One of the many side effects of climate change is rising sea levels. In the last 100 years, sea level has increased 0.6 feet in Portland, while Eastport’s sea level has increased by 0.7 feet. Sea level can rise due to thermal expansion (the ocean gets warmer and expands), volumetric increases (water added to the ocean from melting land-based ice sheets like Antarctica and Greenland), and subsidence (where coastal land sinks or settles). Maine's natural features at risk include bluffs, tidal flats, salt marshes, freshwater wetlands, beaches, dunes, and coastal aquifers. 

Much of Maine's population is at risk of being directly affected by the rising sea levels. In 2010, 63% of the Maine population lived in a coastal shoreline county and Maine ranked 8^th in the country for the number of seasonal housing units in coastal shoreline counties. From 1980 to 2016, Maine experienced $11 billion worth of damage from coastal natural disasters. In addition to the natural disaster expenses, Maine’s economy will suffer as water levels rise and shorefront properties become inhabitable, public infrastructure becomes stranded or flooded, tourism is affected by changes in beaches and other shorefront parks, the fishing industry shifts harvest species due to habitat loss and species migration, and as other challenges and changes arise. 

There are a few ways Maine can address the impacts of sea level rise, including reducing greenhouse gas emissions at local, state, regional, and national levels; strategically investing in new public infrastructure that takes future sea level predictions into account; creating public policy and development regulations in regards to flood zones and storm surge levels; and investing in sea level adaptation strategies.

Climate scientists have identified three main strategies for adapting to sea level rise: fortify, accommodate, or retreat. There are two methods of fortification, hard and soft structures. Hard fortification structures include seawalls, bulkheads, stilts, and other barriers to protect against erosion and rising water levels. However, these hard fortification structures can magnify the effects of sea level rise when installed incorrectly or to properties without the hard fortification methods. Soft fortification methods include sand dunes, salt marshes, flood plains, and other forms of natural protection. Beach renourishment can be a more temporary form of soft fortification but is costly and often needs to be repeated every 5-10 years. Accommodation approaches include raising land and building elevation, installing desalination systems, creating additional drainage systems, and implementing alarm systems to allow upgraded functions to continue in the same location. Retreat involves relocating or abandoning current infrastructure. A site’s current characteristics will influence which strategy makes the most sense economically.

To learn more about sea level rise, interact with NOAA’s Sea Level Rise Viewer.

Join E2Tech and the Gulf of Maine Research Institute for an
interactive presentation to explore the data behind sea level rise
in Maine's coastal communities on February 28th!
CLICK HERE to learn more and register today (space is limited).

Electric Vehicles in Maine

Discussions around electric vehicles continue in Maine, particularly in light of the recent introduction of the Governor LePage-backed bill (LD 1806) that would impose a registration surcharge of $150 for gas-electric hybrid vehicles and $250 for all-electric vehicles. If passed, these proposed surcharge fees would be the highest in the country. In a recent Portland Press Herald Article, a Maine Department of Transportation representative stated that this fee is needed in order to assist in covering the cost of repairing roads, which is currently funded through the gasoline tax. State conservation groups and hybrid and electric vehicle owners have expressed concerns that the fee discourages the purchase of these vehicles without effectively addressing the gap in funding for maintaining and repairing roads throughout the State.

Electric Vehicles in New England, 2015 (EIA)

State	EVs Per 1 Million People	EVs in Use
Connecticut	358	1,284
Maine	182	242
Massachusetts	419	2,846
New Hampshire	258	343
Rhode Island	131	138
Vermont	503	315
New England Average	351	861
United States Average	672	4,309

In 2015, Maine ranked 5th in New England for electric vehicles per capita and 4th for plug-in electric hybrids per capita.

VW Settlement

The Maine Department of Transportation, Department of Environmental Protection, and the Governor’s Energy Office are in the process of implementing 15% of the VW settlement (over $3 million) towards electric vehicle charging infrastructure in the State. Installing travel corridors are first priority. While Maine itself does not have many electric vehicles, the tourism industry has seen steady revenue and increases in visitors over the last four years. These visitors are coming from Canadian Providences, other New England states, the mid-Atlantic, and from overseas. Those visitors driving to Maine are increasingly coming by electric vehicle, requiring Maine to meet increased charging infrastructure needs to continue tourism revenue and visitor growth. 

