gas into the air.

“No Surprise”

This important information is no surprise to us at CLF and builds upon what we have been saying all along. Last November, CLF released the report,”Into Thin Air,” (available to download for free) that found leaks in Massachusetts are so significant that the gains by efficiency programs put in place by regulators are disappearing into thin air. The report also documents how these leaks, known as “fugitive emissions,” are being borne not by the utilities, or by the regulators, but by consumers. Utilities pass the cost of lost gas onto ratepayers to the tune of $38.8 million a year. Here’s an infographic from that report:

Furthermore, another report by Nathan Phillips of Boston University has been utilized by CLF to show the prevalence of this issue. Nathan’s report  combined Google Earth and research into a compelling visualization of just how prevalent these leaks are here in Boston (below.)

CLF President John Kassel recently noted on the issue, “…the 3,356 separate natural gas leaks under the streets of Boston reminds us that, as we walk or drive down the street, we are often driving through an invisible cloud of natural gas leaking from aging pipes. If you are like me, to accept the avoidable risk of a predictably volatile gas is deeply unsettling.”

What’s Next?

CLF is advocating for five specific policies to accelerate the replacement of aging pipe and ensure that existing pipeline are properly examined and repaired:

1)    Establish Leak Classification and Repair Timelines that provide a uniform system for classifying leaks according to level of hazard and require repair within a specified time;

2)    Limit or End Cost Recovery for Lost and Unaccounted for Gas so that companies have an incentive to identify the causes of lost gas and prevent them;

3)    Expand existing replacement programs and adding performance benchmarks;

4)    Change Service Quality Standards to include requirements for reducing leaks on the system;

5)    Enhance monitoring and reporting requirements to give the public and regulators more information.

Legislation is currently pending in Massachusetts, and over the coming months we’ll continue to work with state legislators to address this issue. We’re very pleased to have Senator Markey in the fight. If you’re interested in joining us or learning more about our natural gas work, please contact me at scleveland@clf.org.

Mount Tom power plant in Holyoke, MA.

A familiar story appears to be unfolding at the Mt. Tom coal plant in Holyoke, Massachusetts. According to recently released documents, the owner submitted what is known as a Dynamic Delist Bid with ISO New England (ISO-NE), the operator of the New England electricity system and markets, and ISO-NE accepted the bid.

This means that during the 2016-2017 capacity commitment period the plant will not be obligated to run and will not receive any capacity payments. The plant could still run and be paid for the electricity it makes, but the act of de-listing means that Mt. Tom’s owner thinks there is a significant chance it will not be economic for the plant to run during that year.

This is not surprising given the sharp decline in how often the plant has been running over the past few years:

This news is particularly significant for two reasons:

• First, submitting a de-list bid to leave the market for one year has been the first step on the path to retirement for two other coal-fired plants in Massachusetts, Somerset Station and Salem Harbor Station;
• and Second, the fact that ISO-NE accepted the de-list bid means that it determined that Mt. Tom can exit the capacity market for that timeframe without any impact on reliability. That’s a good indication that Mt. Tom could permanently retire without impacting the system, although some additional analysis would need to be done.

Although this is welcome news, because it means the end of a long legacy of pollution, it is not surprising. Even Brayton Point, New England’s largest power plant is facing desperate financial circumstances. Coal-fired power plants have been faltering across the country over the last two years, and CLF, Coal Free Massachusetts and local allies have been warning that Mt. Tom is not only a polluting, outdated relic but that it is also an unprofitable, unstable source of revenue for the City of Holyoke and that now is the time to plan for a cleaner, brighter future.

A task force created to examine the issue of retiring, demolishing, and eventually redeveloping the sites of aging coal-fired power plants in the Commonwealth will be visiting Holyoke on March 6 for a meeting with ISO-NE and a tour of the Mt. Tom plant.  CLF and its local allies are urging the task force to open this meeting to the public and to solicit more public input on the process.  Thus far, although meetings have been open to the public, there has been little effort to engage local community members.  Engaging the public is critical to an open, fair, transparent process that will create results that the entire community can get behind.

Just how much financial trouble is Dominion facing at its 50-year old coal and oil-fired power plant? The prospects are bleak and looking worse. For years, people have assumed that the largest coal-fired power plant in New England could weather any storm, but the numbers show that Brayton Point is facing dark days, and the clouds are not likely to lift.

