Innovator

MassCEC acts as a connector between established and startup clean energy companies, investors, strategic corporate partners and large energy users in Massachusetts.

MassCEC supports local incubators, business accelerator competitions and other resources, job training, networking events and provides seed investments for technology companies.

Patrick Administration Launches Community Wind Energy Initiative

Subtitle: 
As Commonwealth surpasses 100 MW of wind energy installed, initiative will help communities manage appropriate siting of wind energy projects
Announcement Date: 
Thursday, June 27, 2013
Location: 
BOSTON

Energy and Environmental Affairs Secretary Richard Sullivan today announced an inter-agency initiative for state energy and environmental agencies to provide support and guidance to municipalities, developers and stakeholders for land-based wind projects.

“Wind energy is growing fast in the Commonwealth and this inter-agency initiative will enhance our capacity to provide the best technical and policy support to the many communities across the Commonwealth hosting, reviewing, or considering wind energy projects,” said Secretary Sullivan. “As a former mayor, I understand the municipal concerns of siting wind energy projects. Our goal is to use all the tools at our disposal at the state level to help communities appropriately site wind energy.”

The Community Wind Outreach Initiative will include a coordinated community wind working group, with representatives from EEA, the Department of Energy Resource (DOER), the Massachusetts Clean Energy Center (MassCEC), the Massachusetts Department of Environmental Protection (MassDEP) and the Energy Facilities Siting Board (EFSB). MassDEP will also convene a technical advisory group of experts to solicit input on wind turbine sound policy.

In order to promote science-based information related to wind turbine siting decisions, the major components of the initiative include:

  • Municipal Support: enhanced state-level support led by DOER’s Green Communities Division to communities that have operating wind energy projects or that are reviewing new wind development proposals.
  • Acoustic Policy: a technical advisory group to consider changes to MassDEP regulations and noise policy as it applies to wind energy turbines.
  • Comprehensive Siting Guidance: the state’s EFSB will research wind siting practices around the country and internationally and establish wind energy turbine siting best practices for Massachusetts.
  • Monitoring: the MassCEC will continue to support assessment and reporting on the impacts of operating wind projects through its Commonwealth Wind funding program.

The acoustic advisory group process will be informed by the 2012 Wind Turbine Health Impacts Study, the ongoing MassCEC Research Study on Wind Turbine Acoustics, and other relevant data identified by MassDEP and technical advisory group members. Topics to be discussed will include potential MassDEP permitting requirements for wind projects, and technical issues related to the unique characteristics of wind turbine sound, including predicting, measuring and analyzing acoustic impacts. MassDEP anticipates that the advisory group process will identify recommended changes to MassDEP noise regulations and policy as they apply to wind turbine noise. 

DOER’s Green Community’s division will expand its already extensive outreach and ongoing engagement with communities hosting wind energy projects, and MassCEC will increase monitoring of wind projects in order to provide more valuable technical guidance on enhanced wind energy siting. The EFSB has begun collecting and reviewing siting standards and guidance from across the nation and beyond, and plans on releasing enhanced comprehensive siting guidance later this year.

In 2009, Governor Patrick announced a wind energy goal of 2,000 megawatts (MW) by 2020, assuming that land-based wind would account for approximately 25 percent of this goal. Installing wind capacity of 2,000 MW would provide enough electricity for 800,000 homes and meet an estimated 10 percent of the state’s current electric load with clean, renewable wind power. By displacing electricity generated by fossil fuels, use of wind turbines on this scale would reduce greenhouse gas emissions by 3.1 million tons, or roughly 12 percent of emissions from power plants today and reduce millions of gallons of water currently used to cool fossil fuel plants.

Massachusetts has experienced one of the fastest wind energy growth rates in the nation, going from just 3 MW and three turbines installed in 2007 to more than 100 MW and dozens of turbines installed now throughout the Commonwealth. This EEA Community Wind Outreach Initiative builds upon the Patrick Administration’s focus on responsibly sited wind energy projects.

Patrick Administration Announces Plan to Ban Disposal of Commercial Food Waste

Subtitle: 
$4M in grants, low-interest loans available for converting organics to renewable energy
Announcement Date: 
Wednesday, July 10, 2013
Location: 
BOSTON

Energy and Environmental Affairs (EEA) officials today announced a proposed commercial food waste ban and funding to support anaerobic digestion (AD), a process that converts food waste into renewable energy.

“Banning commercial food waste and supporting the development of AD facilities across the Commonwealth is critical to achieving our aggressive waste disposal reduction goals,” said Energy and Environmental Affairs Secretary Rick Sullivan. “These policies and programs will continue the Patrick Administration’s commitment to growing the clean energy sector in Massachusetts, creating jobs and reducing emissions.”

