On December 9th, SyracuseCoE facilitated a meeting of Governor Cuomo’s energy leadership team and principal stakeholders from CNY manufacturing, engineering, and design firms to discuss opportunities to accelerate the adoption of clean energy technologies in New York State through public-private partnerships. Participants examined specific market barriers and recommendations that would accelerate adoption of heat and power (CHP) systems and energy-efficient retrofits statewide.
Energy Team members in attendance included NYS Chairman of Energy and Finance and Chairman of NYSERDA, Richard Kauffman; Commissioner of NYS Public Service Commission, Gregg Sayre; Senior Advisor to the Chairman of Energy and Finance, Greg Hale; Senior Vice President of Strategic Planning for NYPA, Robert F. Lurie; NYSERDA Director of Energy Analysis, John G. Williams; and Chief of Staff to the Chairman of Energy and Finance for NYS, Kate Burson. Syracuse University Chancellor Kent Syverud provided opening remarks.
This is the second time the energy leadership team has convened in Syracuse, following a panel discussion with SyracuseCoE Partners at the SyracuseCoE Symposium in October 2013.
COE Syracuse Center of Excellence 13th Annual Symposium 2013 Urban Reinvention and Resilience
The SyracuseCoE Annual Symposium features the best and latest innovations in energy efficiency and indoor environmental air quality, among other topics.
This year, symposium highlights included a statewide first: the three newest leaders of New York Governor Andrew Cuomo’s energy team appeared together for a discussion of the state’s emerging clean energy economy. Symposium attendees left with renewed optimism for collaboration and progress in key financial, regulatory and programmatic areas.
The trio—Richard Kauffman, chairman of energy and finance for New York and chairman of the New York State Energy Research and Development Authority (NYSERDA); John Rhodes, president and CEO of NYSERDA; and Audrey Zibelman, chair of the New York State Public Service Commission—was appointed over the past year by Governor Cuomo to lead his ambitious plans to scale up clean energy and enhance New York’s competitiveness.
The three are working together and with the rest of the NYS energy leadership team, on strategies and policies to expand innovation in energy to boost the state’s clean energy economy and stimulate economic activity, while ensuring an affordable and reliable energy system.
“Governor Cuomo is committed to clean energy and New York has long been a leader in clean energy, but we want to do more,” Kauffman told the symposium participants.
He encouraged the stakeholders to communicate with the state regarding existing market barriers, so they can determine what government tools may alleviate challenges and allow for private-sector forces to play a more significant role in the clean energy marketplace. “We’ve got to hear from market participants,” Kauffman said. “We want to hear what’s going on in the market—what’s working, what’s not.”
Louis Schick, a partner with NewWorld Capital Group, valued the invitation to offer ideas and help accelerate adoption of energy efficiency measures.
“It has been easy to become jaded and cynical about change and progress generally. Specifically, the gap between promise and progress in New York has traditionally been wide,” Schick said. “The state’s new top energy leaders have shown the will, courage and creativity in getting together, breaking traditional ‘fief’ boundaries and addressing stubborn challenges. I am grateful for their time, consideration and optimism.”
Another industry leader at the event, Kevin LaMontagne, chief financial officer at Fulton Companies, also found the discussion encouraging for increased collaboration between government and business leaders.
“It was wonderful to hear the team’s commitment to working together to transform energy policy in New York,” said LaMontagne. “I was happy to see the team’s receptiveness to feedback and input from Central New York’s vibrant clean tech sector.”
The dialogue and perspectives will also help inform the work of the SyracuseCoE, as it seeks to propel research, development and education in environmental and energy innovations with its partners.
“It was a great privilege to hear from Governor Cuomo’s newest energy leaders at the SyracuseCoE Symposium this year,” said Sherburne B. Abbott, vice president for Sustainability Initiatives and University Professor of Sustainability Science and Policy at Syracuse University. “We appreciated their candor and openness, and we look forward to working together to engage our partners in emerging statewide priorities and opportunities.”
During the symposium, Kauffman, Rhodes and Zibelman participated in a plenary panel moderated by Abbott on Oct. 21 at the Oncenter in downtown Syracuse. The session was sponsored by the New York Power Authority.
“Working in policy in New York is especially rewarding because it’s so quick that we’re able to turn policy ideas into real actions,” said Jill Anderson, NYPA chief of staff and director of energy policy. “You can actually see changes in our industry.”
Kauffman, Rhodes and Zibelman discussed Governor Cuomo’s vision for a new clean energy economy and such initiatives as the proposed “Green Bank” that will help attract private capital to accelerate clean energy projects.
“This state has all of the key ingredients to seize the opportunity: smart energy and environmental policies, outstanding academic institutions, tremendous R &D assets, a robust capital marketplace, big Fortune 500 companies in the market and smaller entrepreneurs entering the market,” said Rhodes, adding that the governor is committed to seizing this opportunity.
“It’s also clear more needs to be done to create an environment where commercialization of clean energy technology can flourish in this state,” Rhodes said.
The establishment of the Green Bank is helping in that area. “The most important metric for the Green Bank will be the investments that it enables in clean energy projects,” Rhodes said. “The purpose of the Green Bank is to take Green Bank funds and leverage them with funds from other entities, principally the private sector, so you get a multiplier there. And because the monies go out of the Green Bank and come back, they then can go out again.”
As chair of the New York State Public Service Commission (PSC), which regulates the state’s electric, gas, steam, telecommunications and water utilities, Zibelman addressed how she sees the role of the PSC in driving innovation and meeting demand. She noted how, as with any system, the electricity system will only work at its best when it works together and works efficiently and is aligned throughout the system.
“We’re at a point in time where we’re actually changing and fundamentally rethinking this system,” Zibelman said. That includes thinking about the customer’s needs as an active part of the system, identifying and removing barriers in market entry and investing in infrastructure.
“New York is in a fabulous position to have both national and international leadership. We certainly have the brains and we certainly have the energy—what you’re seeing is an opportunity to turn this into a true benefit to the state,” Zibelman said.
Kauffman also spoke about several principles that are driving changes in the state’s overall strategy in rethinking energy policies, including making change happen faster, encouraging innovation to achieve better value and choice for customers, leveraging ratepayer funds beyond grants and subsidies to maximize the benefit and enabling markets to work better. “We know that market forces are powerful and by harnessing them we can do more,” he said.
Ed Bogucz, executive director of SyracuseCoE, welcomed the participation of Governor Cuomo’s new energy leaders at the symposium for their first joint appearance. “We applaud their fresh ideas and their keen interest in connecting with New York firms and institutions that are creating innovations in clean energy and environmental systems,” Bogucz said.
The energy leaders brought insights that will help shape the vision for New York’s energy future. “The state is clearly on a path that is leading policy and programs nationally,” said Jim Fox, CEO and chairman of the Board of Directors of O’Brien & Gere. “Central New York’s cluster of manufacturing, design and construction firms is extremely well positioned to develop innovative enabling technologies and deploy integrated solutions here and across the country.”
The SyracuseCoE is New York State’s Center of Excellence in Environmental and Energy Systems. Its 2013 Annual Symposium, held Oct. 21-22, attracted more than 400 attendees—including industry practitioners, state and local officials, university faculty and students, and citizens—from throughout New York, more than 30 communities across the United States, and internationally.
This year’s symposium addressed “Urban Reinvention and Resilience,” including presentations on innovations to improve energy efficiency and indoor environmental quality in buildings, construction materials management, urban stormwater management using green infrastructure and community resilience through district energy systems.
TravelNerd, the travel division of consumer finance website NerdWallet, has recognized the Syracuse Center of Excellence for its work in promoting the creation of environmental and energy technologies in an article that rated Syracuse, N.Y. as one of the top destinations for green travel.
