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An article in yesterday’s Boston Globe describes a project in Gloucester (pronounced “Gloss-tah”*), Massachusetts, in which the city will power its school and city buildings fully from wind power.  The windmills will save Gloucester at least $450,000 per year and more than $11 million over the next 25 years.  Located in one of the windiest areas of the state, averaging over 16 miles per hour, and away from any neighborhoods, this project has received little in the way of protest.

Investment in the project is about $10M, and with the savings from the agreement, the town is now jumpstarting two other projects in the next two years, a new police and fire safety building and a new elementary school.

So: project begets project begets project, and the city ends up with ongoing savings that pay back on its original investment.

Not a bad deal – winding up with savings.  And not a bad deal for all of the project managers who’ll be gainfully employed to bring these deliverables in on time, within budget, and with proper scope management.

 

 

You can read the entire article by clicking here.

 

*really!

 

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One look at the huge ship (612 feet long) and you knew it was something special.  It was backed up to the middle bridge of the Piscataqua River and loomed over the roadway.  How to handle the ship and its cargo is a project.  The Port Director at Portsmouth, New Hampshire, considered the project as a new opportunity, and we considered it as spawned from a Green by Definition (GbD) project.  First a little about the GbD project.  Granite Reliable Power Park is a wind farm project in northern New Hampshire.  It consists of 33 Vesta V90 3 Mw wind turbines, only the second U.S. wind project to deploy these turbines.  It will generate 330,000 MWH, enough to power 40,000 homes and offset 332 million pounds of carbon dioxide.  In addition, the project will generate more that 200 jobs.

The port project itself; offload the cargo to be used for the wind farm from the Salmaagracht, a Swedish registered massive vessel docked at the State Pier in Portsmouth.  The cargo:

  • 22 nacelles (gear housing) measuring 32 feet long and weighing 81 tons each, about the weight of two humpback whales.
  • 69 fixed blades, each measuring 149 feet long or about the length of 4 school buses and weighing 17 tons.
  • 22 hubs (part of the rotor assembly) and 22 spinners

What makes the ship special are the 3 huge cranes that can lift up to 120 tons.   Further logistics for the project included one tractor trailer for each blade, 80 workers, and 45 minutes to unload each blade.  It was a pretty amazing project that had never been done before in Portsmouth Harbor, unique, one time effort, consumes limited resources, has a fixed start and end date, you know, a project.  What we didn’t see is the greenality of the port project itself.  Yes, it was related to a GbD project, and we bet that by now, you know the questions to ask to evaluate the greenality of the project itself.  So here is the challenge.  Tell us the questions you might ask by commenting on the post.  We’ll start you out with one.  What kind of lighting do they have at the State Pier?

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Often times we talk about the Green Spectrum, particularly with respect to projects that are green in general, or appear to have no sustainability aspect, when, in actuality, all projects have a sustainability element.  This time, we’ll look at a project that is Green by Definition, but is scrutinized through a sustainability lens.  And, it is a very,very interesting concept.

As part of the “Smart from the Start” (that sounds like a good phrase for sustainability in projects, too) initiative by Secretary of Interior Salazar, there is a proposal for a 200 mile-wide wind energy corridor stretching from Canada to the Texas coast of the Gulf of Mexico.

While we don’t know yet about the other sustainable aspects being considered, we do know, at this point, that the US Fish and Wildlife Service (Service) will write an Environmental Impact Statement (EIS).  “Wind energy is crucial to our nation’s future economic and environmental security. We will do our part to facilitate development of wind energy resources, while ensuring that they are sited and designed in ways that minimize and avoid negative impacts to fish and wildlife,” said Fish and Wildlife Service Director Dan Ashe. “This EIS process gives us an opportunity to evaluate impacts to dozens of imperiled species at a landscape level to ensure that wind energy development occurs in the right places in the right way.”

The reasoning behind the EIS is that in order to accomplish the project, an Incidental Take Permit (ITP) needs to be granted.  Section 9 of the Endangered Species Act and its implementing regulations “prohibit the take of animal species listed as endangered or threatened.”  It doesn’t allow the harassment, harm, pursuit, hunting, shooting, wounding, trapping, capturing, or collecting or, an attempt to engage in those practices when it comes to endangered or threatened species.  However, Under Section 10 of the Act, it allows for people to obtain an ITP as long as they are pursuing otherwise legal activities.  The permittee is then provided “incidental take” authorization.

The applicant must submit a Habitat Conservation Plan (HCP) containing the measures that it will take to minimize, avoid, or mitigate incidental take.  The Service will then review the HCP and issue an EIS that considers the impacts.  The Service will also identify “potentially significant impacts on biological resources, land use, air quality, water quality, water resources, economics, and other environmental/historical resources that may occur directly or indirectly as a result of implementing the proposed action or any of the alternatives. Various strategies for avoiding, minimizing, and mitigating the impacts of incidental take will also be considered.  Sounds like risk management to me!