Brayton Point Capacity Factors from 2007-2012

Today, Conservation Law Foundation released an independent analysis of the financial performance of Dominion Resources’ Brayton Point power plant in Somerset, Massachusetts. The report, authored by the Institute for Energy Economics and Financial Analysis, projects a bleak future for the 50-year-old coal-fired facility. Entitled Dark Days Ahead: Financial Factors Cloud Future Profitability at Dominion’s Brayton Point, the report found that the once profitable power plant’s earnings before interest, taxes, depreciation and amortization (EBITDA) are plummeting due to a perfect storm of market conditions that are projected to continue at least through the end of the decade.

The report shows that those conditions make it unlikely that Brayton Point will ever recoup its recent $1 billion investment in upgrades to the facility, or return to profitability.

“Brayton Point is looking at losing money for the foreseeable future,” said David Schlissel, who co-authored the report with financial expert Tom Sanzillo. “The market conditions have changed and are continuing to change for old coal plants. There is nothing on the horizon that shows that this power plant will be able to return to financial health; in fact, even the most optimistic scenario shows that Brayton Point cannot produce earnings that would cover its costs and produce a return for equity investors at any time through 2020.”

Sanzillo added, “The forecast for Brayton Point is indicative of what’s happening all over the country. We are seeing the owners of these 50-year-old coal-burning facilities facing do or die decisions about their futures, with hundreds having already announced their plans to retire in the next few years and more going that route every month. Brayton Point’s current experience – bleeding money and owner Dominion Resources having already written off $700 million of its $1 billion investment in upgrading the plant – and its bleak outlook clearly show that continuing to operate this plant doesn’t make economic sense.”

A Perfect Storm of Changing Conditions Sends Earnings Plummeting

The report points to a set of changed conditions that together are putting severe downward pressure on Brayton Point’s earnings, which dropped from $345 million in 2009 to an anemic $24 million in 2012, a decrease of some 93 percent:

• Natural gas prices have declined significantly since 2008 and are expected to remain low for at least the remainder of this decade.
• Wholesale energy market prices have decreased In response to the declining natural gas prices, , meaning reduced revenue for coal plant owners and reduced generation at coal plants like Brayton Point.
• Meanwhile, prices for capacity have been also been declining with a 35% decrease in the price obtained in the Forward Capacity Auction in 2012 as compared to the price for 2010.
• Additionally, energy usage in ISO-NE decreased by 2-3 percent between 2008 and 2012 as a result of the economic downturn and increasing energy efficiency efforts.

Future Profitability is Unlikely

The report provides two extremely conservative scenarios of future performance: an “optimistic scenario,” in which generation from Brayton Point coal Units 1-3 is projected to rise to a 60% capacity factor through the years 2013-2020, and a “less optimistic” scenario, which assumes that the units’ generation will not exceed 40% for any year in the period. In 2012, Brayton Points Units 1-3 operated at an average 16% capacity factor. Thus, the report says, earnings from those units could be much lower than projected in the two scenarios modeled. “In no way have we looked at a ‘worst case’ scenario,” noted Mr. Sanzillo.

In both scenarios, based on forward-looking conditions, the report shows that it is unlikely that future energy market prices, ISO-NE capacity market prices, plant generation and coal prices will lead to earnings high enough to provide its owner with adequate recovery of capital or return on investment. The report’s conclusions are based on projections that show that it is reasonable to expect that for the remainder of this decade, at least:

• Energy market prices in New England will remain low, reflecting continuing low natural gas prices.
• Energy consumption in New England will remain flat while consumption in Massachusetts may decline.
• Bituminous coal prices will increase over time.
• As a result, the generation at Brayton Point Units 1-3 is not likely to reach the high levels of performance achieved by the units through 2009.
• Future New England capacity prices are not likely to increase significantly.

On the longer horizon, from 2020 on, the report points to increasing pressure to place a significant price on carbon emissions from fossil fuel-fired power plants, and the plant’s age, as additional factors that will likely weigh on the plant’s earnings.

N. Jonathan Peress, VP and director of Conservation Law Foundation’s Clean Energy and Climate Change program, commented, “Brayton Point, like many other old coal plants in New England and around the country, is at a tipping point. Dominion has already made a losing investment in trying to make this plant viable beyond its useful life. Now, Dominion and its shareholders need to decide whether to keep pumping money into Brayton Point with little chance of a return, as this analysis clearly shows, or to let it go. This report provides compelling evidence for the Town of Somerset, which has been seeing its tax revenue from the plant decline in recent years, to begin planning for Brayton Point’s retirement, and a healthier future for that community in all respects.”