Moderated by: Doug Call, Professor of Civil and Environmental Engineering, Syracuse University
William Kappel, Hydrologist, USGS Michael Madigan, Technical Director, O’Brien & Gere Sam Cosamano, President, IPD Engineering Dr. Younggy Kim, Department of Civil Engineering, McMaster University
The SyracuseCoE Center for Sustainable Community Solutions (SyracuseCoE CSCS) recently received three awards for leading the 3rd Annual Spring Greening teacher conference in April.
Optimizing Energy Efficiency in Industrial Setting Link
Moderated by: Patrick Jackson, Director of Global Energy, Corning Incorporated
Michael McCormick, P.E., C.E.M., Energy Services Manager, Burrows Paper Corporation Scott Ryan, Operations Manager-Global Energy, Corning Incorporated John Lawyer, Vice President, MACNY
Michael McCormick, P.E., C.E.M., Energy Services Manager, Burrows Paper Corporation
Join us in Syracuse at the new Gateway Center on the SUNY College of Environmental Science and Forestry campus and at the Oncenter Conference Complex for the 11th Annual New York State Green Building Conference hosted by the SUNY College of Environmental Science and Forestry in partnership with the U.S. Green Building Council New York Upstate Chapter and theSyracuseCoE.
Emerging Science and Application of Biomimicry Link
Moderated by:
Professor Don Carr, Syracuse University, Industrial Design
Manager Miriam Pye, NYSERDA Senior Project
David Altoff, Syracuse University Professors, Chemistry
Matthew Maye, Syracuse University Professors, Biology
Professor Don Carr, Syracuse University, Industrial Design
Manager Miriam Pye, NYSERDA Senior Project
Although indoor environmental quality experts have found ways to vastly improve the quality of individual closed office spaces, balancing indoor environmental interactions in open office space or semi-open cubicles remains an engineering challenge.
“It’s very easy to provide individualized environmental control when everyone is in a private office. It’s a big, huge engineering challenge to try to do the same thing when you’ve got a number of open work stations in the same room,” says H. Ezzat Khalifa, founding director of the multi-institutional STAR Center for Environmental Quality Systems led by Syracuse University, where he is also the NYSTAR Distinguished Professor of Mechanical & Aerospace Engineering.
Finding solutions to this challenge was the impetus behind the STAR Center’s funding and support of the Willis H. Carrier Total Indoor Environmental Control (TIEQ) Lab at SyracuseCoE headquarters. The Carrier TIEQ Lab consists of two identical office spaces, each outfitted with 12 open cubicle-style workstations. In one room, there are Personalized Environmental Control Systems (PECS) in each cubicle that allow occupants to control the conditions in their own cubicle—including temperature, percentage of fresh air circulated, humidity and lighting. In the other room those factors are regulated by a central control.
“Research demonstrates that when people have the ability to control their own environment, they’re more comfortable and thus, more productive,” says Khalifa. Most of those studies, however, examine only one factor at a time, such as temperature, ventilation, or lighting. The Carrier TIEQ Lab is a one-of-a-kind research facility that allows Khalifa and other researchers to study numerous indoor environmental control parameters—and their interactions—at once.
Most office buildings are controlled in a one-size-fits-all-fashion from a central control, Khalifa explains. However, individuals have varying sensitivities to temperature. Allowing individuals to control the temperature of their own environment may provide them with greater comfort, but typically results in higher energy costs, particularly when spaces with different environmental demands are adjacent.
Khalifa, along with Alan Hedge, professor of design and environmental analysis at Cornell University, is studying how to provide individual environmental control to improve worker productivity without increasing energy consumption, and preferably, while decreasing it. “We are looking to see if people change their selections if they know the cost associated with the adjustments they make,” he says.
While the Carrier TIEQ Lab provides a wonderful controlled environment for scientific research, Khalifa is also studying how PECS stimulate productivity in a real office environment, using King + King Architects in Syracuse as a “living lab.”
“Their employees work in a large, open space, so it is a perfect environment to study to understand energy consumption and individual comfort in a real-world setting,” Khalifa says.
The firm’s renovated offices transformed a 100-year-old industrial building into an energy-efficient workspace, earning a LEED® Platinum rating from the U.S. Green Building Council.
With funding from SyracuseCoE, Khalifa and visiting professor Arsen Melikov, a leading researcher from the International Centre for Indoor Environment and Energy in Denmark, installed PECS identical to those in the Carrier TIEQ Lab at 38 workstations at King + King and are monitoring worker satisfaction over an extended period of time.
Postponed due to Hurricane Sandy, the Advanced Energy conference will now be held April 30th and May 1st. Join the SyracuseCoE for a phenomenal line-up of speakers discussing Advanced Buildings: Revolutionizing Retrofits.
FOR IMMEDIATE RELEASE Contact: Tammy Rosanio Friday, October 12, 2012 Phone: (315) 443-3433
trosanio@syracusecoe.org
SYRACUSECOE PARTNERS WIN $1.9 MILLION IN FIVE FEDERAL AWARDS TO ACCELERATE GROWTH OF CNY MANUFACTURING CLUSTER IN THERMAL AND ENVIRONMENTAL CONTROL SYSTEMS
SyracuseCoE today announced an initiative to accelerate growth of the Central New York industry cluster that manufactures systems to control temperature and environmental quality in a wide range of applications.
The Advanced Manufacturing for Thermal and Environmental Control Systems (AM-TECS) initiative is supported by nearly $1.9 million awarded competitively by five federal agencies. AM-TECS will be conducted by a team of seven institutions and organizations, led by Syracuse University. The team includes CenterState Corporation for Economic Opportunity (CenterState CEO), the Manufacturers Association of Central New York (MACNY), NYSTAR, CNY Technology Development Organization, the SUNY College of Environmental Science and Forestry (ESF), and Onondaga Community College. The effort is supported by an additional $1.3 million in matching funds provided by the New York State Energy Research and Development Authority, Empire State Development, CenterState CEO, and MACNY.
The federal awards were made competitively through the 2012 Advanced Manufacturing Jobs and Innovation Accelerator Challenge. Economic Development Administration and National Institute of Standards and Technology; the U.S. Department of Energy; and the U.S. Department of Labor’s Employment and Training Administration and Small Business Administration. The SyracuseCoE team won one of 10 projects awarded nationally from 55 applications.
“This massive federal investment is great news for Central New York and will serve as a catalyst for job creation and further private investment,” says Senator Charles E. Schumer. “I am thrilled that the Economic Development Administration and the other participating federal agencies have invested nearly $1.9 million in this program, which aims to harness Central New York’s strengths in education, technology development and high-tech manufacturing to create jobs.”
“America was built by New York’s manufacturing,” Senator Kirsten Gillibrand says. “Our manufacturers powered our economy through the 20th century and will be the key to fueling our economy in the 21st century. It’s time to see ‘Made In America’ again starting right here in New York. When we harness the full potential we have right here in Central New York, we can spark more growth in clean-tech and high- tech manufacturing by strengthening our businesses and attracting new businesses with our highly skilled, highly trained workforce, and create more family-supporting jobs right here where we need them the most.”
The AM-TECS initiative originated from the new approach to economic development established by New York Governor Andrew Cuomo in 2011. Ten Regional Economic Development Councils (REDCs) across the state each developed strategic plans based on local strengths and opportunities. The plan developed by the CNY REDC targets strengthening of the region’s existing industry strengths, including advanced manufacturing and clean energy and environmental systems. Through a competitive review process, the CNY REDC plan was judged to be one of four “best plans” in the state, earning the state’s top award of more than $103 million for projects, including $3.3 million in investments that are leveraged in the AM- TECS project.
Empire State Development President, CEO and Commissioner Kenneth Adam states, “We congratulate the Syracuse University-led team on this award, and we are pleased to be their partner in this endeavor, further supporting and advancing the manufacturing industry that is critical in Central New York and across the state. Governor Cuomo believes our best opportunity for the growth of the manufacturing sector lies in strategic partnerships combining the technology strengths of our universities with the production and marketing expertise of our manufacturing community. By leveraging the resources of our ESD/NYSTAR network and by providing a 10 percent state match to the federal award, we are helping provide the tools necessary for economic growth.”