Tesla Destination Charging - Host Sites Needed

Tesla has partnered with ReVision Energy to install Tesla wall and pedestal level 2 chargers (minimum of four chargers per site) across New England. The selected hosts will receive a valuable charging amenity for little or no cost and cross-marketing from Tesla to attract customers. ReVision is looking for ideas for host locations, including but not limited to: large employers, retail outlets, sports venues, hotels, resorts, restaurants, golf courses, hospitals, large parking lots, recreation destinations, ski resorts, breweries, municipalities, and nonprofits. If you have an idea for a host site, or if your business is interested, please contact Barry Woods, Director of Electric Vehicle Innovation of ReVision Energy at (207) 494-4440. 

Content provided by Cianbro.

Cianbro is one of the nation’s largest, most diverse, successful, 100-percent employee-owned (30th largest in the United States), open shop, construction and construction services companies. They are currently operating in five markets across more than 40 states and employ over 4,000 team members. Cianbro manages and self-performs work in five markets: Building; Oil, Gas & Chemical; Infrastructure; Power & Energy; and Industrial & Manufacturing.  

The firm safely and efficiently plans, manages, and constructs many technically complex, historical, and environmentally sensitive projects for a wide variety of public and private clients. Cianbro’s total commitment to safety is enthusiastically supported by its team members, and the organization has been named the Healthiest and Safest Company in America by the American College of Occupational and Environmental Medicine. Cianbro and its team members have been nationally recognized as the Contractor of the Year by the Associated Builders and Contractors of America, and has also received awards for Excellence in Construction, Outstanding Civil Engineering Achievement, and Engineering Excellence. The firm was ranked 103rd on the list of the Top 400 Contractors in America in 2017, tabulated by Engineering News-Record (ENR) based on contracting revenue.

Cianbro has a long history of completing projects that support energy and environmental sectors in Maine and around the nation. A segment of the company’s large workforce focuses on building and maintaining Maine’s bulk transmission, substations, and distribution for all major utilities in the region, in an environmentally stringent manner. Cianbro has completed projects in many of Maine’s hydropower generation facilities in order to improve operational efficiency and lessen environmental impacts, e.g. the construction of fish lifts and the rehabilitation of turbines and generators. The company is also the constructor for some of Maine’s most challenging wind and solar power projects; the most recent example being the completion and commissioning of the largest solar producing energy facility in Maine and within the jurisdiction of ISO New England. 

The Pittsfield Solar Project consists of 40,300 solar panels erected on 57 acres of a 115-acre parcel owned by Cianbro off Route 2 in Pittsfield. The Pittsfield Solar Project has the capacity to send up to 9.9 megawatts of AC electricity to the grid, enough to supply 6,500 homes at peak generation. Cianbro submitted its application for the solar facility to the Maine Public Utilities Commission in the autumn of 2015 under the PUC’s Community Based Renewables Energy Program. Following the award, Cianbro crews broke ground for the facility at the beginning of August in 2017. The Pittsfield Solar Project went online, producing energy commercially, on December 23rd of 2017 – a rapid five-month completion. 

Cianbro is an E2Tech Sustaining Steward and Chad Allen is a Member of the E2Tech Board of Directors. 

To learn more about the E2Tech Sustaining Partner program, visit our membership page.

The Maine Technology Institute (MTI) closed the Lightning Round of the Maine Technology Asset Fund 2.0 (MTAF 2.0) in December. MTI accepted applications in the form of a 10-slide pitch deck from October 2 through December 8, 2017. They received 183 proposals seeking a total of $381 million in funding. Maine voters approved $45 million in general fund bond dollars in June 2017 to fund the MTAF 2.0 program. 

Companies from all parts of Maine, out-of-state, and out-of-country applied to the MTAF 2.0 program seeking individual funding requests between $18,000 to $45 million. These funds are to support R&D infrastructure, equipment, and technology investments in one or more of Maine’s seven technology sectors. 

MTI awarded funding to Vets First Choice; C & L Aerospace Holdings, LLC; Good To-Go, LLC; Hyperlite Mountain Gear; and The Jackson Laboratory from the first Lightning Round application pool for a combined $24.4 million. A second Lightning Round will be announced by MTI to award the remaining $20.5 million. 

Jeff Marks, Executive Director of E2Tech, will leave the organization he has led for five and a half years to pursue service and volunteer work abroad. His final day with E2Tech is December 31st. 

Jeff came to E2Tech in July of 2012 after a career in government relations and policy work in California, Washington D.C., and Maine. Jeff helped the organization grow operationally and financially, landing grants and leading special projects that allowed E2Tech to promote and support the energy and environmental sector in Maine, as well as increase its presence among entrepreneurs, creatives, businesses, activists, and state, regional, and federal representatives.