As the exuberance for “cheap, domestic” natural gas has heightened, so has pressure to build new pipelines and power plants.  Often lost in the frenzy, however, is the sobering reality that our existing natural gas infrastructure is in need of some serious care and attention.  A recent study highlighted the fact that the pipelines that deliver gas to our homes and businesses are riddled with thousands of leaks.  A large number of those leaks can be blamed on a system that still includes significant amounts of cast iron–some of which dates back to the 1830s.

Explosions in Philadelphia and Allentown, Pennsylvania in 2011 as well as a 2009 explosion in Gloucester, MA were traced to aging cast iron.  Coupled with the massive San Bruno explosion, the issue spurred the U.S. Department of Transportation to issue a “Call to Action” urging regulators and pipeline operators to accelerate the repair and replacement of high risk pipe.  Given this sense of urgency, the estimated timelines for replacement seem interminably long:

•  81% of the remaining cast iron is buried in only 10 states:

• Of these states, seven have implemented programs with deadlines for complete replacement:

• New Jersey – 2035; New York – 2090; Pennsylvania – 2111; Michigan – 2040; Illinois – 2031; Alabama – 2040; Connecticut – 2080; Missouri – 2059.

Really? Decades to get the job done, at best?  And about a century to fully “modernize” pipes in some states? Sad, but true.

Though public safety is the primary driver behind pipe replacement and repair, whether the natural gas industry ultimately delivers on its claims for being less damaging to the climate than oil or coal depends on how well natural gas infrastructure addresses leaks.  In addition, those who are clamoring to blindly forge ahead expanding new natural gas infrastructure before we’ve fully assessed the condition of our current system would do well to remember the lessons that New England has already learned so well about the financial and environmental benefits of looking to efficiency first.  Not only is investment in new pipelines and power plants expensive, but it comes with serious and lasting environmental consequences whose costs are too often discounted or ignored.  Why not maximize opportunities for operating the existing natural gas system more efficiently first, before building (and paying for) more?

Despite the fact that we know natural gas prices are predictably volatile, several states have begun to take action to lock energy customers into long-term commitments to buy natural gas-fired power, thus locking them into paying for the fuel even when the price spikes.  For example, here in Massachusetts, one legislator has championed the idea of providing 10-20 year long term contracts for a new natural gas plant.  The problem with signing a long-term contract for electricity from gas is that while customers benefit when the cost of gas is low, they suffer when the price spikes, as it inevitably does.  That’s notably different from long-term contracts for renewable energy which typically have a guaranteed, fixed price.

Proposals for new massive interstate pipelines are in the works as well.  Spectra, a Houston-based natural gas pipeline company is proposing a $500 million expansion for Massachusetts. And all the lines on the map for proposed expansions of pipeline leading from the Marcellus Shale to the Northeast rival the Griswold Family Christmas lights display.

Before we spend billions on new infrastructure chasing the next gold rush, we must repair and rebuild our existing infrastructure and examine the tried and true tool of efficiency.   A recent study on the potential for natural gas efficiency in Massachusetts showed that efficiency could reduce winter electric demand enough to support the increased use of gas on the system without building new infrastructure:

From Jonathan Peress's presentation at the Restructuring Roundtable on June 15, 2012

But there is a risk that regulators will not fully take these very real benefits into account as they review and approve the latest energy efficiency plans.  Indeed, traditional energy efficiency naysayers are using the low price of gas as an excuse to call for reduced investment in efficiency.

The bottom line is that natural gas does have a role in our energy future, but it  is one that must be carefully managed and minimized over time if we are to have any hope of averting climate catastrophe.  In the meantime, before we jump to expand new natural gas infrastructure, we need to look closely at what we already have in the ground and apply the lessons we’ve learned about efficiency.

On the day after Thanksgiving, an explosion shook the City of Springfield. A natural gas pipeline leak led to the explosion that injured eighteen people and brought down two buildings.  The details behind the cause of this explosion are still being pieced together, but  once again, public confidence has been shaken in the pipeline system that is supposed to transport natural gas safely and reliably to homes, businesses and institutions in communities throughout the nation. Today, CLF is releasing a report on the importance of addressing problems with our aging, leaky natural gas  infrastructure. (You can download a free copy of that report here, and find the press release here.)

In Massachusetts, local distribution companies operate almost 21,000 miles of pipeline—that’s almost enough pipe to encircle the earth. But people seldom give much thought to those pipes that are running beneath their homes, beneath their businesses and beneath their feet.