Francis J. Murray Jr., president and CEO of NYSERDA, adds, “NYSERDA congratulates Syracuse University and its partner organizations on being chosen as an award recipient in the Advanced Manufacturing Jobs and Innovation Accelerator Challenge. NYSERDA is proud to provide funding for this project given that manufacturing is the backbone of our local economies. So that this sector may expand in New York, Governor Cuomo has stressed innovation in technology working through public-private partnerships that will stimulate the economy, create jobs and train a skilled workforce.”
AM-TECS will build on Central New York’s long-standing strengths in thermal and environmental control systems by accelerating technology development, workforce training, and export opportunities for more than 30 existing small- and mid-sized manufacturing firms throughout the region. The award underscores both the collaborative strength of the lead partners and the region’s strong potential— based on its deep talent pool, knowledge centers, and vast manufacturing experience—to support the successful transition of existing companies to an advanced manufacturing cluster model.
Robert Simpson, president of CenterState CEO, states, “We have a goal of doubling this region’s exports in the next five years, diversifying our economic base, increasing private investment and creating new jobs. This grant will help us reach these goals by directly supporting export assistance to businesses as outlined in the CenterState Metropolitan Export Initiative. Critical to a successful implementation of this initiative is our ability to target and capture the compelling international growth markets for environmental systems businesses. We look forward to working with the CNY International Business Alliance and thank our partners at MACNY, the SyracuseCoE and Syracuse University for their support and collaboration in the successful application.”
“From the Erie Canal to the Syracuse Center of Excellence, Central New York has a long legacy of pioneering innovations designed to meet the needs of our community, region and world,” says Syracuse University Chancellor and President Nancy Cantor. “The significant support shown for the Advanced Manufacturing-Thermal and Environmental Central Systems Cluster Accelerator—by multiple agencies and partners—affirms both the immense wisdom of building on our long-standing historic strengths and the immense power of cross-sector engagement to drive economic prosperity.”
“The Manufacturers Association of Central New York is excited to be a part of this grant to support the thermal and environmental control systems cluster in Upstate New York,” says Randy Wolken, president of the association. “We at MACNY strongly believe that introducing new advanced manufacturing materials and processes to New York state companies in this cluster will certainly aid in accelerating the cluster’s growth and vitality.”
Robert Trachtenberg, president and CEO of the CNY Technology Development Organization, thanked the SyracuseCoE for its leadership in putting the collaborative project together, adding, “Along with our partners on the project, we will be addressing the needs and opportunities for the 30-plus small- and medium-sized enterprises involved in thermal and environmental control systems in Central New York. We will work to accelerate job creation through focused assistance, including innovation engineering growth services, introduction to emerging technologies and manufacturing processes, and continuous improvement and quality systems.”
Cornelius B. Murphy Jr., president of SUNY ESF, says of the collaboration, “SUNY ESF is proud to be part of the SyracuseCoE /Syracuse University-led AM-TECS initiative. The initiative focuses on a vital economic development opportunity within our region. SUNY ESF, along with the Manufacturers Association of Central New York and our project and industry partners, will provide an AM-TECS training and externship program, as well as a Regional Advanced Manufacturing Symposium and Career Exposition. Our goal is to foster career exploration and development that supports Central New York’s AM-TECS industry. We appreciate the leadership of SyracuseCoE/Syracuse University, our project partners, and our regional collaborators. Linking our region’s public, private, and educational resources is key to ensuring near- and long-term economic vitality.”
Onondaga Community College Interim President Margaret M. “Meg” O’Connell says, “The Small Business Development Center at Onondaga Community College has been providing assistance to small businesses in Central New York for more than 26 years. We are pleased to be a part of this project, recruiting and engaging disadvantaged start-up and existing businesses into the cluster.”
SyracuseCoE is New York State’s Center of Excellence for innovations in environmental and energy systems. SyracuseCoE engages collaborators at more than 200 companies and institutions to address global challenges in clean and renewable energy, indoor environmental quality, and water resources. Its members conduct targeted research, demonstrate new technologies, commercialize innovations, and educate the workforces. Additional information is available at www.syracusecoe.org.
SyracuseCoE today announced an initiative to accelerate growth of the Central New York industry cluster that manufactures systems to control temperature and environmental quality in a wide range of applications.
The Advanced Manufacturing for Thermal and Environmental Control Systems (AM-TECS) initiative is supported by nearly $1.9 million awarded competitively by five federal agencies. AM-TECS will be conducted by a team of seven institutions and organizations, led by Syracuse University. The team includes CenterState Corporation for Economic Opportunity (CenterState CEO), the Manufacturers Association of Central New York (MACNY), NYSTAR, CNY Technology Development Organization, the SUNY College of Environmental Science and Forestry (ESF), and Onondaga Community College. The effort is supported by an additional $1.3 million in matching funds provided by the New York State Energy Research and Development Authority, Empire State Development, CenterState CEO, and MACNY.
The federal awards were made competitively through the 2012 Advanced Manufacturing Jobs and Innovation Accelerator Challenge. Economic Development Administration and National Institute of Standards and Technology; the U.S. Department of Energy; and the U.S. Department of Labor’s Employment and Training Administration and Small Business Administration. The SyracuseCoE team won one of 10 projects awarded nationally from 55 applications.
“This massive federal investment is great news for Central New York and will serve as a catalyst for job creation and further private investment,” says Senator Charles E. Schumer. “I am thrilled that the Economic Development Administration and the other participating federal agencies have invested nearly $1.9 million in this program, which aims to harness Central New York’s strengths in education, technology development and high-tech manufacturing to create jobs.”
“America was built by New York’s manufacturing,” Senator Kirsten Gillibrand says. “Our manufacturers powered our economy through the 20th century and will be the key to fueling our economy in the 21st century. It’s time to see ‘Made In America’ again starting right here in New York. When we harness the full potential we have right here in Central New York, we can spark more growth in clean-tech and high- tech manufacturing by strengthening our businesses and attracting new businesses with our highly skilled, highly trained workforce, and create more family-supporting jobs right here where we need them the most.”
The AM-TECS initiative originated from the new approach to economic development established by New York Governor Andrew Cuomo in 2011. Ten Regional Economic Development Councils (REDCs) across the state each developed strategic plans based on local strengths and opportunities. The plan developed by the CNY REDC targets strengthening of the region’s existing industry strengths, including advanced manufacturing and clean energy and environmental systems. Through a competitive review process, the CNY REDC plan was judged to be one of four “best plans” in the state, earning the state’s top award of more than $103 million for projects, including $3.3 million in investments that are leveraged in the AM- TECS project.
Empire State Development President, CEO and Commissioner Kenneth Adam states, “We congratulate the Syracuse University-led team on this award, and we are pleased to be their partner in this endeavor, further supporting and advancing the manufacturing industry that is critical in Central New York and across the state. Governor Cuomo believes our best opportunity for the growth of the manufacturing sector lies in strategic partnerships combining the technology strengths of our universities with the production and marketing expertise of our manufacturing community. By leveraging the resources of our ESD/NYSTAR network and by providing a 10 percent state match to the federal award, we are helping provide the tools necessary for economic growth.”
Francis J. Murray Jr., president and CEO of NYSERDA, adds, “NYSERDA congratulates Syracuse University and its partner organizations on being chosen as an award recipient in the Advanced Manufacturing Jobs and Innovation Accelerator Challenge. NYSERDA is proud to provide funding for this project given that manufacturing is the backbone of our local economies. So that this sector may expand in New York, Governor Cuomo has stressed innovation in technology working through public-private partnerships that will stimulate the economy, create jobs and train a skilled workforce.”
AM-TECS will build on Central New York’s long-standing strengths in thermal and environmental control systems by accelerating technology development, workforce training, and export opportunities for more than 30 existing small- and mid-sized manufacturing firms throughout the region. The award underscores both the collaborative strength of the lead partners and the region’s strong potential— based on its deep talent pool, knowledge centers, and vast manufacturing experience—to support the successful transition of existing companies to an advanced manufacturing cluster model.