The Massachusetts Department of Environmental Protection (MassDEP) has proposed a commercial food waste ban, to take effect by July 1, 2014, that would require any entity that disposes of at least one ton of organic waste per week to donate or re-purpose the useable food. Any remaining food waste would be required to be shipped to an AD facility, a composting operation or an animal-feed operation. Residential food waste is not included in the ban.

To harness the energy in organic waste, the Patrick Administration has made $3 million in low-interest loans available to private companies building AD facilities. The low-interest loans will be administered by BCD Capital through MassDEP’s Recycling Loan Fund, with monies provided by the Department of Energy Resources (DOER).

“Many grocery stores and environmentally conscious businesses across the state currently divert their food waste, saving money in the process,” said MassDEP Commissioner Kenneth Kimmell. “Diverting food waste to AD facilities creates value by reducing the waste stream, tapping into the energy within food wastes, reducing greenhouse gases, and producing a byproduct that can be resold as fertilizer or animal bedding.”

 “Anaerobic digestion is yet another proven clean energy technology that supports the Patrick Administration’s energy goals,” said DOER Commissioner Mark Sylvia.  “By working together and leading by example, we are building the infrastructure to support clean, renewable energy generation and address a challenging organics waste issue with a solution that meets multiple economic and environmental goals.”

DOER is also making $1 million available in grants for anaerobic digestion to public entities through MassDEP’s Sustainable Materials Recovery Grant Program. MassDEP and DOER have awarded the first AD grant of $100,000 to the Massachusetts Water Resources Agency (MWRA) for its wastewater treatment plant at Deer Island plant. The MWRA currently digests sludge in 12 large chambers to help run the plant. A pilot project will introduce food waste into one of the chambers to determine the effects of co-digestion on operations and biogas production.

“The legislature and the regulatory agencies in Massachusetts have taken important steps to create a positive environment for private companies such as ours to make significant investments in the development of anaerobic digestion projects,” said Tony Callendrello, Chief Operating Officer of NEO Energy.

“I am pleased to see Massachusetts continue to make investments in recycling and in the reduction of waste in our landfills,” said Sen. Marc R. Pacheco, Chair of the Joint Committee on Environment, Natural Resources and Agriculture. “As the Commonwealth continues to lead the rest of the country in our green policies and practices, this commercial food waste ban provides one more example of the cost savings and environmental benefits that are available when we set a clean energy target and innovate solutions to achieve it.”

“I appreciate the efforts of the Patrick administration in being open to technologies that will pave the way for more innovation, opportunities for new businesses and a funding source for dealing with food waste, which has become a growing environmental issue,” Rep. Anne Gobi, Chair of the Joint Committee on Environment, Natural Resources and Agriculture.

"Thanks to the Patrick Administration, Secretary Rick Sullivan, and MassDEP Commissioner Kenneth Kimmell, the Commonwealth is taking the lead in the nation in innovation through a commercial food waste ban and by funding energy-producing anaerobic digestion facilities,” said Sen. Gale D. Candaras, Chair of the Joint Committee on Economic Development and Emerging Technologies. "Through these dual initiatives, the Commonwealth is paving the way for public-private partnerships to develop a new, environmentally-friendly, renewable energy-producing industry which will not only keep our communities clean but also create jobs and revenue."

Food waste and organics make up 20-25 percent of the current waste stream going to landfills and incinerators. The proposed food waste ban would help the Commonwealth reach its goals to reduce the waste stream by 30 percent by 2020 and 80 percent by 2050. To ensure that there will be sufficient facilities in Massachusetts to handle the waste resulting from the ban, MassDEP is working with the Massachusetts Division of Capital Asset Management and Maintenance to conduct feasibility studies to build AD facilities on state-owned land.

AD facilities have become more popular in Massachusetts in recent years at facilities such as dairy farms, municipal landfills and wastewater treatment plants. Over the past year, the Massachusetts Clean Energy Center (MassCEC) has awarded 18 grants worth $2.3 million to study, design and construct AD and other organics-to-energy facilities across the Commonwealth.

“Massachusetts companies are again leading the way in the deployment of this exciting technology, which, in addition to producing environmental benefits, will create quality jobs in the already-booming clean energy sector,” said MassCEC CEO Alicia Barton.

This DOER funding comes from the 2010 and 2011 Alternative Compliance Payment (ACP) Spending Plan.  ACPs are paid by electric retail suppliers if they have insufficient Renewable Energy Certificates to meet their compliance obligations under the Renewable Portfolio Standard programs. DOER establishes the plan for use of these funds to support clean energy development in the Commonwealth.