Melissa Winne, current Project Director of E2Tech, will be stepping in as Interim Director and will maintain the organization’s momentum as we search for a new Executive Director. 

Jeff is eager to follow his passion for environmental service and was given a unique opportunity to travel overseas and volunteer with an animal and wildlife rescue operation. He is proud of his time with E2Tech, stating, “E2Tech is an incredible network of private, public, and non-profit leaders on the cutting edge of the environmental, energy, and cleantech sectors.  If not for this new opportunity, I would love to continue working with the dedicated individuals who bring innovation and progress to this community. I want to thank E2Tech’s staff and Board of Directors and all E2Tech members and partners for positioning us as a leading Northeastern business and economic development organization.”

Patrick Coughlin, Principal and Director of Engineering and Sentry EHS at St. Germain Collins, and Chair of the E2Tech Board of Directors remarked, “This organization’s success has come from the hard work and dedication of the staff, volunteers, and the Board. Thanks to Jeff for elevating E2Tech to the professional organization it is today!”

E2Tech is engaged in several projects that will achieve long-term benefits for Maine.  Its educational and networking activities in 2018 will continue to promote business development, sustainable job growth, and sound public policy.

Please join us in thanking Jeff for his dedication and leadership throughout his tenure with E2Tech at our December 14^th Winter Networking Reception at Cloudport in Portland. We look forward to hearing about his new adventures!

On the International Stage: In early November, the United States became the only country unwilling to participate in the Paris Climate Agreement, after Syria pledged to join. At the U.N. climate summit in Bonn, Germany, the official U.S. formal delegation declined to participate except to speak about the role clean coal, natural gas, and nuclear energy will play in reducing future carbon emissions. A second U.S. delegation of businesses, governors, and mayors of major cities also attended and described their plans to meet the U.S. Paris Agreement target of 26-28% reduction on their own. Fourteen states have joined the U.S. Climate Alliance (USCA) as a commitment to uphold the Paris Agreement on their own. Other states and cities have pledged support for the Paris Agreement but have not joined the USCA. 

After three years of stable world carbon emissions, 2017 levels are expected to rise by 2%. While emissions from European countries and the U.S. are expected to be lower than previous years, emissions from the rest of the world, especially China and India, are expected to be higher. 

On the National Stage: On October 10, EPA Administrator Scott Pruitt issued a Notice of Proposed Rulemaking to repeal the Clean Power Plan. The EPA held its only scheduled public meetings on November 28 and 29 in Charleston, West Virginia – coal country! Written public comments will be accepted until January 16, 2018. 

In our August newsletter, we wrote about the leaked Climate Science Special Report draft. Thirteen Federal Agencies released the final version in November, which is Volume I of the Fourth National Climate Assessment. Climate Change Impacts, Risks and Adaptation in the United States is Volume II of the Fourth National Climate Assessment and is scheduled for release in late 2018. Volume II will analyze the impacts to the nation’s resources (forests, freshwater, saltwater, soil, air, etc.), sectors (energy, transportation, infrastructure, health, etc.), and systems. Volume II will also provide regional analyses, risk assessment, and impact responses and adaptations. The public comment period for Volume II is open until January 31, 2018. A related report, Second State of the Carbon Cycle Report, reviews U.S. and North American carbon sources and sinks and their respective impacts to global carbon amounts and managed and unmanaged systems. The Second State of the Carbon Cycle Report is also available for public comment until January 8, 2018. 

On the State Stage: Maine is already starting to show signs of climate change:

• Warmer falls and winters are allowing ticks to stay active longer, reducing the moose population and increasing human cases of tick-borne diseases, such as Lyme and anaplasmosis.
• Some invasive forest pests, like the hemlock woolly adelgid, were contained by Maine’s colder winters but are now expanding their range. 
• The Gulf of Maine is getting warmer and more acidic, impacting shellfish larvae habitat and shell development, reducing suitable groundfish habitat, and becoming more hospitable for non-native species. 
• Over a 100-year period, sea level has increased by 0.6 feet in the Portland area, while Eastport’s sea level has increased by 0.7 feet. 

Maine's first year of a two-year 128th Legislative Session closed in August with a slate of energy and environmental bills passed, carried over, or dead!