Robert Simpson, president of CenterState CEO, states, “We have a goal of doubling this region’s exports in the next five years, diversifying our economic base, increasing private investment and creating new jobs. This grant will help us reach these goals by directly supporting export assistance to businesses as outlined in the CenterState Metropolitan Export Initiative. Critical to a successful implementation of this initiative is our ability to target and capture the compelling international growth markets for environmental systems businesses. We look forward to working with the CNY International Business Alliance and thank our partners at MACNY, the SyracuseCoE and Syracuse University for their support and collaboration in the successful application.”
“From the Erie Canal to the Syracuse Center of Excellence, Central New York has a long legacy of pioneering innovations designed to meet the needs of our community, region and world,” says Syracuse University Chancellor and President Nancy Cantor. “The significant support shown for the Advanced Manufacturing-Thermal and Environmental Central Systems Cluster Accelerator—by multiple agencies and partners—affirms both the immense wisdom of building on our long-standing historic strengths and the immense power of cross-sector engagement to drive economic prosperity.”
“The Manufacturers Association of Central New York is excited to be a part of this grant to support the thermal and environmental control systems cluster in Upstate New York,” says Randy Wolken, president of the association. “We at MACNY strongly believe that introducing new advanced manufacturing materials and processes to New York state companies in this cluster will certainly aid in accelerating the cluster’s growth and vitality.”
Robert Trachtenberg, president and CEO of the CNY Technology Development Organization, thanked the SyracuseCoE for its leadership in putting the collaborative project together, adding, “Along with our partners on the project, we will be addressing the needs and opportunities for the 30-plus small- and medium-sized enterprises involved in thermal and environmental control systems in Central New York. We will work to accelerate job creation through focused assistance, including innovation engineering growth services, introduction to emerging technologies and manufacturing processes, and continuous improvement and quality systems.”
Cornelius B. Murphy Jr., president of SUNY ESF, says of the collaboration, “SUNY ESF is proud to be part of the SyracuseCoE /Syracuse University-led AM-TECS initiative. The initiative focuses on a vital economic development opportunity within our region. SUNY ESF, along with the Manufacturers Association of Central New York and our project and industry partners, will provide an AM-TECS training and externship program, as well as a Regional Advanced Manufacturing Symposium and Career Exposition. Our goal is to foster career exploration and development that supports Central New York’s AM-TECS industry. We appreciate the leadership of SyracuseCoE/Syracuse University, our project partners, and our regional collaborators. Linking our region’s public, private, and educational resources is key to ensuring near- and long-term economic vitality.”
Onondaga Community College Interim President Margaret M. “Meg” O’Connell says, “The Small Business Development Center at Onondaga Community College has been providing assistance to small businesses in Central New York for more than 26 years. We are pleased to be a part of this project, recruiting and engaging disadvantaged start-up and existing businesses into the cluster.”
Cities looking to renovate and sustainably adapt existing buildings for mixed use face unique construction challenges, says Josh Stack, a partner in Northeast Green Building Consulting. But sometimes a little challenge can lead to brilliant outcomes.
The sustainable renovation of the vacant, 100-year-old Lincoln Supply Building in downtown Syracuse’s Near Westside earned a Platinum rating from the U.S. Green Building Council’s LEED® program, one of the first in the country to earn the top rating in the mid-rise, multi-use category, and the very first in New York to earn the designation outside of metropolitan New York City. The project was conducted in partnership with the Near Westside Initiative and Syracuse University’s School of Architecture.
“The project married the vision of the Near Westside Initiative with SyracuseCoE’s leadership in sustainable design and construction,” says Stack, whose firm consulted on the infrastructure, systems, and materials used on the project as well as provided LEED® for Home rater services.
Two of the major players on the project have a long history with SyracuseCoE. C&S Companies, the project engineers, is a SyracuseCoE charter member and Northeast Green Building Consulting is a frequent SyracuseCoE collaborator. “It’s a vision that couldn’t have become reality without SyracuseCoE. They make the key connections,” Stack says.
The renovation, completed during 2009 and 2010, was designed to demonstrate innovations in green technologies for energy and environmental systems, with SyracuseCoE funding the design of the green systems for the project. The 30,000 square feet of mixed-use commercial and residential spaces boasts green building technologies that include energy-efficient geothermal heating and cooling, high-performance windows and insulation systems, heat recovery ventilators for residential spaces, solar panels, and stormwater retention strategies such as a green roof and permeable pavement. The first and second floors contain office space and are currently home to the La Casita Cultural Center and Say Yes to Education. The third and fourth floors feature 10 live-work artist lofts.
“The home and office are completely different and somewhat foreign environments from each other in terms of ventilation, air sealing, and energy efficiency,” Stack says.
Accordingly, he says the LEED® mid-rise rating system is designed to allow multi-family and mixed-use buildings a way to earn LEED® certification more affordably than by pursuing the commercially focused LEED® for New Construction rating system. “The mid-rise rating system takes into account the difference between new commercial construction versus home construction,” he says. “The finished project exemplifies ideal environments for living and working in a mixed-use space,” he says.
Stack says the project’s platinum rating reflects the creative and innovative uses of the most advanced sustainable building practices today.
Collaboration to find innovative sustainable solutions is a hallmark of SyracuseCoE, perhaps best exemplified by the academic-industry cooperation to clean up Onondaga Lake. The lake that surrounds the northern part of Syracuse was long known as one of the most polluted inland lakes in America, contaminated both by industry and household pollutants coming from a regional wastewater treatment facility. In 2004, the Onondaga County Metropolitan Wastewater Treatment plant (Metro) began advanced treatment of wastewater to address some of the negative effects caused by high nutrient inputs. The water quality improved. But Syracuse University Professor Charles Driscoll, who has studied the water quality of Onondaga Lake for more than 25 years, noticed something else: the mercury levels in the lake’s fish were dropping too.
“It was an Aha! moment,” says Driscoll, a Syracuse University faculty member with an international reputation for his work on water quality issues.
Inorganic mercury in sediments can be converted to methylmercury, which can bioaccumulate in high concentrations in organisms, specifically the fish that populate the lake. “That’s why even low concentrations of mercury in water can result in very high concentrations of mercury in fish,” explains Driscoll. “The discharges of nitrate from Metro limited methylmercury production, but didn’t completely shut down the process.” A SyracuseCoE collaborative study between Syracuse University and the Upstate Freshwater Institute (UFI) was undertaken to address the seasonal and year-to-year variability in mercury in the lake resulting from the water quality improvements.
As a result, Driscoll, a UFI boardmember, began working with UFI, Honeywell and local engineering firms to devise a means to treat the lake’s mercury contamination by adding additional nitrate. “We’ve gone from theory, to getting information on how to implement this, to building devices, to installing them and applying the technology, which has never been tried elsewhere in the world,” says Driscoll.
Honeywell International is well underway in a $451 million cleanup project to remove waste and chemical contamination from the lake. The cleanup includes dredging that will continue through at least 2016. Also in a three-year pilot test, Honeywell engineers are adding calcium nitrate to the water right above the sediment/water interface. “It settles to the deepest part of the lake and essentially shuts off the production of methylmercury,” says Driscoll, who is monitoring the results with fellow researchers.
Driscoll’s research on mercury pollution was previously supported by SyracuseCoE, with a $100,000 grant in 2008 to analyze mercury pollution in Lake Ontario and surrounding watersheds. In addition, SyracuseCoE cosponsors annual scientific forums on Onondaga Lake with Syracuse University, SUNY-ESF, and the UFI. At the end of the three-year study, the New York Department of Environmental Conservation and the Environmental Protection Agency will examine the data and determine whether the operation should continue. “So far, it’s been an unbelievable success,” says Driscoll.