AD is a process that puts food and yard wastes, and other organics, into an enclosed chamber with no oxygen. Microbes inside the chamber break down the organics and produce a biogas that can produce electricity and heat. The electricity and heat is used in place of fossil fuels, reducing emissions. For more information about AD, visit MassDEP’s website: http://www.mass.gov/eea/agencies/massdep/service/energy/anaerobic-digestion/

Patrick Administration Announces Three Grant Awards for Water Innovation

Subtitle: 
Grants will help develop septic system, filtration and condensation technologies
Announcement Date: 
Wednesday, June 19, 2013
Location: 
BOSTON

At the Symposium on Water Innovation in Massachusetts (SWIM), Massachusetts energy officials today announced three grant awards valued at $150,000 to aid in the advancement of water innovation technology in the Commonwealth.

“We invest in education, innovation and infrastructure because that's how we grow jobs and leave a stronger Commonwealth for the next generation,” said Governor Deval Patrick. “With that same focus, we can build a water technology supercluster, with the jobs and improved quality of life that come with it." 

“These grants will help bring innovation to the marketplace, creating jobs and positioning Massachusetts as a hub for investments in advanced water technology,” said Energy and Environmental Affairs (EEA) Secretary Rick Sullivan.

The SWIM brought together over 120 firms in the water innovation field to discuss growing the $500 billion global industry here in Massachusetts. The three grants are being awarded under programs funded by the Massachusetts Clean Energy Center (MassCEC).

“Massachusetts is known around the world for its academic research, its skilled workforce and its technological application of bold and innovative ideas,” said MassCEC CEO Alicia Barton. “By bringing these groups together, we can position the Commonwealth as a leader in tackling these pressing global issues.”

In partnership with the U.S. Environmental Protection Agency (EPA) and the NECEC Institute, MassCEC awarded up to $70,000 to Applied Environmental Technology for a demonstration project that will test wastewater treatment technologies at the Massachusetts Alternative Septic System Test Center in Barnstable. The funding came from MassCEC’s InnovateMass program, which provides grants to technology teams to test and showcase early-stage technologies in preparation for commercialization and sales into the marketplace.

The Applied Environmental Technology project is aimed at developing an effective and affordable septic system retrofit option for homeowners, particularly those in areas like Cape Cod, where the heavy use of septic systems leads to an over-abundance of nutrients in ground water.

"In partnership with MassCEC's InnovateMass program, NECEC Institute is providing an award to Applied Environmental Technology to support the demonstration and performance measurement of waste water technologies at the Mass Alternative Septic System Test Center," said Peter Rothstein, President of NECEC Institute and the New England Clean Energy Council (NECEC). “Together, MassCEC and NECEC Institute worked closely with the U.S. EPA to identify a pressing regional water challenge that can be addressed with innovative and commercially viable solutions. This shows what can be accomplished by bringing the private and public sectors together to accelerate innovation and growth in this dynamic sector."

MassCEC in partnership with the Massachusetts Technology Transfer Center (MTTC) awarded two projects each with $40,000 as part MassCEC’s Catalyst Program, which is administered by MTTC. The Catalyst Program aims to assist in the commercialization of new clean energy technologies from Massachusetts’ startup companies or being spun out our world-class research institutions.

Receiving the $40,000 grants under the Catalyst program are:

  • Latika Menon, a researcher at Northeastern University, investigating an advanced filtration material that could potentially separate water from oil and other complex solutions.
  • NBD Nanotechnologies, Inc., a startup led by Miguel Galvez and Joanna Wong of Boston University working on enhanced condensation technology for HVAC, heat exchangers, power plants, desalination plants and dehumidifiers.

“These small grants are very important in moving a technology from the idea stage to having a prototype that shows that the technology works, this type of funding is exceedingly important in supporting commercialization in the Commonwealth,” said Abigail Barrow, director of the MTTC.

Massachusetts is a leading U.S. destination for water innovation with billion-dollar companies working in water technology and engineering, world-class research and graduate degree programs, a healthy venture capital sector and a dynamic innovation ecosystem. Massachusetts is home to nearly 300 water industry companies, organizations and institutions working to solve the world’s water challenges. The two main water challenges facing Massachusetts are an aging infrastructure and nutrient loading as a result of the wide use of septic systems in coastal communities like Cape Cod. In 2012, Massachusetts was home to the most Small Business and Innovation Research (SBIR) grants per capita at 15 and the most Water Innovation Patents per capita in the country at nearly 120.

Massachusetts No. 2 in Clean Energy

Add it to the list - this month Massachusetts was ranked No. 2 in the nation for clean tech in Clean Edge Inc.’s 2013 Clean Tech Leadership Index, joining the numerous other accolades the state has been racking up in recognition of the enormous strides we have made in staking a claim towards global leadership in clean technology. 

Across the state, business owners put solar panels on their roofs, like this photo here of a homeowner in Hopkinton, who installed solar panels through the Solarize Mass program. Cities and towns committed to making municipal buildings more energy efficient. Investors put money into clean technology startups. Meanwhile, state, federal and local governments offered incentives and crafted policies to nurture this rapidly-growing industry.