More than 400 bills need action in the 128th Legislature 2nd session. Among them are 319 that were held over from the first session, 63 new bills approved for consideration by legislative leaders, and 41 bills submitted by Gov. Paul LePage. In a closely divided Legislature, several key lawmakers are running for governor, including the Senate President, Senate Majority Leader, and House Minority Leader. This political dynamic could spill over into deliberations over a number of controversial bills related to energy, criminal justice, health and human services, and taxes.

The 2^nd session is scheduled to begin on Jan. 3 and conclude on April 18. 

Some Energy & Environmental Bills Carried Over Include:

• LD 131 An Act to Protect the Biomass Industry
• LD 257 An Act to Enable Municipalities Working with Utilities to Establish Microgrids
• LD 260 An Act to Create the Maine Energy Office
• LD467 An Act to Authorize a General Fund Bond Issue to Address Changes in Sea Level
• LD 532 An Act to Remove the 100-megawatt Limit on Hydroelectric Generators under the Renewable Resources Laws
• LD 656 An Act to Improve the Ability of Maine Companies to Manufacture and Market Bioplastics
• LD 1095 An Act to Establish the Maine Coastal Risks and Hazards Commission
• LD 1248 An Act to Improve Public Transportation in Maine
• LD 1373 An Act to Protect and Expand Access to Solar Power in Maine
• LD 1444 An Act Regarding Large-scale Community Solar Procurement
• LD 1487 An Act to Control Transmission Costs through the Development of Nontransmission Alternatives
• LD 1515 An Act to Reduce Electric Rates for Maine Businesses by Amending the Laws Governing Spending from the Regional Greenhouse Gas Initiative Trust Fund
• LD 1632 An Act to Establish the Manufacturing Jobs Energy Program

New Energy & Environmental Bills for the Second Session Include:

• LR 2474 An Act Regarding a Biomass-generated Energy Purchase and Sale Agreement and Payments to Contractors
• LR 2584 An Act to Eliminate Gross Metering for Energy Generation
• LR 2594 An Act to Revise the Renewable Portfolio Standard Laws to Require Certain Hydropower Facilities to Qualify as Class I Resources
• LR 2603 An Act to Protect the Right to Self-generate Electricity
• LR 2608 Resolve, Establishing the Commission to Study the Economic, Environmental and Energy Benefits of Energy Storage to the Maine Electricity Industry
• LR 2626 Resolve, To Join the International Alliance to Combat Ocean Acidification 
• LR 2634 An Act to Ensure Equity in the Funding of Maine’s Transportation Infrastructure by Imposing an Annual Fee on Hybrid and Electric Vehicles 
• LR 2712 An Act to Allow Hydropower Facilities to Sell Power Directly to Rural Manufacturing and Industrial Sites
• LR 2736 An Act to Update the Allowance Budget for the Regional Greenhouse Gas Initiative
• LR 2786 An Act to Protect Maine Residents and Businesses from Rising Electricity Costs

E2Tech approved term extensions for seven of its 24-Member Board of Directors and elected three new Members at its November 16, 2017 Annual Meeting during the Expo in Portland. The ten Directors’ experiences are diverse and span the electricity, energy law, wind and solar, construction, project management, hydrokinetics, data security, and environmental law and consulting fields in Maine. We are excited to welcome (and welcome back) all of these dedicated individuals as a vital part of our organization!

New E2Tech Board Members

Laney Brown – Vice President, Concentric Energy Advisors
At Concentric Energy Advisors, Laney works with clients to provide guidance and strategy on the changing energy industry. She is an expert in distributed generation, smart grids, and regulatory policy and is a member of NY State Energy R&D Agency’s Grid Modernization Advisory Committee and the US Department of Energy’s Electricity Advisory Committee. 

Sarah Tracy – Partner, Pierce Atwood (Chair, Program Committee)
Sarah’s practice focuses primarily on electric and natural gas proceedings before state and federal entities, including state public utility commissions and state and federal courts. Sarah also negotiates and drafts agreements for the purchase of electric energy, capacity and renewable energy credits, as well as long-term contracts for natural gas supply and distribution service.

Paul Williamson – Development Manager, Apex Clean Energy
Paul manages Apex Clean Energy’s wind and solar energy generation projects in Maine through Downeast Wind. Apex Clean Energy has more than 60 projects in development in 20 states in addition to seven operational wind farms. 

Returning Board Members

Chad Allen – Senior Project Engineer, Cianbro 
Chad’s work at Cianbro includes supporting the growth of wind energy, biomass, and conventional power generation in the Northeast. 