“It’s been a team effort, really a model for the kind of collaboration SyracuseCoE promotes.”
e2e Materials is working to provide a new environmentally sustainable model for manufacturing and boost the Upstate New York agricultural economy in the process. The company uses an exclusive technology that converts agricultural waste and byproducts into a completely bio-based composite that can be used to manufacture products from skateboard decks and automobile trunk liners to kitchen cabinetry and office furniture. This innovative biocomposite is a sustainable and cost-effective alternative to wood, petroleum-based plastics, and composites such as MDF and particleboard. Unique engineering capabilities allow the material to be processed into complex shapes, with a higher strength-to-weight ratio approaching mid-weight steel. In addition, the material is 100 percent formaldehyde-free, biodegradable, and naturally fire resistant.
The company’s proprietary biocomposites are made from soy flour and natural grass fibers such as jute and flax—crops grown everywhere in America—and require much less energy to manufacture than wood composites. The company is working with the USDA to source the grass fiber used in the biomass material regionally in Upstate New York. By using a “Regionally Integrated Manufacturing ” model designed to create economic impact within a 500-mile radius, each new manufacturing job should result in five new agricultural jobs in the region. A new manufacturing facility in Geneva, New York, is expected to employ 200 workers over the next five years.
e2e Materials began its relationship with SyracuseCoE by conducting necessary third-party testing to prove performance of the material in various applications and confirm there was no toxic off-gassing. SyracuseCoE strengthened its partnership with e2e by using its innovative material in its LEED®-Platinum headquarters building, including cabinetry for three kitchens, benches that line the hallways, and the security guard desk in the first-floor atrium.
“They saw the potential for our technology to contribute to a healthy and innovative built environment and gave us our first major purchase order,” says Clayton Poppe, vice president of engineering at e2e. “This milestone propelled us forward and has become a meaningful part of our history.”
The company won a competitively awarded SyracuseCoE Commercialization Assistance Program (CAP) award in 2010 to support its purchase of unique manufacturing equipment. SyracuseCoE gave additional support by co-exhibiting at several Greenbuild tradeshows, providing the fledgling company with exposure to potential customers.
In 2012, e2e Materials won four prestigious awards: a 2012 Best of NeoCon Gold Award, a Best of NeoCon 2012 Product Innovation Award, a 2012 ACE Award for Composites Sustainability, and a 2012 Buildings Magazine Award for Product Innovation. The company also achieved Biopreferred® status, becoming certified by the USDA as a 98-percent bio-based product. The USDA certifies and awards labels to qualifying products to increase consumer recognition of bio-based products and designates categories of bio-based products that are afforded preference by federal agencies when making purchasing decisions.
The fast-growing Ithaca-based company was launched in 2007, a spin off from technology developed during 15 years in a research lab at Cornell University. The ongoing relationship with SyracuseCoE continues to be productive and successful by helping e2e Materials develop and market its innovative building material.
The Onondaga County Resource Recovery Agency (OCRRA) will recognize five businesses and not-for-profits as Recyclers of the Year 2011 during a ceremony on March 1 at the Rosamond Gifford Zoo.
The Recyclers of the year are: Legrand/Pass & Seymour in the business category; Roberts Office Furniture Concepts Inc. in the manufacturing category; roji tea lounge in the food service category; Syracuse Center of Excellence in the education category and Upstate Medical University in the medical category.
Each will receive a plaque made of 100 percent recycled glass and wood harvested from fallen Colorado pine trees.
For more information about OCRRA, visit www.ocrra.org.
Looking to learn ways to “green” your classroom, lessons, and school? Then don’t miss the second annual “Spring Greening” teacher training and workshop at the Syracuse Center of Excellence. Hosted by the SyracuseCoE Center for Sustainable Community Solutions, Partners for Education & Business, GreeningUSA, OCRRA and Onondaga Community College, this event will highlight STEM innovations in classrooms, share resources and ideas, and much more!
– Space is limited
– Registration is complimentary
– Funding available for substitutes if needed
– Refreshments throughout the day
Agenda
8:00 AM – 12:00 PM: Keynote, Sessions and Exhibits
12:00 PM – 4:00 PM: Optional STEM Bus Tour w/lunch & stipend
12:00 PM – 1:00 PM: Optional tour of SyracuseCoE LEED Platinum HQ (for non-bus tour participants)
STEM Session tracks are “Waste to Resource” and “Going Green: Teacher to Teacher Exchange.” Sessions include:
– Composting in the Classroom
– Schoolwide Go Green Plans
– Funding Opportunities and Resources
– Subject Area Roundtable Discussions
Melissa Green runs the Flow Visualization Laboratory at SyracuseCoE, where her research focuses on vortex dynamics and bio-inspired propulsion. The lab itself—a water tunnel that allows researchers to visualize the complex dynamics of fluid flows by using sheets of laser light to illuminate dyes injected in a water tunnel—is located in the lab wing at SyracuseCoE headquarters.
It’s a natural fit, says Green, an SU assistant professor of mechanical and aerospace engineering, who anticipates collaborations with researchers from local industry and within Syracuse University. Currently, Green is using the lab to investigate the ways fish and aquatic mammals manage their locomotion to be extremely efficient. “The goal is to determine whether there are any simple physics that we can exploit for man-made applications,” she says.
It’s known as energy harvesting. Similar to a windmill that takes the kinetic energy of the wind already blowing and transforms it to work or store, fish swimming upstream will often “rest’’ behind pilings in a river, slaloming in its wake, says Green. “In this scenario, the fish is using the energy imparted to the wake by the shedding of vortices to minimize the energy it has to input,” she explains. Underwater vehicles might take advantage of the same types of opportunities to be more efficient.
Finding and exploiting sources of energy that occur more naturally has obvious connections to the mission of SyracuseCoE, but Green finds additional benefits in her lab location. “By locating the water channel facility in a LEED® Platinum building like SyracuseCoE headquarters, we can learn something about how to do even fundamental fluid dynamics research in a more sustainable way—by possibly sourcing the working fluid from rainwater and by reusing the water in the building after experiments,” she says. “That isn’t always a consideration in laboratories at other universities.”
Although SyracuseCoE headquarters is itself a “living lab,” with test facilities located throughout, the building ’s lab wing is outfitted with state-of-the-art laboratories and testbeds that focus on combustion and thermal power systems, biofuel production, flow visualization, photovaltaic power, window power, and smart building technologies.
The facilities were outfitted through a $3-million grant from New York State, awarded as part of a Regional Economic Development Council competition. University researchers and industry partners use these world-class facilities as a platform to discover and test the next generation of energy-efficient innovations for buildings and the environment.
Although each have specific focus areas, the juxtaposition of these labs and their researchers may spark new inquiry, or at least new ways of looking at old problems. “Interacting on a more regular basis with local industry and faculty from different labs at SyracuseCoE lets me see natural overlaps with the research being done in civil and environmental engineering, biomedical and chemical engineering, and by other faculty in mechanical and aerospace engineering,” says Green. “The proximity to the other research groups and interactions with local industry will be an invaluable source of inspiration and collaboration.”
On May 8, 2012, Syracuse Center of Excellence (SyracuseCoE) will host a forum on Advanced Lighting Technologies. Part of a larger series of Research and Technology forums which will highlight cutting edge research by academic and industry leaders as well as current market drivers and trends, this upcoming forum will feature presentations from Daniel Frering, Lighting Research Center, Eugene Schuler, The Lighting Cultivator, and Joe Casper, Ephesus Technologies; all of whom are leaders in lighting technologies.
Daniel Frering is currently the Manager of Education for the Lighting Research Center (LRC) at Rensselaer Polytechnic Institute where he directs the Education Programs including teaching, and course and curriculum development. Mr. Frering holds a graduate degree in education and has also studied lighting as part of the Master of Science in Lighting program at the LRC. He holds a “Lighting Certification” (LC) from the National Council on Qualifications for the Lighting Professions (NCQLP). Mr. Frering teaches courses and seminars in lighting technology, daylighting, control systems, and lighting applications. His current research includes the evaluation of daylighting technologies, photovoltaic outdoor lighting systems, and energy-efficient lighting for commercial buildings.