It was this all-hands-on-deck approach that gave Massachusetts a perfect score in the public policy category, which scored states on transportation policies, building codes, climate change targets and renewable energy adoption rates. Massachusetts was also ranked No. 1 in capital category, which analyzed private venture capital investments and higher education and research.

Massachusetts receives perfect score for policy, No. 1 ranking in investment, intellectual capital

Subtitle: 
Massachusetts receives perfect score for policy, No. 1 ranking in investment, intellectual capital
Announcement Date: 
Tuesday, June 04, 2013
Location: 
Boston
Energy and Environmental Affairs Secretary Rick Sullivan today announced that Massachusetts is ranked No. 2 in the nation in clean energy technology, according to the 2013 U.S. Clean Tech Leadership Index.
 
The report, authored by Clean Edge Inc., attributed Massachusetts’ commitment to energy efficiency, strong industry policy and continued leadership in early-stage technology development and capital attraction to the Commonwealth’s strong ranking.
 
“Massachusetts has become a premier destination for clean energy innovation and investment because we are shaping that future rather than just waiting for it to happen,” said Governor Deval Patrick. “There is more to do, and now is no time to let up.  In order to be winners in the 21st century, we must increase the pace of innovation and deepen our commitment to being good stewards of both our environment and our economy.”
 
“Under Governor Patrick’s leadership, the Commonwealth has become a national leader in clean energy and energy efficiency,” said Secretary Sullivan. “We are cutting greenhouse gas emissions, reducing energy costs for businesses and homeowners, and creating thousands of jobs.”
 
Massachusetts received a perfect score, and No. 1 ranking, in the policy category, which measures transportation policies, building codes, climate change targets and the renewable portfolio standard.
 
“This top ranking recognizes the breadth and depth of the energy policy foundation we’ve built in the Commonwealth to support a cleaner energy future,” said Department of Energy Resources (DOER) Commissioner Mark Sylvia. “We aim to lead the nation while we meet our energy savings, economy boosting, and environmental protection goals.”
Edging out California, Massachusetts received a No. 1 ranking in the capital category, which measures venture capital investment, number of patents and higher education and research institutions.
 
“Massachusetts is home to some of the world’s leading research institutions and companies from across the globe come here to grow and develop cutting-edge and innovative clean energy technologies,” said Massachusetts Clean Energy Center (MassCEC) CEO Alicia Barton.
 
Cleantech deployment in the U.S. showed “historic” market momentum with renewable energy generation accounting for 49 percent of the nation’s added electricity capacity in 2012, according to the report.
 
Massachusetts is home to 5,000 clean energy companies that employ nearly 72,000 workers. Clean energy jobs in Massachusetts rose by 11.2 percent from 2011 to 2012.

MassCEC to Hold a Public Meeting Regarding the Construction of the New Bedford Marine Commerce Terminal

Announcement Date: 
Friday, May 31, 2013
Location: 
New Bedford

The Massachusetts Clean Energy Center, in partnership with the City of New Bedford, will host an informational meeting regarding the New Bedford Marine Commerce Terminal.  Once constructed, the New Bedford Marine Commerce Terminal will be the first facility in the nation designed to support the construction, assembly, and deployment of offshore wind projects.  The terminal will also provide the Port of New Bedford with new capacity to handle high-volume bulk cargo, as well as large specialty marine equipment.  As part of construction, the project includes the dredging and remediation of approximately 250,000 cubic yards of contaminated sediment.  The first of its kind in North America, the terminal will be engineered to sustain mobile crane and storage loads that rival the highest capacity ports in the world.

The public meeting will include a presentation regarding construction and a question and answer session.

WHAT:         Informational public meeting on the New Bedford Marine Commerce Terminal 

WHO:           The Massachusetts Clean Energy Center, in partnership with the City of  

New Bedford and the New Bedford Economic Development Council

WHEN:         Tuesday, June 4, 2013, 6:00 - 7:30 PM

WHERE:       Alfred J. Gomes Elementary School, Forum Room

              286 So. Second Street

              New Bedford, MA 02740

Governor Patrick And Lieutenant Governor Murray Break Ground On New Bedford Marine Commerce Terminal

Announcement Date: 
Monday, May 06, 2013
Location: 
NEW BEDFORD

 

Governor Deval Patrick and Lieutenant Governor Timothy Murray today joined federal, state and local officials to break ground on the New Bedford Marine Commerce Terminal, the first terminal in the United States built to support offshore wind turbine deployment.

“Investing in infrastructure will create jobs now and build a stronger Commonwealth for the next generation,” said Governor Patrick.  “This is how Massachusetts claims its place as a hub for a new American industry.”