“The proposed Permit Area is defined as a 200-mile wide corridor determined by defining the center line of the whooping crane migration based on the database of confirmed whooping crane observations from the Cooperative Whooping Crane Tracking Program and buffering that line by 100 miles on either side. This corridor spans the Gulf Coast of Texas north to the Canadian border and encompasses such cities as Houston, TX; Oklahoma City, OK; Wichita, KS; Bismarck, ND; Grand Island, NE; and Aberdeen, SD. In addition, the permit area includes the current and a large part of the historic range of the lesser prairie-chicken which extends the covered area beyond the 200-mile wide whooping crane migration corridor to include parts of Kansas, Colorado, Oklahoma, New Mexico, and Texas.”

“Species currently considered for inclusion under the permit include the following: the endangered whooping crane (Grus americana); endangered interior least tern (Sterna antillarum athalassos); endangered piping plover (Charadrius melodus); and lesser prairie-chicken (Tympanuchus pallidicinctus), a candidate species.”

There are two important points here for a project manager.  The first is that this will be one heck of a program, involving a huge amount of projects, wind energy projects including; the wind power generators themselves, transmission, distribution, support facilities, etc.  Secondly, it involves looking at the project through a sustainability lens.  In above case, a very narrow view because of regulatory issues (specifically the Endangered Species Act) one of the “drivers” in our book.  There will be more and more of these opportunities for the project manager who is not only aware of sustainability issues, vocabulary, and problems and drivers, but also uses that knowledge and considers greenality* when approaching any project.

* The degree to which an organization (project manager) has considered environmental (sustainable) factors that affect its projects during the entire project life cycle and beyond.

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HywindhighwayAs I was waiting for my flight back from the PMI Global Congress in Washington, DC, I picked up a discarded Washington Post (…..REUSE..REUSE…).  There was an article by Juliet Eilperin about Google backing a “superhighway”  for wind power, subtitled Underwater Energy Grid. If that wasn’t exciting enough, there was a sub-subtitle $5 billion project would supply mid-Atlantic area.  Project!  This is definitely one of those projects we term green by definition, but it is a very intriguing one, and one that a company like Google is willing to partner with Good Energies, and environmentally focused international investment company.  Google will provide 37.5% of the equity for initial development.

The project is dubbed the Atlantic Wind Connection and is intended to provide the transmission lines for a series of offshore wind turbines capable of supplying 1.9 million homes without taxing the already overburdened electric grid.  It is very ambitious project covering an area of 350 miles with on-shore transmission nodes in Norfolk, VA, Lewes, DE, the proximity of Manasquan, NJ, and Newark, NJ.  The article goes on to say that the water remains relatively shallow 10-15 miles offshore, far enough so as not to be seen from shore, one of the issue plaguing the Cape Wind Project.

How exciting to be a project manager on that project.  One of the risks would certainly be that since it is the North Atlantic, there is always that possibility of the “prefect storm”.  The timeline for the project looks like a deliverable in 2013 of construction start, complete in 2020, but with an interim milestone of the initial stage of construction complete in 2016.

Interestingly, Ken Salazar, Interior Secretary, said last month “Rather than develop transmission infrastructure on a piecemeal basic, we should – in close coordination with the private sector, states, and tribes – lay out smart transmission systems upfront.”  Gee, a strategy for a change (sorry-editorial comment).

Anyway, we’ll keep an eye on this project and this is just another reason for PMs to be “surfing the green wave“.

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octopusgardenWhen you think of the inception of key new technologies, sometimes geography comes to mind.

For example – if I was to ask you what area comes to mind when I say “computer chips” you would probably think “Silicon Valley” in California.  A geographic area like that can become a breeding ground for the (hopefully) successful launch of many projects that yield successful products, services, and outcomes.

Now I ask you to expand your mind a bit and consider that the geographic area does not have to be on land.

In this article from today’s Boston Globe, (by Scott Kirsner) you can read about the intent to create a giant “Wetlab” in the waters to the south of Martha’s Vineyard and Nantucket.  This effort has already received $1.5 million in Federal grant money.  So it’s beyond the ‘idea’ stage, and in fact is already a project, and is called such in the article.

The official name of this project is the National Renewable Energy Innovation Zone.

The advantage to companies who want to innovate in the areas of ocean-based wind, tidal or temperature-difference energy generation is that they would cut down – perhaps by 66% -  the amount of time and money they have to spend navigating the permitting process.  That’s a lot of red tape to push out of the way.

From the article,

One company already testing a tidal power generation system in Maine is Portland-based Ocean Renewable Power Co. Chief executive Chris Sauer says the company’s next-generation system, which could be in the water and connected to the electrical grid by late 2011, will have turbines moored to the seafloor that will be spun by tidal currents. Located in a bay near Eastport, it will generate enough power for 50 to 75 homes.

Ocean Renewable Power also hopes to be involved in the first project that could be part of the Big Wetlab.

Yes, that’s a small number of homes, but recall the reference to the Silicon Valley.  It was just a tiny chip a fraction of a square centimeter that launched the revolution which provided capability for you to be reading this blog post right now on your computer.

So, here at EarthPM we hope that this project indeed will bring a National Renewable Energy Innovation Zone to this area and it will launch the start of many projects, yielding huge savings in energy, and of course the need for many, many project managers!

Note: click on the image above (or right here) to recall a fanciful Beatles tune roughly (okay…very roughly) on this same topic.

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