That has been changing since the explosions that rocked San Bruno, California in 2010 and Allentown, Pennsylvania, in 2011. Shortly afterwards, the Secretary of the Department of Transportation issued a national “Call to Action” to address pipeline safety, but there are still many hurdles to be overcome. One of the toughest obstacles to tackle is the replacement of aging, leak-prone pipelines and the swift repair of leaks on the system. Public safety is the primary driver behind the repair and replacement of aging pipes, but it is also important to recognize the added benefits of reducing greenhouse gas emissions, conserving a valuable resource, and reducing ratepayer costs.

The need for action is particularly acute in Massachusetts where over one-third of the system is considered “leak-prone”—made up of cast iron or unprotected steel pipe. According to the Pipeline and Hazardous Materials Safety Administration, 50% of the cast iron left on the United States distribution system is centered in only four states: Massachusetts, New Jersey, New York and Pennsylvania. Though Massachusetts regulators have been working to find solutions to this problem, there is more to be done.

This infographic underscores the need for additional work in Massachusetts. So significant are the leaks that the gains from efficiency programs put in place by Massachusetts regulators have been overwhelmed by the amount of gas lost through leaky pipes. The costs of those leaks are being borne not by the utilities, or by the regulators, but by consumers. Utilities pass the cost of lost gas onto ratepayers to the tune of $38.8 million a year.

“Fugitive emissions from aging gas pipelines across Massachusetts are polluting our environment – releasing more greenhouse gases than we are saving through all of our energy efficiency efforts,” said D. Michael Langford, national president of the Utility Workers Union of America. “This is problematic for the environment and the economy, but fixing this problem provides an important opportunity. Putting people to work fixing leak-prone pipelines will save Massachusetts ratepayers money by simultaneously modernizing our pipe infrastructure, improving efficiency and helping to protect the environment.”

Fortunately, there are some clear policy options that could be implemented relatively quickly to prevent this valuable resource from endangering the public and vanishing into thin air.  ”The good news is that not only would these policies increase public safety and reduce greenhouse gas emissions, but they also provide an opportunity to create good, local jobs,” according to Cindy Luppi, New England Director of Clean Water Action.  As she points out, “local neighborhoods, as well as first responders, will bear the brunt of impacts if this aging system experiences an explosion.   We hope all public officials will embrace real solutions that value health and safety, ratepayer equity and climate leadership.”

As outlined in our report, Into Thin Air, CLF is advocating for five specific policies to accelerate the replacement of aging pipe and ensure that existing pipeline is properly examined and repaired:

1)    Establishing Leak Classification and Repair Timelines that provide a uniform system for classifying leaks according to level of hazard and require repair within a specified time;

2)    Limiting or Ending Cost Recovery for Lost and Unaccounted for Gas so that companies have an incentive to identify the causes of lost gas and prevent them;

3)    Expanding existing replacement programs and adding performance benchmarks;

4)    Changing Service Quality Standards to include requirements for reducing leaks on the system;

5)    Enhancing monitoring and reporting requirements to give the public and regulators more information.

Over the coming months, we’ll be working with our allies at Clean Water Action and the BlueGreen Alliance to raise public awareness about the need to tackle this issue. We’ll also work with communities to make sure they know how to identify and report gas leaks and talk with them about the benefits of policies that make for a safer, cleaner natural gas system. If you’re interested in joining us, please contact me at scleveland@clf.org.

Today marks the launch of the Coal Free Massachusetts Coalition Campaign to Phase Out Coal, Protect Public Health, and Transition to 21st Century Clean Energy. Across the state, in communities where the remaining coal plants operate, local residents and supporters have joined to call for the end of coal. The campaign issued the following statement:

It’s time to end reliance on coal-fired power plants in Massachusetts according to a new state-wide coalition of environmental, public health, faith and community groups, and elected officials. Citizens gathered in coordinated events across the state in Somerset, Holyoke, and Salem to announce a new Massachusetts campaign to protect public health and communities, renew efforts to make the transition to energy efficiency and clean renewable energy sources, and revitalize local economies to create more jobs.