Eugene Schuler is currently Executive Director of the Lighting Cultivator, a not-for-profit formed to foster a network of lighting companies in New York State. He is also a consultant on high technology, technology transfer, economic development and business incubation. From 2004 to 2006 he was the Chief Administrative Officer of the Ordway Research Institute, a not-for-profit, freestanding corporation with specific medical research themes and a mission to translate basic science observations into therapeutic applications. He has written articles and presented workshops on technology transfer issues, academic-industry relations, university economic development models and other topics related to the university research enterprise. Mr. Schuler earned a B.A. from the University of Notre Dame and an M.P.A. from the University at Albany.
Joe Casper is President of Ephesus Technologies and has over 29 years of experience in advanced technology development. Prior to joining Ephesus Technologies, Joe managed the nanotechnology development efforts central to Lockheed Martin’s critical technology fulfillment and business needs. In 1996, Joe lead the started up of WaferTech LLC, a $1.4B semiconductor facility in Camas, Washington. WaferTech was the first pure-play foundry in USA. WaferTech generated more than $750M in revenue and employed over 1400 people within just five years. He earned a B.S./M.S. in Chemical and Electrical Engineering from Rensselaer Polytechnic Institute
The Central New York Regional Economic Development Council has announced that Syracuse University has signed an incentive proposal and is officially moving forward with the first stages of the transformational New York Energy Regional Innovation Cluster project on the strength of a $3 million grant awarded as part of Gov. Andrew M. Cuomo’s Regional Council initiative.
This funding will be used to fit out available space at the SyracuseCoE for new research and development labs specifically focused on New York Energy Regional Innovation Cluster (NYE-RIC) opportunities, and the total project cost is $8.7 million. The full NYE-RIC project has the potential to create tens of thousands of good, green/clean-economy jobs across the state and a total project cost of nearly $225 million.
“This award underlines the pivotal economic development role that NYE-RIC can play not only for Central New York, but statewide,” says SU Chancellor Nancy Cantor, who serves as co-chair of the CNY Regional Council. “New York State’s $3 million investment is leveraging the SyracuseCoE’s proven track record of successfully connecting cross-sector partners to generate world-class innovation, and spur job creation. Crucially, SyracuseCoE’s international renown will give NYE-RIC’s corporate partners a leg up in gaining access to global markets and restoring prosperity to New York State.”
The Central New York Regional Economic Development Council today announced that the Syracuse University has signed an incentive proposal and is officially moving forward with the first stages of the transformational New York Energy Regional Innovation Cluster project on the strength of a $3 million grant awarded as part of Governor Andrew M. Cuomo’s Regional Council initiative. This funding will be used to fit-out available space at the Syracuse Center of Excellence (SyracuseCoE) for new research and development labs specifically focused on New York Energy Regional Innovation Cluster (NYE-RIC) opportunities, and the total project cost is $8.7 million. The full NYE-RIC project has the potential to create tens of thousands of good, green/clean-economy jobs across the state and a total project cost of nearly $225 million.
“The NYE-RIC project is the direct result of Gov. Cuomo’s Regional Economic Development Council Initiative and is the perfect example of what regional, community-based collaboration can accomplish,” said Lieutenant Governor Robert Duffy. “This environmentally conscience investment by the state will help lay the groundwork for a brighter future for the next generation of New Yorkers. Central New York’s innovative clean economy cluster has become a national leader and we need to continue to encourage investment and industry synergy to generate economic activity and spur job growth.”
“This award underlines the pivotal economic development role that NYE-RIC can play not only for Central New York, but statewide,” said Nancy Cantor, Syracuse University Chancellor & President, and co-chair of the CNY Regional Council. “New York State’s $3 million investment is leveraging the SyracuseCoE’s proven track record of successfully connecting cross-sector partners to generate world-class innovation, and spur job creation. Crucially, SyracuseCoE’s international renown will give NYE-RIC’s corporate partners a leg up in gaining access to global markets and restoring prosperity to New York State.”
“These new labs are an essential step in the development of the New York Energy Regional Innovation Cluster, a priority project that meets the goals of the Central New York Regional Economic Development Council’s strategic plan,” said Robert Simpson, president of CenterState CEO and co-chair of the CNY Regional Council. “More than just labs, NYE-RIC represents a transformational initiative that will capitalize on our region’s extensive R&D assets and leverage downstate partnerships to connect to global markets for innovations in clean technologies to produce long term outcomes for our region.”
As leader of the Syracuse Center of Excellence (SyracuseCoE) consortium, Syracuse University signed its Incentive Proposal today, agreeing to terms for the $3 million in state resources it was awarded through the Consolidated Funding Application process (CFA) after Central New York was named as one of the best strategic plans during last year’s round of the Regional Economic Development Council Initiative. SyracuseCoE is now ready to begin the first stage of NYE-RIC, which will focus on building new laboratories to conduct research and development for NYE-RIC opportunities, including fuel-cells, combined heat and power systems, smart grid applications, photovoltaic and wind power generation, and battery and energy power storage. Additionally, this stage will include construction of a multimodal transportation facility (bus, bike, pedestrian, and car) at the site. This phase of NYE-RIC will leverage an additional $5.7 million in federal and private funds.
The new labs will support research and development in collaboration with local manufacturing firm NuClimate Air Quality Systems, as well as two other local companies that were supported by the Regional Council Initiative – Fulton Companies and Ephesus Technologies. The labs will be lit by LED lights manufactured by Ephesus, a global leader in LED light technology.
Ed Bogucz, Executive Director of the Syracuse Center of Excellence said, “The Central New York region has a terrific cluster of firms and institutions that are developing innovations to improve energy efficiency and indoor environmental quality in buildings. Our new facilities are focused on opportunities to create jobs by helping local companies develop new products for buildings across the state and around the world.”
Regional Council Capital Funds are available for capital-based economic development initiatives that will create or retain jobs; prevent, reduce or eliminate unemployment and underemployment; and/or increase business activity in a community or region. Awards are based on achievement of objectives, which can include job creation or retention, investment, or other measurements demonstrating increased economic activity. Generally, funds are disbursed as reimbursement after project completion, approval by the ESD Directors, a public hearing and Public Authorities Control Board approval, and contract execution.
Senator David J. Valesky said, “This project exemplifies the strengths of our region, by combining green energy, research, technology and education, and will play a significant role in growing our economy. I applaud the CNY Regional Economic Development Council for choosing NYE-RIC as part of its plan, and Governor Cuomo and ESD CEO Adams for their continuing and strong support for our economic development efforts in Central New York.”
Senator John A. DeFrancisco said, “”The additional funding for the Syracuse Center of Excellence is a much-needed investment for Central New York to realize the goal of creating high-paying technology jobs in our community.”
Assemblymember Bill Magnarelli said, “This grant continues our emphasis in promoting industry and university cooperation with the assistance of New York State. The Center of Excellence is the anchor of our clean/green industries in Central New York, and its collaboration with these companies will create new jobs for our region.”
Assemblymember Sam Roberts said, “It’s vital that we continue to invest locally to create jobs in Central New York so our hardworking families and businesses have the opportunity to thrive. Syracuse University’s decision to move forward with this project not only has the advantage of being able to utilize a diverse workforce unique to our region, but also will retain and create new good-paying jobs our Central New York families rely on.”
To learn more about each regional council and their economic development plans, visit www.nyworks.ny.gov.
SYRACUSE, N.Y. –Ephesus Technologies has developed its own LED chip, which brings the firm one step closer to the brightest chip in the world.
Ephesus, a Syracuse-based nanotechnology company formed by former Lockheed Martin employees, has partnered with Group4 Labs, based at the College of Nanoscale Science and Engineering (CNSE) Smart System Technology and Commercialization Center of Excellence (STC) in Canandaigua, to engineer and manufacture its LED prototype that is expected to rival the best and most efficient LEDs on the market today. The EG4TM LED is the first that will be completely developed and manufactured in New York State. As the technology is launched, Ephesus expects to create more than 1,000 new jobs over the next 10 years.