David Ertz – Senior Consultant, DBE Consulting 
David provides construction, contract, and project management expertise to renewable energy projects. 

John Ferland – President and Chief Operating Officer, Ocean Renewable Power Company (Board Secretary & Chair, Strategic Planning Committee)
John leads ORPC’s project development, environmental permitting, and project licensing activities. He has over 30 years of experience in commercialization strategy for renewable energy companies, coastal resource management, and public policy. 

Jim Katsiaficas – Director, Perkins Thompson 
Jim advises public and private clients in the areas of municipal, land use, zoning and planning, environmental, and administrative law. His environmental work has included waste-to-energy facility, and water and sewer district representation; municipal landfill, uncontrolled hazardous substance site, and Superfund site closures; and the establishment of the governance structure for and representation of the Long Creek Watershed Management District. 

Becky Metivier – Marketing Manager, Sage Data Security (Chair, Marketing & Membership Committee)
Becky has provided marketing services for several local Maine environmental companies before joining Sage Data Security as their marketing manager. 

Jeffrey Thaler – Professor of Energy Policy, Law & Ethics, Assistant University Council, University of Maine
Jeff is the University of Maine’s first Visiting Professor of Energy Policy, Law & Ethics and also serves as Assistant University Counsel for environmental, energy, and sustainability projects and initiatives. He has been permitting counsel for on- and off-shore wind projects, hydro power, and wood-to-biofuel facilities. 

Sarah Watts – Managing Environmental Scientist and Operations Manager, Tetra Tech
Sarah has worked professionally in Maine as an environmental consultant since 2000. At Tetra Tech, Sarah oversees a group of 20 biologists, natural resource scientists, and planners, who primarily support project work in renewable and conventional energy generation and transmission. 

The Environmental & Energy Technology Council of Maine (E2Tech) is the state’s only energy, environmental, and clean technology business and economic development organization. E2Tech is a catalyst, a change agent, and a resource center that strives to promote Maine companies, support their robust and sustainable acceleration, and help them compete in national and global markets. E2Tech members include electric utilities and renewable energy companies, manufacturers, environmental engineers, emerging entrepreneurs, innovators and designers, as well as government agencies, educational institutions, and non-profits. For more information, please visit http://www.e2tech.org. 

Maine Company Accelerates Clean Energy Transition & Rapidly Grows Jobs

Content provided by ReVision Energy

As storms intensify and utility grid vulnerability increases, it's very good news that one of the first renewable energy microgrids in our region is being built at Brunswick Landing, powered by a massive solar array and anaerobic digester that converts agricultural waste into clean-burning fuel. Combining large-scale renewable energy with battery storage, heat pumps, LEDs and electric vehicle charging, the microgrid project is a community-scale, self-contained energy island emerging on the grounds of the former Naval Air Station that will provide greater energy resiliency and independence at lower cost than traditional energy sources.

Portland-based ReVision Energy is leading the microgrid project as part of its mission to help northern New England transition from a fossil fuel based economy to a sustainable renewable energy based economy. "Every year Mainers export $5 billion from the local economy to import fossil fuels from away," said Phil Coupe, a co-founder of ReVision. "Every time we build a solar energy system here at home, it helps plug that massive hole in Maine's fiscal boat by keeping our energy dollars in the local economy."

Since 2003 the company has grown from two guys in a garage in Liberty, ME to more than 200 employees in five locations in ME, NH and MA as more people and organizations invest in solar combined with hyper efficient, electric powered appliances to drastically reduce fuel consumption and carbon pollution. Two key factors are driving the company's growth, said Coupe:

1. The cost of solar technology has dropped by more than 75% over the past 10 years, and batteries are headed in the same direction.

2. Rapidly growing concern that 7 billion people burning fossil fuels in a closed atmosphere is utterly unsustainable as global energy demand is expected to grow 28% as population rises to 10 billion by 2050.

"Solar electricity has become cost-competitive with traditional sources of energy and this is a game-changing tipping point that is accelerating the clean energy transition" said Coupe. Modern solar technology comes with a 25-year warranty and 40-year expected useful lifespan, making it an attractive investment option because it is one of the few building upgrades that can be done cash flow neutral as the revenue stream of electricity generated by solar pays for the initial capital cost over time.

Maine's abundant solar resource, which is equal to that of Houston, TX and only 10% less than Florida's, delivers a strong economic and environmental return on solar energy projects that are being used to power homes, commercial buildings, schools and municipalities. A recent installation of 3,000 solar electric panels atop South Portland's capped landfill is powering 12% of the city's buildings while saving taxpayers thousands of dollars in utility costs and reducing carbon pollution from regional fossil fuel power plants.

