U Illinois Chicago Upgrades Energy Dashboard
The newly improved dashboard allows campus users immediate access to real-time energy displays. Upgrades include a new analytics platform, improved navigation and added campus-wide data streams. Users can see the energy use for 13 campus buildings.
U Iowa to be Coal Free by 2025
Increasing its use of biomass and other renewable energy sources, the university has teamed up with industry experts to develop diverse fuel sources and to optimize the power plant’s handling and combustion of these new alternative fuels in order to eliminate the use of coal by 2025. The current biomass fuel portfolio includes oat hulls, Miscanthus grass and wood chips.
Suffolk County CC Earns Tree Campus USA Recognition
The Arbor Day Foundation has recognized Suffolk County Community Colleges Eastern Campus as a Tree Campus USA, a national program that honors colleges and universities and their leaders for promoting healthy trees and engaging students and staff in the spirit of conservation. The community college achieved the title by meeting Tree Campus USA’s five standards, which include maintaining a tree advisory committee, a campus tree-care plan, dedicated annual expenditures for its campus tree program, an Arbor Day observance and student service-learning project.
Eastern Kentucky U Sets 2036 Carbon Neutrality Goal
The university recently completed a comprehensive Climate Action and Resiliency Plan to strategically and economically reduce its carbon footprint to zero by 2036. The plan calls for the university to reach its goal via a variety of mitigation strategies, including implementation of geothermal heating/cooling throughout campus, improvements in central plant and building efficiencies, greater efficiencies in steam and chilled water, energy efficiency guidelines for new buildings, the purchase of renewable energy credits and carbon offsets and reduction in water consumption.
U Nebraska Medical Center Sets 2030 Carbon Neutrality Goal
Over the next 13 years, a new set of goals calls for the university and its partner, Nebraska Medicine, to become carbon neutral, with all the energy they use coming from renewable resources produced either on or off campus. The goals also call for reducing waste to zero and using less water than what falls on the main campus during an average year, about 104 million gallons.
U Reading Sets New Carbon Reduction Goal
(U.K.) After hitting a 35 percent reduction from a 2008-09 baseline, the university announced a new carbon reduction goal–45 percent by the 2020-21 academic year. To date, more than 4 million pounds ($4.9 million) has been invested into projects to improve energy performance, the savings from which will be reinvested back into sustainability initiatives. In addition, plans are already underway to reduce water consumption by 10 percent.
Hope College Building Receives LEED Silver
The building is co-located near public transportation, and uses light-colored concrete to reflect light, and stormwater retention and filtering. By weight, the materials used in construction have 32 percent recycled content, and by cost, more than 55 percent came from within 500 miles.
Loyola U Chicago Wins 2016 Climate Leadership Award
The Association of Catholic Colleges and Universities and Solution Generation recognized the university for its commitment to addressing climate change and making climate impacts on natural and social systems a key aspect of social justice. In the past year, Loyola released the university’s climate action plan with a goal of achieving carbon neutrality by 2025. As Chicago’s Jesuit, Catholic university, Loyola is addressing the climate through three main strategies: its campus, its curriculum and its community engagement.
U Melbourne Unveils Four-Year Sustainability Plan
(Australia): The university’s first institution-wide Sustainability Plan 2017-2020 indicates the university will become carbon neutral before 2030, achieve zero net emissions from electricity by 2021 and will now report annually on the institution’s sustainability impact and performance. The plan also calls for the establishment of a sustainable investment framework for evaluating and managing material climate change risk, and will set out the criteria for divestment from and investment in listed equities.
U Illinois Farm to Install Biomass Boiler
The greenhouse at the university will soon have a new biomass boiler from Germany that will replace the greenhouse's current propane gas fuel, resulting in fewer carbon-dioxide emissions. The boiler will use perennial grasses grown on the farm.
Oregon State U Board Votes to Divest from Fossil Fuels
Responding to calls from students and faculty concerned about global warming, the university's board of trustees voted recently to dump the university’s investments in the fossil fuel industry. The decision means the state treasurer will begin selling off about $6.7 million in securities issued by fossil fuel companies, which represent less than 2 percent of the $516 million currently held in the fund.