“With over 350 years of maritime history, New Bedford remains one of the most important commercial ports along the East Coast,” said Lieutenant Governor Murray. “By breaking ground on this major project, this multi-purpose terminal will not only provide the harbor with new shipping and cargo capacity but also support clean energy initiatives significant to not only this region, but our Commonwealth and country.”

The terminal project builds upon the Administration's continued commitment to investing in infrastructure and opportunity, to create jobs now and strengthen the Commonwealth for the next generation.

“By developing a home-grown source of clean energy we are not only protecting the environment but we’re creating local jobs,” said Energy and Environmental Affairs Secretary Rick Sullivan, who serves as the Chairman of the Board of the Massachusetts Clean Energy Center (MassCEC).

Following the completion of a competitive bidding process, MassCEC selected general contractor New Bedford-based Cashman-Weeks NB to construct the terminal.  Work on the project began on April 22 and Cashman-Weeks has opened offices in New Bedford.  The contractor has signed on to use supplies and services from 10 New Bedford businesses. The contractor is a joint venture made up of Cashman Dredging and Marine Contracting of Quincy, Mass. and Weeks Marine of New Jersey. 

This multi-purpose facility will also be able to handle high-volume bulk and container shipping, as well as large specialty marine and industrial cargo.  The first-of-its kind in North America, the terminal will be engineered to sustain mobile crane and storage loads that rival the highest capacity ports in the world. As part of construction, the project includes the dredging and removal of approximately 250,000 cubic yards of contaminated sediment.

Offshore wind represents the largest potential new energy source for Massachusetts and for much of the East Coast. By some estimates, Massachusetts’ offshore wind resources could power close to half of the households in Massachusetts. The development of the offshore wind industry in Massachusetts can create a significant new industry in the Commonwealth to anchor the sector. The U.S. Department of Energy projects 43,000 clean energy jobs will be created in the offshore wind industry nationally by 2020.

“Today we’re celebrating the birth of the offshore wind industry in the United States,” said MassCEC CEO Alicia Barton. "With Massachusetts’ world-class research centers, skilled workforce and access to capital, the Bay State makes an ideal hub for this emerging clean energy industry."

The terminal, which will be located inside New Bedford Harbor and protected by the hurricane barrier, will be in close proximity to Cape Wind and the offshore wind planning areas along the East Coast that are under consideration for development. The federal government is leading an offshore wind permitting and leasing process in nine states, including Massachusetts, along the Atlantic Coast. That process is expected to lead to the construction of multiple projects, many of which could make use of the terminal, which has an estimated cost of $100 million.

“Fostering New Bedford’s emerging role as a leader in new maritime related industries such as wind and renewable energy and cargo transportation is vital to New Bedford’s economic revival and the creation of new jobs for area residents,” said Senator Mark Montigny. “The South Terminal project makes New Bedford the preeminent port on the East Coast for wind turbine deployment and short sea cargo transportation and will ensure that the New Bedford area becomes a leader in both industries thus providing long term economic benefits for the future.”

“This transformative development project will create hundreds of jobs in New Bedford, and position our community to take advantage of the growing green energy sector,” said Representative Antonio Cabral. “I look forward to working with the Patrick-Murray Administration to make this economic investment a reality.”

"I'm glad to see this kind of progress made on what I feel is the single greatest government investment in the City of New Bedford in the last century,” said Representative Chris Markey. "This is a credit to all of the federal, state and local partners who have contributed so much in the past two and a half years, chief among them Governor Deval Patrick."

“The Patrick Administration has the vision to see the unique advantages that give New Bedford a leg-up on the competition in the race to develop offshore wind energy projects,” said New Bedford Mayor Jon Mitchell. “The combination of the Governor’s leadership, and our commitment as a community, has made our city a strong favorite to become the birthplace of this exciting new industry in North America.”

“This represents a smart investment for our Nation,” said New Bedford City Council President Bruce Duarte, Jr. “This project gives the City of New Bedford an opportunity for many well-paying jobs for our residents as well as a new industry for our nation that will make us less reliant on foreign energy sources. I personally want to thank the Governor and his team for his vision on this well thought out project.”

“This project has the potential for the kind of economic impact our city hasn't seen since the era of textile manufacturing. Careers in welding, electro-mechanical drafting, and all the associated service positions to go along with it,” said New Bedford City Councilor Henry Bousquet. "The fact that it’s good for our environment is just the tip of the iceberg."

“Today's announcement is an investment in the future of New Bedford, the South Coast, and the State of Massachusetts,” said New Bedford City Councilor Joseph Lopes. “The New Bedford Marine Commerce Terminal will provide this region with continued economic development opportunities.”

The Patrick-Murray Administration set the ambitious but achievable goal of reaching 2,000 megawatts of wind energy in Massachusetts by 2020, with most of that coming from offshore wind. This goal is part of Governor Patrick’s nation-leading support for clean energy policies aimed at reducing reliance on foreign sources of energy, cutting energy costs and use, and reducing harmful greenhouse gas emissions.