The development of the LED was aided by Upstate New York’s research and manufacturing strengths in the regional innovation cluster related to clean technologies and through collaboration with Upstate New York academic institutions and Centers of Excellence.
Ephesus received a $50,000 grant in 2012 from the SyracuseCoE Commercialization Assistance Program (CAP) established in partnership with CenterState CEO and Empire State Development (ESD) with grants received under the auspices of New York Assemblyman William Magnarelli (D- 120). The company also received a $1 million tax incentive from the ESD. And, CSNE’s STC provided support and infrastructure to enable Group4 Labs to produce demonstration LEDs as a first step toward development of super-bright LEDs.
Ephesus LED lighting products are used in a broad range of applications, including warehouses, manufacturing facilities, parking lots/garages, roadways, stadiums, tunnels and bridges. Ephesus LED lighting fixtures are currently produced in New York State with LED chips from third- party companies. “Our EG4TM LED chip will be commercialized through small scale production and be demonstrated and used in Ephesus lighting fixtures,” says Ephesus CEO Amy Casper The EG4TM LED will differentiate Ephesus products from all other LED products and allow Ephesus to capture a greater market share in the current LED fixture market.
Ephesus, a company started by husband and wife Joe and Amy Casper, had two employees and resided in SU’s CASE Center in 2009. The company now has 16 employees and is based in the Syracuse Tech Garden in downtown Syracuse. As the company expands and adds more jobs, there are plans to settle in a new location here in Central New York.
“Ephesus Technologies has demonstrated the successful path of utilizing the resources offered through the SyracuseCoE Commercialization Assistance Program (CAP) to help develop a green, nanotechnology-based product that is produced in Central New York,” said Assemblyman William Magnarelli. “It is this type of innovation, as well as a dedication to our area by the company’s officers, that will continue to help Central New York make a name for itself as a community that leads the state and nation in environmentally-friendly policies, designs and innovations.”
“The demonstrated successes of Ephesus Technologies shows the true value of collaboration between industry, New York State’s Centers of Excellence, and Upstate New York academic institutions working to accelerate innovations focused on energy-efficient and high-performance technologies into the marketplace while fostering an innovative culture within the region,” said SyracuseCoE Executive Director Ed Bogucz.
“Today’s announcement represents a tremendous breakthrough, not only for the outstanding team at Ephesus, but for the entire region,” said Robert Simpson, president of CenterState CEO. “On a global scale, this new chip can meet a rapidly growing demand for highly efficient lighting and smart lighting technology. For our region, this will result in new jobs and investment, and offer further evidence that our collective effort to create a strong entrepreneurial ecosystem is paying real dividends.”
“The State’s partnership with Ephesus Technologies is a great example of what can be accomplished through collaboration between the private-sector, academia and government,” said Jim Fayle, CNY Regional Director with Empire State Development. “Ephesus Technologies should be commended for its development of innovative, eco-friendly products that will have a positive impact on both a local and global scale. The EG4 chip is a game changer for the industry as it lasts longer, uses less energy, and is less costly to produce than its competition. In our region, the success of this home-grown small business will create much-needed jobs and generate significant economic activity for Upstate New York.”
“Further demonstrating Gov. Andrew Cuomo’s declaration that New York is open for business, CSNE’s Smart System Technology and Commercialization Center of Excellence is delighted to have played a critical role in this cross-regional partnership that supports the technology and business growth of a homegrown New York State nanotechnology company,” said Paul Tolley, director of CSNE’s STC in Canandaigua. “The collaboration between Ephesus Technologies and Group4 Labs at CSNE’s STC showcases the rapid development of a world-class nanotechnology ecosystem that is creating new opportunities to enable high-tech job growth and investment for the benefit of all New Yorkers.”
Other organizations involved with Ephesus in developing the technology include Alfred University, American Dicing, Ansen Corp., Binghamton University, Clarkson University, Clean Tech Center, Cornell University, Lighting Research Center, LINC, Onondaga County Economic Development, Rensselaer Polytechnic Institute, Syracuse University and the Tech Garden.
The Caspers, who were grew up together in Baldwinsville, both went to college in New York State but left soon after to pursue job opportunities. After working in several areas of the U.S., including establishing a successful technology business in Washington State, they returned home to Central New York in 2006. Here, they were glad to find rich resources to help them establish a business again and move forward. Ephesus has also benefited from the SyracuseCoE NYE-RIC Bridge to Markets program, which connects New York State firms that have developed innovative products for advanced buildings with the diverse and critical stakeholders in the target market of New York City.
“We were amazed to see the resources in place—Center State CEO, the Tech Garden , NYSERDA, the SyracuseCoE and the collaboration among universities—to support the development of clean and sustainable technologies,” says Joe Casper. “If we didn’t have these resources, we wouldn’t be where we are today.”
About Ephesus Technologies
Ephesus Technologies, LLC is a woman-owned LED lighting-innovation company that designs, engineers, and manufactures a portfolio of LED lighting products in New York State. The main applications for Ephesus Technologies are focused on penetrating the commercial and municipal markets, with its portfolio of interior and exterior LED fixtures. In parallel, Ephesus is commercializing its own LED chips to expand product portfolio in the retail market segments. Ephesus LED lighting products are sustainable, environmentally-friendly, contains no mercury or rare earth metals, and outperforms all other LED competitors.
When a group of former Carrier executives was looking for help with the cost of independent testing to get a newly patented, energy-efficient commercial heating, ventilation, and air conditioning (HVAC) system to market, it turned to the SyracuseCoE for help.
“We were just a few guys with big ideas about how this invention could change the industry,” recalls John A. DiMillo, vice president of NuClimate. “But we were promoting a very energy-efficient product and SyracuseCoE believed in us.”
NuClimate was awarded a $50,000 grant through the SyracuseCoE’s Commerialization Assistance Program, and in 2003, the small company manufactured 40 of its chilled beam units. By 2012, production was up to 10,000 annually, with sales in seven states. That number could soon expand dramatically.
NuClimate recently signed an exclusive agreement with Carrier Corp., which will now sell the NuClimate chilled beam through its worldwide distribution channels with the Carrier name on it.
According to DiMillo, SyracuseCoE has been an essential partner in that achievement. “When we were looking to vertically integrate our manufacturing, they put us in touch with the expertise that could help us do that. When we were looking for investment dollars, they brought us equity investors. Every time we ask for assistance, they deliver,” he says.
From the start, SyracuseCoE provided the support that allowed NuClimate to be viewed as an advantageous HVAC technology by engineers, architects, and contractors throughout New York State. Perhaps the most valuable connection was made when SyracuseCoE brought NuClimate to a NYE-RIC Bridges to Markets meeting, which resulted in an order from the New York City Schools for several thousand units over a five-year period for a series of major public school renovations.
NuClimate has also outfitted 55 school buildings in greater Boston, and will be supplying systems for renovated public school buildings in Syracuse, which began with the Fowler High School renovation. The NuClimate chilled beam provides an alternative to a standard fan coil or variable air volume (VAV) system, which is found in about 80 percent of commercial buildings in the United States. A conventional system mixes fresh outside air with re-circulated building air, which then is heated or cooled and blown through air ducts into a building’s rooms.
The chilled beam works on the theory of energy induction and is incorporated with a building ’s water system. The unit takes outside air, sends it through a series of nozzles that increases its velocity, and blows that air on one side of a coil hooked to the water system. Water temperature determines heating or cooling. The unit requires no electrical power, no compressor, and no fan motor, resulting in energy savings of up to 25 percent, better air quality, quieter operation, and lower maintenance costs.
“This is the right time for our product,” says DiMillo. “When we started, nobody was evaluating systems on payback. Today, return on investment is everything. Every building in America is analyzed for energy consumption 20 years in the future. It was not easy early on, but SyracuseCoE stuck with us.”