Maryland Gov. Announces $7.5M for U Maryland 'Green Energy Institute'
Maryland Governor Larry Hogan announced his environmental agenda for the coming legislative session that included allocation of $7.5 million to the University of Maryland to create a green energy research center. The mission of the Green Energy Institute will be to develop and attract private investment and commercialize clean energy innovations and deployment solutions in Maryland.
Black Hills State U to Install Four Solar Energy Arrays
In an effort to normalize what it pays for electricity and to further its environmental efforts, the university is moving forward with four photovoltaic arrays that are projected to provide approximately 17 percent of its annual electricity consumption. The university currently pays 3 cents per kilowatt-hour to Western Area Power Administration. Six months out of the year, BHSU exceeds its allocation from WAPA and then buys power from Black Hills Energy at a rate of 12 cents per kilowatt-hour. The solar power will replace the power bought from Black Hills Energy.
U Notre Dame to Generate Hydroelectric Energy
The university and the city have reached an agreement on a 50-year lease that gives the university rights to construct and operate a hydroelectric generation facility on the dam in the St. Joseph River. The university will run transmission lines from the dam to campus to generate about seven percent of its electrical needs.
Dickinson College to Bring 3MW Solar Array to Campus
As Dickinson approaches its 2020 deadline for carbon neutrality, the college has advanced a project that will bring a three-megawatt solar array to campus. The array is expected to provide 25 percent of the college’s electricity. The project is in conjunction with SolarCity through a 25-year power purchase agreement. Under the 25-year contract, SolarCity will install and maintain the solar panels at no cost to the college. Dickinson’s only expense will be the cost of the power itself.
Saint Johns U to Purchase Solar Energy
The university will soon be able to use a maximum of 40 percent of a three-megawatt, grid-tied photovoltaic array, which will provide just over 13 percent of university's annual electrical needs. The new solar field is being constructed on 23 acres of Abbey-owned land, which will be replanted to a prairie-wildflower mix between the panels to increase pollinator habitats for bees, butterflies and birds.
Stanford U Partners on 67MW Photovoltaic System
The university teamed up with SunPower to complete a 67-megawatt solar system that will reduce the university’s greenhouse gas emissions by 68 percent and use of fossil fuels by 65 percent. The nearly 155,000-panel array tracks with the sun to optimize solar gain. Although the station is not wired directly to Stanford, the university will buy all the power the station generates for the next 25 years at a fixed price.
U Illinois Urbana-Champaign Enters into Wind Power Purchase Agreement
In a 10-year power purchase agreement, the university will receive nearly nine percent of the total wind generation of a nearby utility-scale wind farm, which in combination with other renewable energy brings the campus' clean energy portfolio to about nine percent (33,200-megawatt-hours) of it's annual energy consumption. The university's climate action plan includes an objective to obtain at least 120,000-megawatt-hours per year from low-carbon sources by fiscal year 2020.
Middlebury College Reaches Carbon Neutrality
In a recent news announcement, the college explains two initiatives it used to help reach a net zero carbon footprint, meaning that the institution has balanced the amount of carbon emissions it releases with an equivalent amount sequestered or offset. In 2008, a biomass facility was brought online that helped reduce No. 6 fuel oil from two million gallons to 600,000 by using 24,000 tons of locally sourced wood chips. In addition, a conservation deal allowed the college to set aside 2,100 acres of forestland in perpetuity that it will count toward carbon sequestration.
Harvard U Achieves GHG Reduction Milestone Set in 2008
In a recently released report, the university details the path it took to achieving its goal, which it set in 2008, to reduce greenhouse gas emissions 30 percent by 2016 from a 2006 baseline, inclusive of campus growth. The steps included energy audits and energy efficiency measures across most of the 25 million square feet of campus, installing renewable energy technology, and fuel-switching and other improvements to campus utilities that lowered carbon pollution. Changes to energy supply and demand resulted in a 24 percent absolute reduction in emissions while purchased electricity from local renewable energy sources fulfilled the remaining six percent reduction.
HEIs Pen Letter to President-Elect Regarding Climate Action
Collaboratively developed by a diverse group of higher education institutions and Second Nature, an open letter to the incoming President and members of Congress asks for participation in international climate efforts, support for climate research and investment in climate solutions. Any institution of higher education can add their name to the letter by Dec. 9, to be included in the national release of this letter.