MassCEC Announces Winners of InnovateMass Program

Subtitle: 
Funding for new energy technologies draws $1.3M in additional investments
Short Title: 
MassCEC Announces Winners of 2013 InnovateMass Program
Announcement Date: 
Wednesday, May 22, 2013
Location: 
Boston

Massachusetts Clean Energy Center (MassCEC) CEO Alicia Barton today announced five projects that will receive $734,134 in funding under the inaugural round of the InnovateMass program, which seeks to advance deployment of innovative clean energy technology in the Commonwealth.

As part of the Patrick-Murray Administration’s support of the clean energy industry, the funding will allow the technology teams to test and showcase their early-stage technologies in preparation for commercialization and sales into the marketplace.

Through the technology team partnerships created in response to this program, the InnovateMass grants will leverage an additional $1.3 million in private and public investment or in-kind services and equipment and fund projects that will reduce greenhouse gas emissions.

Under InnovateMass, technology teams were eligible to receive up to $150,000 in matching funds for projects designed to address energy challenges facing the Commonwealth. The development of clean energy technologies requires a successful demonstration and validation of the technology in order to make it viable for investment and ready for mass production.

“This funding will advance clean energy demonstration projects that have strong commercialization potential, fueling an already innovative and robust clean energy sector,” said Energy and Environmental Affairs Secretary Rick Sullivan, who serves as chair of the MassCEC Board of Directors. “Massachusetts companies are creating solutions for the world’s clean energy needs, creating jobs as these businesses grow.”

“These new ideas and technologies will get their first real-world testing right here in Massachusetts, making the Commonwealth a staging ground for innovation once again,” said Barton.

The technology teams receiving funding are:

  • Cambridge-based Ambri Inc. (with the Massachusetts Military Reservation, Raytheon, Analysis Group and Mass Development Finance Agency) – $150,000 (with a $452,355 match) to assist in demonstrating Ambri’s liquid metal battery technology, an energy storage system that will help better understand how large-scale systems can help a multitude of needs.
  • Boston-based Coincident (with Urbanica, the University of Massachusetts-Amherst, Sage Builders, GFC Development, the Boston Redevelopment Authority) – $150,000 (with a $251,000 match) for the deployment of residential energy management systems as part of the Boston Redevelopment Authority’s desire to pilot new technology in public buildings that are striving for very ambitious reductions in energy use and costs.
  • Boston-based Keystone Towers (with the Massachusetts Bay Transit Authority, Gillette) – $95,500 (with a $96,003 match) to test a wind turbine tower manufacturing technique that has the potential to drive down production costs for medium- and large-scale turbines.
  • Wallston- based Applied Environmental Technology, or AET (Suntree Technologies Inc., MASSTC Cape Cod, Town of Garrett Park, MD) - $130,000 (with a $132,423 match) for the deployment of a their Passive Nitrogen Removal Module (PNRM,) a highly promising technology that delivers 95% Total Nitrogen reduction in actual onsite wastewater treatment, a system which requires little energy and has a lower life cycle cost.
  • Boston-based XL Hybrids (with Johnson Controls, Kiessling, NatVans) – $150,000 (with a $230,336 match) to design, test, deploy and monitor a platform to retrofitted hybrid commercial shuttle vehicles that are part of high-mileage urban fleets. The technology is expected to provide significant fuel cost savings for the pilot vehicles, and will result in 24 percent less carbon emissions
  • Woburn-based Bandgap Engineering (with Broadway Electrical Company, Fraunhofer Center for Sustainable Energy) – $38,634 (with a $39,185 match) to develop, install and monitor a more highly-efficient model of solar panel that promise higher efficiency than standard silicon wafer panels.

“Even the most promising early-stage cleantech companies face formidable funding gaps that limit their ability to prove out their technologies and attract investments," said Peter Rothstein, president of the New England Clean Energy Council and NECEC Institute. "The NECEC Institute worked closely with MassCEC on this challenge because we see the potential for the InnovateMass awards to provide timely financial support for demonstration opportunities, thus helping companies bridge the technology valley of death.”

The Massachusetts’ clean energy economy grew by 11.2 percent from July 2011 to July 2012, according to the 2012 Massachusetts Clean Energy Industry Report, which shows the growing sector employs 71,523 people at 4,995 clean energy firms across the Commonwealth.

The Patrick-Murray Administration set Massachusetts’ greenhouse gas (GHG) emission targets of a minimum of 80 percent reduction from 1990 levels by 2050, and a 25 percent reduction from 1990 levels by 2020.