Coal Free Massachusetts announced the following platform:

• Phase out all of Massachusetts’ coal-fired power plants by 2020;
• Advance energy efficiency and clean renewable energy like responsibly sited wind and solar to
  support the transition from coal electricity generation in Massachusetts
• Partner with and empower community leadership and vision for clean energy and clean-tech
  development for our host communities, including:
• Robust transition plans focused on the long-term health of the community
• Innovative opportunities for growing the green economy
• Support for workers and municipal revenues

Coal burning is highly polluting and devastating from a public health perspective. The coal burning plants in Massachusetts – Salem Harbor Station, Mount Tom (Holyoke), and Brayton Point Station (Somerset) – are the largest air polluters in the Commonwealth. In 2011, coal only provided 8% of the total energy in New England but still emitted more than 8 million tons of CO2 in Massachusetts alone. One in 10 New Englanders suffer from asthma and MA ranks 20th in mortality linked to coal plants. A 2010 Clean Air Task Force report showed that pollution from coal-fired power plants causes 251 deaths, 211 hospital admissions, and 471 heart attacks in Massachusetts every year. Nationwide more than 112 coal plants have announced retirement under pressure from local communities and efforts to protect public health. MA spends hundreds of millions of dollars annually – $252 million in 2008 alone – importing coal from other states and countries, including some places that are hostile to the US.

CLF has long worked to clean up dirty, polluting power plants, and is proud to be part of this continued effort to move Massachusetts away from reliance on coal and towards clean energy resources such as efficiency, conservation and renewable generation.  Click on the links to find out more about what CLF and the Coal Free Massachusetts coalition are doing and how you can join!

A keystone to CLF’s work to secure a clean energy future for the region is completing the transition to a coal-free New England. It is a time of historic progress: cleaner, cheaper alternatives are driving coal out of the market, and old coal plants are closing their doors. But Massachusetts remains a critical battleground for CLF’s work, with two costly old coal-fired power plants continuing to jeopardize public health and stoke climate change.

That’s why we’re delighted to tell you about an event hosted by Cambridge City Councilor Marjorie Decker entitled “The True Cost of Energy: Coal.” Councilor Decker has invited the public to a panel discussing the true costs of coal and a free screening of the critically acclaimed documentary The Last Mountain in Cambridge, MA, on Wednesday, May 9. With stunning footage of the practice of mountaintop removal mining, the film bears dramatic witness to the social, public health, and environmental damage wrought by coal and power companies, and chronicles the grassroots fight against coal in Appalachia and around the country. The New York Times called The Last Mountain a “persuasive indictment” of coal; I think you’ll agree.

The Last Mountain producer Eric Grunebaum will be on hand for a panel discussion to discuss the film and the future of coal-fired power in Massachusetts and New England. I will be available before and after the event to answer any questions you may have about CLF’s work to secure a coal-free Massachusetts.

Please attend:
When: Wednesday, May 9, 2012. 5-8:30 pm.
Where: Cambridge Public Library, 449 Broadway, Cambridge, MA 02138 (map).

Bring your friends and family, and email me at scleveland@clf.org with any questions. I hope to see you there!

You can watch the trailer here:

The wait is finally over. There is a clear path to the complete shutdown of Salem Harbor Station by June 1, 2014. Yesterday, ISO-NE presented its preferred option for upgrading the transmission system to relieve any need for the polluting, obsolete, and un-economic coal- and oil-fired plant. The solution is simple, cost-effective, and clean.

Instead of propping up the 60-year-old plant with above-market payments to be on call when electricity demand is highest, a transmission solution would upgrade the lines so they can carry more power into the area. The advantages are clear: by upgrading the transmission infrastructure, ratepayers will reap the benefits of a reliable system for years into the future at much lower cost than continuing to operate an out-of-date plant that emits tons of toxic pollution into the air each year.

The preferred alternative identified by ISO-NE is one of four that it presented in a compliance filing it submitted to FERC in December of 2010. FERC had directed ISO-NE to identify these solutions as the result of a protest lodged by CLF. The presentation yesterday was a result of Dominion’s February 2011 request to retire all four units at Salem Harbor Station. Although ISO-NE determined that Units 3 & 4 may still be necessary for reliability under existing system conditions, it has concluded that the proposed alternative would allow the units to retire without impacting system reliability.

The focus on existing lines, rather than building new ones, would reduce the cost and the timeline for implementation of the solution. CLF is confident that these upgrades can be completed and placed in operation in time to ensure that Salem Harbor Station shuts down no later than 2014, and possibly even earlier. With a confirmed date for shutdown, Salem residents and area ratepayers can better anticipate what’s next for Salem and pursue clean energy alternatives and economic development options now being studied for the site. CLF will work with ISO-NE, the transmission owners, and state agencies to make an expedited shutdown a reality.