Simon Fraser U Commits to Decrease Footprint of Investment Portfolio
In late November, the university's board of governors committed to decrease the carbon footprint of its investment portfolio by at least 30 percent by 2030. This target is in line with Canada’s climate commitment, and enables the university to actively encourage companies to pursue lower carbon solutions, while also reducing its investment risk.
Oklahoma State U to Connect New, More Efficient Power Plant
The construction of a new central steam and chilled-water plant will replace the university's 1947 power plant and is set to come online at the beginning of 2017. Designed to meet future needs as dictated by the growth of campus over the next 20 years, the power plant's new chillers will be 31 percent more efficient and new boilers 21 percent more efficient than existing plant equipment, resulting in a projected $350,000 reduction of annual campus energy costs.
North Carolina State U Students & Faculty Petition for Renewable Energy by 2030
Students gathered just before the 2016 Thanksgiving holiday to ask Chancellor Randy Woodson to commit to making the university 100 percent reliant on renewable energy sources by 2030. Students working with the Climate Reality Project, Environment America and the Student Public Interest Research Groups gathered 4,200 signatures from students and faculty on a petition, as part of a national movement called “100% Committed, 100% Renewable. The Week of Action for Renewable Energy.”
St. Olaf College Soon to be Carbon Neutral
The college will soon be 100 percent carbon neutral after the completion of five, one-megawatt solar electric farms on college-owned land. In addition to the solar installations, the college operates a utility-scale wind turbine and purchases wind energy from a utility. The college uses over 17,000 megawatt-hours of energy.
Portland State U Wins National Award for Community Engagement
The Association of Public and Land-grant Universities (APLU) has named the university the winner of the C. Peter Magrath Community Engagement Scholarship Award in recognition of its 27-year partnership with Portland’s Bureau of Planning and Sustainability, which have gained national and international recognition for their long-term partnership that engages faculty and students in education, research and service.
Portland State U Partners with Community on Clean Air
The university’s Institute for Sustainable Solutions recently joined with Neighbors for Clean Air and Lewis & Clark Law School’s Northwest Environmental Defense Center on a new partnership, BREATHE Oregon, that will provide scientific data, legal analysis and community outreach so residents and policy makers have the information they need to make decisions that improve air quality in Portland and throughout Oregon. The partnership was awarded $250,000 from the Meyer Memorial Trust.
Duke U Students Challenge Proposed Natural Gas Plant
A proposed 21-megawatt, combined heat-and-power (CHP) project that the university and Duke Energy have claimed as a clean and energy-efficient alternative for the university is facing growing opposition. Opponents worry the project will expand the use of fossil fuels, and some complain the university has not involved students, faculty and the local community.
Weber State U Unveils 2MW Solar System
The approximately two-megawatt solar-electric system is expected to provide 100 percent of the Davis campus electrical needs. The system was financed, designed, installed and will be maintained by SolarCity and covers nearly seven acres of land.
Wesleyan U Celebrates Installation of 750KW Photovoltaic Array
Projected to provide approximately five percent of the university's annual energy consumption, the completed 750-kilowatt solar-electric system will work in collaboration with two existing natural gas co-generation facilities to expand the reach of its microgrid.
Ball State U Shaves 20 Years Off Carbon Neutrality Date
In consultation with the institution's Sustainability Working Group, the interim president endorsed moving the carbon neutrality date up from 2050 to 2030, which was made possible, in part, from the installation of a ground-source heating and cooling system and working with Chevrolet and the Climate Neutral Business Network to sell carbon reduction credits on the voluntary carbon market to fund further advancements.
U North Carolina Chapel Hill Announces Three Zeros Initiative
The university's new Three Zeros Initiative strives to achieve greenhouse gas neutrality, water neutrality and zero waste by addressing individual behaviors, teaching and how the campus can model new, innovative approaches while having a global impact. Three Zeros stemmed from the new Sustainability Plan, which is the university's framework for examining campus-wide sustainability efforts and identifying ways to integrate them into teaching, research and engagement activities.
Ohio Northern U Begins Construction on 2MW Solar Array
Projected to meet approximately 10 percent of the university electricity demand, the two-megawatt photovoltaic system is expected to be complete in 2016. Under a 25-year power purchase agreement, the university will purchase electricity directly from the array without needing to invest capital in construction and maintenance.