Seven Wind Energy Projects Receive $700,000 in Grants From MassCEC

Short Title: 
Seven Wind Energy Projects Receive $700,000 in Grants From MassCEC
Announcement Date: 
Thursday, March 31, 2011
Location: 
Boston

The Massachusetts Clean Energy Center (MassCEC) today announced grants totaling more than $700,000 to support seven wind energy projects under the Commonwealth Wind Community Scale Wind Initiative.
“With two dozen wind turbines already in place across the state, Massachusetts communities and businesses clearly recognize the important role wind power has to play in the clean energy future Governor Patrick envisions for the Commonwealth,” said Energy and Environmental Affairs Secretary Richard Sullivan, who serves as chairman of MassCEC’s board of directors. “I am pleased to announce the latest round of Community Scale Wind grants to help more responsibly sited wind projects get off the ground.”
The awards announced today include one design and construction grant totaling more than 3.2 megawatts (MW) in capacity, and six feasibility studies for wind energy that would total between 5.4 MW and 8.3 MW in capacity if built. The seven grants go to private and public projects, including cities and towns. The Commonwealth Wind Community Scale Wind initiative is a program of MassCEC’s Renewable Energy Generation division, which is funded by the Massachusetts Renewable Energy Trust Fund. 
“The Community Scale Wind program is helping cities and towns across the Commonwealth incorporate responsibly sited wind projects into plans to develop diverse sources of clean renewable energy,” said MassCEC Executive Director Patrick Cloney. “I’m proud to see these communities engaged in a process to make wind power part of their sustainable energy future.”
The wind project receiving a design and construction grant is in Dartmouth. The six projects receiving feasibility awards will support efforts in the towns of Becket, Blandford, Harwich, Hopkinton, Heath and Holden.
Following Commonwealth Solar – the first MassCEC program defined by technology type – Commonwealth Wind is MassCEC’s grant program that supports responsibly sited wind energy projects. Commonwealth Wind’s Community Scale program supports wind projects of at least 100 kilowatts in size; its Micro Wind program provides rebates for the installation of wind projects less than 100 kilowatts, typically for residential, small commercial or agricultural sites.
The goal of the Commonwealth Wind Incentive Program is to assist responsibly-sited wind energy projects of all scales in achieving successful and timely installation in support of Governor Patrick’s goal of having 2,000 megawatts (MW) of wind power capacity installed in the Commonwealth by 2020.  
Details of the grants can be found below.
Design & Construction Awards

Dartmouth, Town of

 

 

The Town of Dartmouth plans to install two 1.6 MW wind turbines at the Town Water Division’s Well Site and Water Treatment Facility located on Chase Road. Dartmouth will work with its consultants, STV, Inc. and COWI, to obtain all final permits, update the existing acoustic study, conduct a final evaluation of financing options, complete final design and procure and install two IEC Class III turbines. Dartmouth expects to complete the installation by September 2012.

 

Project Type

Public

Location

Waste Water Treatment Plant  in Dartmouth, MA

Technology

Two 1.6 MW Wind Turbines

D&C Grant

$400,000

 

 

 

Feasibility Study Awards

Becket, Town of

 

The Town of Becket will explore the feasibility of a net metered 900kW community wind project on private land off of Tower Road in Becket. The town will work with its consultant Sustainable Energy Developments Inc. to conduct a feasibility study to evaluate the potential for installing a turbine at this site to serve municipal loads and offset electrical utility expenses on town-owned property. The study will include an in-depth analysis of siting, turbine performance, economics, buildability, interconnection, permitting, capital costs, financing and ownership options.

 

The town has partnered with the site owner, The School at Jacob’s Pillow, and Becket-Chimney Corners YMCA. These partners will share in potential energy savings and assist in the financial requirements of this project. Such an arrangement will allow the town and its partners to share the most substantial benefits of a wind energy project while balancing the costs of evaluating and identifying the most attractive development scenario(s). 

 

 

Project Type

Public

Location

Becket, MA

Technology

900 kW Wind Turbine

FS Grant

$59,940

 

 

 

Blandford Ski Area

BNE Energy is partnering with the Springfield Ski Club to explore the feasibility of a wind energy project at the Blandford Ski Area. The proposed project would consist of a single wind turbine of between 750 kW and 1.6 MW. Some of the power generated would be used on-site (primarily to support winter operations at the ski facility) and the remainder would be sold to the electrical grid either as wholesale or net-metered generation. The feasibility study will thoroughly investigate the potential for the project and will include a wind resource assessment, an environmental analysis, an economic analysis, an electrical engineering assessment, and acoustic and shadow flicker studies.