In addition to helping Mainers save money and protect the environment, ReVision Energy is working with a wide range of non profits and schools to solve problems beyond over-reliance on fossil fuels. In 2015 ReVision became a certified B-Corp, which means that the business is being operated with a goal of creating maximum positive societal impact rather than the traditional approach of maximizing shareholder returns. "The positive feedback from employees and customers has been astounding--converting to a B-Corp may have been one of the single best business decisions we've ever made," said Coupe. In October 2017 ReVision converted to a 100% employee-owned company as a way to share the company's financial success with the people working hard to make it happen.

Consistently recognized as one of Maine's Best Places to Work, ReVision Energy has also built a sterling reputation for high quality installations and customer service, culminating in being named the #1 Rooftop Solar Contractor in New England by Solar Power Industry magazine.

This holiday season ReVision Energy is partnering with a nationwide solar coop and a disaster relief agency to build portable emergency power units for the hardest hit areas of Puerto Rico in the wake of Hurricane Maria. The first 10 solar-powered trailers destined for Puerto Rico will be built at ReVision's newest 'decarbonization facility' in N. Andover, MA where volunteers will install solar panels, batteries, lights, power outlets and water purification systems. Once completed in the next month or two, the trailers will be shipped to Puerto Rico and then towed by SUV's to remote areas that have been without utility power and clean water for more than two months.

"Our goal is to alleviate some of the massive human suffering that is taking place in Puerto Rico," said Coupe. "With more than 50% of the island still without power, it's going to take many months for people to get back on their feet and resume some semblance of normal living."

ReVision Energy is an E2Tech Sustaining Steward and Phil Coupe is a Member of the E2Tech Board of Directors.

CHP in Maine. The U.S. Department of Energy has selected the University of Maine to lead one of eight regional partnerships dedicated to the promotion, technical support, and deployment of cost-effective and highly efficient combined heat and power (CHP) technologies throughout the nation. UMaine, in partnership with the University of New Hampshire and Watson Strategy Group, will oversee the CHP Technical Assistance Partnership (TAP) center in the northeast region, including Maine, New Hampshire, Vermont, Rhode Island, Massachusetts, and Connecticut.

Microgrids in Maine. A recent devastating wind storm swept through Maine with 80 mph wind gusts and cut out power for more than a half million Mainers, earning it the distinction of being the largest power outage in Maine history.  Other states are working on creating more reliability and resilient electricity grids.  The Energy, Utilities, and Technology Committee is holding meetings on LD 257, which seeks to promote and incorporate microgrids and other innovative energy technologies.

Heating Oil in Maine. Maine’s winter heating season is in full swing and heating oil, kerosene, and propane prices are climbing.  Watch the Maine Governor’s Energy Office website for changes in fuel prices through March 2018.

EVs in Maine. Electric charging stations are popping up all over Maine, including recent installations at E2Tech Members LL Bean and Hannaford. Now, you can charge up while you wind down at Flight Deck Brewing in Brunswick. Tesla installed three charging stations at the brewery at Brunswick Landing, joining solar and an anaerobic digester as components of a burgeoning renewable energy center at Brunswick Landing.

Environmental Excellence in Maine. Governor Paul R. LePage and the Maine Department of Environmental Protection announced the recipients of the 2017 Governor’s Award for Environmental Excellence. The awards recognize businesses, public entities, and individuals for their extraordinary efforts to protect and improve Maine’s environment. E2Tech congratulates Pratt & Whitney and the City of Brewer for their awards, but sends a special shout-out to E2Tech co-founder and former Board Member James Atwell, Retired Senior Project Manager – Sevee & Maher Engineers. Inc. Throughout his 50-year career as a civil and environmental engineer, Jim has used his professional skills to make Maine a better place to work and live. 

Governor's Energy Bill. The Governor's Technical Energy Advisor, Jim LaBrecque, announced on a radio show that the Governor is working on an energy bill for the upcoming legislative session to reduce oil use, decrease heating and transportation costs, and reduce CO2 through "real time pricing". 

PUC Delays Solar Net Metering Change. The Maine Public Utilities Commission has decided to delay for four months the solar power net energy billing (aka net metering) rule that would gradually reduce the amount of credit for solar energy until the end of April 2018. The rule was originally slated to go into effect on January 1, 2018.