Cornell U Releases Report on Carbon-Reducing Solutions
Released in September 2016, Options for Achieving a Carbon Neutral Campus by 2035 - Analysis of Solutions is a set of recommendations for that will inform decision-making to reach carbon neutrality by 2035. The report focuses on solutions to reducing energy demands and providing low carbon energy supply, such as ensuring all students graduate with a basic understanding of climate literacy and pursuing energy solutions in partnership with local and regional entities.
Harvard U Funds Climate Solutions Course and Research Project
The multi-year Climate Solutions Living Lab course and research project is designed to bring together students from across the university in interdisciplinary teams to develop innovative approaches for reducing greenhouse gas emissions at Harvard and beyond. The strategies are intended to be scalable for potential adoption by other similarly situated institutions that want to reduce their emissions and improve public health in and around their buildings.
Keene State College Heats with Waste Vegetable Oil
In a Campus Sustainability Month announcement, Keene stated it is using 100 percent purified waste vegetable oil to heat approximately 36 percent of campus. During August 2016, the college met the demand for heat and hot water using this fuel, which is helping the college reduce carbon emissions.
Otto Beisheim School Mgt Opens Building with Sustainable Energy System
(Germany) The new building features a climate control system that includes two wells for groundwater that is used to cool the building. This is coupled with a software-controlled ventilation system that allows the air inside the building to mix with outside air to result in an even distribution of temperature without temperature stratification.
U Oregon Adopts ESG Investment Considerations
The university's chief investment officer recently mentioned its new environmental, social and governance considerations for investments, which state that carbon-based investments will expire without renewal. The investment management statement also indicates the university owns no investments in coal.
Arizona State U & Johnson County CC Win 2016 Climate Leadership Awards
The Center for Green Schools at the U.S. Green Building Council, in partnership with Second Nature, recently announced that Arizona State University and Johnson County Community College have been recognized for their innovative and advanced leadership in sustainability, climate change mitigation and resilience. Honorable mentions include Huston-Tillotson University, Milwaukee Area Technical College, Santa Fe Community College and Southern Oregon University.
Vassar College Endorses 2016 Climate Action Plan
The 2016 Climate Action Plan outlines a path of action for achieving carbon neutrality by 2030, including construction of a small-scale hydro facility and a large-scale photovoltaic system within the next two years. To date, the college has reduced greenhouse gas emissions by 33 percent from 2005 levels.
U California Purchases Electricity from 60MW Solar Installation
A key step in reaching the university system's goal of carbon neutrality by 2025, electricity produced by a recently completed, 60-megawatt (MW) solar farm will be purchased by the university, with nearly one-quarter going to UC Davis. The 60MW represents approximately 14 percent of the system's total usage and the university notes that an additional 20MW solar installation is set to come online by mid-2017.
Energy Action Coalition Becomes the Power Shift Network
After the Energy Action Coalition's newly hired (2015) executive director, Lydia Avila, completed a listening tour with stakeholders, it was decided that along with a name change, the Power Shift Network will decentralize itself into "a national network of climate, clean energy, and social justice organizations, including student-led groups, who, together, mobilize the collective power of young people to mitigate climate change and create a just, clean energy future and resilient, thriving communities for all", Avila says.
Three Universities Participate in Voluntary Carbon Offset Market
The University of Illinois Urbana-Champaign, Ball State University and Southern Oregon University sold credits produced through carbon-reducing
activities to help finance and further their carbon neutrality work on campus. Made possible by Second Nature's Carbon Credit and Purchasing Program, the sale to BP Target Neutral generated over $1 million.
U British Columbia Publishes 'Carbon Neutral Action Report'
The newly released report summarizes the school's emissions profile, actions to reduce emissions, total offsets and ongoing and future strategies for continued emissions reductions. Highlights include greenhouse gas emissions reductions by 30 percent below 2007 levels despite a 16 percent increase in floor space and 22 percent increase in student enrollment. Reductions were primarily due to a steam to hot water conversion project (District Energy), displacement of natural gas through the Bio-energy Research and Demonstration Facility and optimizing academic building performance.