 

Project Type

Non-Profit

Location

Blandford, MA

Technology

750 - 1600 kW Wind Turbine

FS Grant

$40,000

 

 

 

Cape Cod Regional Technical High School

 

The Cape Cod Regional Technical High School, along with its consultant Sustainable Energy Developments Inc., will conduct an in-depth feasibility study to explore the possibility of installing a 900 kW wind turbine on the school’s campus. The study will include the investigation of a third party ownership structure in which the third party will sell 50 percent or more of the generated electricity to Cape Cod Tech. As the end user, Cape Cod Tech will offset electrical utility expenses at the public educational facility located at 351 Pleasant Lake Ave. in Harwich, as well as reduce natural gas consumption in its tri-generation unit, which currently provides 35 to 50 percent of Cape Cod Tech’s electricity requirements. .

 

Project Type

Public

Location

Harwich, MA

Technology

900 kW Wind Turbine

FS Grant

$61,750

 

 

 

 

EMC Corporation

EMC Corporation will conduct a feasibility study to explore options for wind development at the Waste Water Treatment Facility at its Hopkinton Campus. EMC is proposing to install two utility-scale wind turbines. As part of the Feasibility Study, EMC and its consultant, Beals and Thomas, plan to obtain wind data via the installation of a 50-meter temporary meteorological test tower (MET Tower). The feasibility study will include an analysis of the onsite wind monitoring data, an assessment of environmental, electrical, and economic aspects of the proposed project, as well as a detailed acoustic study.

Project Type

Private

Location

Hopkinton, MA

Technology

900 kW – 2,000 kW Wind Turbine

FS Grant

$44,000

 

 

 

 

Harvey Energy LLC

Harvey Energy LLC, in partnership with the owner of property located at 84 Hosmer Road in Heath, will study the feasibility of installing at least one land-based wind turbine in the 1.5 MW to 2.0 MW range. The feasibility study will evaluate the technical and economic viability of installing a wind turbine generator as a net-metered renewable energy facility under the Green Communities Act. Harvey Energy LLC and its consultants will confirm the overall validity of the project through an interconnection analysis, a detailed acoustic study, public outreach efforts, and the collection of onsite wind data with a meteorological tower.

 

Project Type

Private

Location

Heath, MA

Technology

1.5 MW – 2.0 MW Wind Turbine

FS Grant

$55,000

 

 

 

 

Massachusetts Broken Stone Company

 

The Massachusetts Broken Stone Company (MBS) will perform an in-depth feasibility study to investigate the possibility of installing a 450 kW to 900 kW wind turbine project at its Holden Trap Rock facility/quarry located at 2077 Main Street in Holden. MBS will explore project scenarios including the installation of a 100 percent behind the meter turbine and the installation of a larger turbine that would be partially behind the meter power and partially net metered. MBS will work with its consultant, Sustainable Energy Developments Inc., to analyze wind resources, environmental considerations, and electrical interconnection and economics.

Project Type

Private

Location

Holden, MA

Technology

450 kW – 900 kW Wind Turbine

FS Grant

$40,000

 

 

 

 

Massachusetts Urges Solar Through Education

Short Title: 
Massachusetts Urges Solar Through Education
Announcement Date: 
Monday, May 02, 2011
Location: 
Boston

In April, 2007 Massachusetts’ Governor Deval Patrick laid out a 10-year goal for the commonwealth to adopt 250 megawatts worth of solar power installations by 2017. With just under 6 years remaining until the deadline, the Massachusetts Clean Energy Center (MassCEC) has announced it is deploying a business model they call Solarize Massachusetts.  The model’s aim is to encourage residents and business owners to adopt solar photovoltaic (PV) technology and it will begin with four pilot communities that include Harvard, Hatfield, Scituate and Winchester.

According to MassCEC, its plan is to educate the communities about solar power systems in hopes that it will drive interest in adopting the technology. The organization plans to do this by providing free solar education  and technical support organized within the  four pilot communities. Ultimately, MassCEC would like to see  implementation of community-wide solar programs for both residential and small-scale commercial projects.

MassCEC says it has issued formal requests for bulk purchasing proposals from solar integrators whereby installation costs would be based on a tiered structure that provides both lower prices and increased solar energy capacity. MassCEC intends to partner with these integrators to provide the aforementioned education as well as free solar assessments, financing options and installation services for each of the pilot areas.

Solar adoption in Massachusetts was a little slow to pick up initially. However, in 2008  the commonwealth launched solar rebate programs to augment funds that came available via the American Recovery and Reinvestment Act. That kicked solar interest up a few notches and solar installations increased 20-fold between 2007 and 2010. Presently, there are almost 45 megawatts  of solar energy installed in Massachusetts, and an additional 40 megawatts contracted for installation.

Those numbers are up from the 3.5 megawatt statistic that greeted Governor Patrick when he took office in January 2007. Apparently those rebate programs helped boost the Massachusetts solar industry. According to a MassCEC survey of clean energy companies, employment in solar manufacturing, installation, and services has more than doubled since the governor first took office, and solar manufacturing jobs alone have close to tripled from 2007 to 2010.

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