On March 20, 2012, SyracuseCoE will host a forum on Smart Grid Technologies. Part of a larger series of Research and Technology forums which will highlight cutting edge research by academic and industry leaders as well as current market drivers and trends, this upcoming forum will feature presentations from David Manning, Smart Grid Consortium, Nicholas Ritts (invited), National Grid Smart Grid Program, and Prasanta Ghosh, Syracuse University; all of whom are leaders in smart grid technologies.
The upcoming forum will be held on March 20 from 3:30 p.m. to 4:30 p.m. at the SyracuseCoE Headquarters building at 727 E. Washington Street, Syracuse, NY. A networking reception will follow the presentations. Attendees must RSVP to Stacy Bunce at sbunce@syracusecoe.org or 315-443-4445.
Syracuse Center of Excellence (syracusecoe.org) is a collaborative organization of more than 200 businesses and institutions that creates innovations for sustainable built and urban environments. SyracuseCoE members work on research, development, and educational projects relating to clean and renewable energy, indoor environmental quality, and water resources.
Upstate New York is poised to become a focal point for the development of biomass systems for the production of heat, power, fuels and products. The shortage of well-trained professionals to meet the growing demand of the bioenergy field is one of the barriers to the development of biomass as a source of renewable energy. There is a growing need for a well-educated and skilled workforce with the background and experience to address the complexities of this rapidly developing industry. This internship program is designed to assist in producing knowledgeable and experienced professionals with the requisite analytical, creative thinking and problem solving skills to meet the growing demand of the bioenergy field in the region.
The Summer Biomass Internship Program is offered collaboratively by SUNY-ESF, SyracuseCoE and the CenterState CEO and provides opportunities for qualified college students to work with a Upstate NY company that is focused on producing, converting or using biomass for bioenergy, biofuels, or bioproducts. This will provide students an opportunity to achieve their career goals by gaining experience in the biomass field while concurrently meeting workplace and industry needs by increasing the quality of postsecondary instruction in biomass and bioenergy. This program will help to build on connections between local firms working in the biomass field and college students studying in the region.
The Sustainable Enterprise Partnership (SEP) announces that Michael Lenox, Samuel L. Slover Professor of Business at the University of Virginia’s Darden School of Business Administration, will be the SEP’s 2012 Fetner Sustainable Enterprise Fellow.
As the Fetner Sustainable Enterprise Fellow, Lenox will be on the SU campus April 9-12 to work and meet with faculty, students and the business community and share his internationally recognized expertise in the intersection of business strategy, public policy and the natural environment.
On Monday, April 9, Lenox will discuss sustainability-related research trends and opportunities with SU and SUNY College of Environmental Science and Forestry (SUNY-ESF) faculty and graduate students. Later in the week, he will lead a luncheon discussion for faculty and Ph.D. students on “Sustainability in the Curriculum,” based on his leadership experience with this topic at Darden and Duke University. There will additionally be presentations from Whitman sustainability-focused curriculum innovation grant recipients.
During his time in Syracuse, he will also meet with graduate students enrolled in the SEP’s Certificate of Advanced Study in Sustainable Enterprise (CASSE) program and will guest teach the CASSE course “Managing Sustainability.”
On Wednesday, April 11, at 8 a.m., Lenox will share his research on trends in green tech entrepreneurship and innovation with the business community at a breakfast in the Whitman School’s Milton Room.
The Fetner Sustainable Enterprise Fellow is made possible through a gift by Hal Fetner ’83, president and CEO of Durst-Fetner Residential, and his wife, Nina. This recognition is given annually to an academic expert in sustainable enterprise whose three- to four-day residency involves direct, in-depth work with faculty and students.
“We are so pleased that Dr. Lenox is this year’s Fetner Sustainable Enterprise Fellow,” says Fetner. “Michael Lenox is recognized internationally for his expertise in innovation and entrepreneurship. Our students and faculty, as well as the business community, have much to learn from his perspective on the importance of sustainability to economic growth and competitive success.”
Lenox’s recent work explores firm strategies and non-traditional public policies that have the potential to drive “green” innovation and entrepreneurship.
Lenox’s research has appeared in more than 25-refereed academic publications and he is often cited in national media outlets. In 2009, he was recognized as a Faculty Pioneer by the Aspen Institute’s Center for Business Education for his leadership in integrating social and environmental issues into his teaching and research. Also that year, he was named as the top strategy professor under 40 by the Strategic Management Society.
Lenox serves as the faculty director for the multiple-university Alliance for Research on Corporate Sustainability. He is the executive director of Darden’s Batten Institute for Entrepreneurship and Innovation. Prior to joining Darden in 2008, he was a professor at Duke University’s Fuqua School of Business, where he was the founder and faculty director of Duke’s Corporate Sustainability Initiative.
The Aspen Institute’s 2011-12 Beyond Grey Pinstripes report recently ranked the Whitman School of Management among the top in the world for integrating environmental, ethical and social issues into graduate business education. This first-time Beyond Grey Pinstripes Top 100 ranking recognizes Whitman’s M.B.A. program and the SEP as major contributors to SU’s leadership in teaching and researching issues pertaining to sustainability in business and society.
When SyracuseCoE Executive Director Ed Bogucz was trying to recruit Cliff Davidson from Carnegie Mellon University, he told the environmental transport expert it was the perfect time to come to Syracuse because of Onondaga County’s commitment to sustainability.
Today, Davidson is the Thomas and Colleen Wilmot Chair in Engineering at Syracuse University’s L.C. Smith College of Engineering and Computer Science. He conducts innovative research in stormwater management using green infrastructure in a public-private partnership with local government and SyracuseCoE.
Davidson and his research team—graduate and undergraduate SU engineering students—have installed equipment to monitor stormwater capture on the 60,000-square-foot green roof on Syracuse’s Oncenter, one of the largest green roofs in the Northeast and one of more than 100 green infrastructure projects that comprise Onondaga County’s nationally recognized “Save the Rain” program. The comprehensive stormwater management plan utilizes sustainable initiatives to decrease stormwater runoff from the county sewage system. While green roofs are increasingly popular, little research has been completed to understand their efficacy.
Davidson and his team have installed monitoring equipment on the convention center roof to measure how much rain is collected, how much water is stored at any given time, and how much evapotranspirates through the plants and soil. “There are other research projects that have looked at pieces of this problem, but this is one of the few times there’s been an attempt to look at the complete mass balance of water on a roof,” he says.
The research intends to improve understanding of how green roofs retain precipitation and reduce stormwater runoff, as well as evaluate equipment used for monitoring green roof performance.
Davidson credits SyracuseCoE with forging the partnerships that make his research possible, research that could have significant commercial applications in the near future. “There are more than 700 cities in the United States that have problems with combined sewer overflow during storm events,” says Davidson, who is also studying stormwater runoff over and through permeable pavements that have been installed throughout Syracuse.
“When it rains, stormwater goes into the sewer, mixes with the sewage, and greatly increases the volume of flow. During heavy rain, the water treatment system can’t handle the capacity, ultimately overflowing untreated into Onondaga Lake,” he explains.
Davidson says he was attracted to Syracuse because of Onondaga County’s use of green infrastructure. “The county has made a big investment in environmental sustainability,” he says, efforts resulting in Syracuse and Onondaga County being named one U.S. Environmental Protection Agency’s 10 green infrastructure partners.
“We need locations like Onondaga County and Syracuse whose leaders are willing to be progressive and try new concepts,” says Davidson. “If we continue on the current trajectory, I expect this area will be a leader in the country on stormwater management, and SyracuseCoE is a conduit for making that happen.”
State Assemblyman William Magnarelli (D-120), the Syracuse Center of Excellence and CenterState Corporation for Economic Opportunity (CEO) recently announced at ESF that five companies have received Commercialization Assistance Program (CAP) awards totaling $248,300 to promote the commercialization of innovative green and clean technologies.
The announcement was made in ESF’s Baker Laboratory, where technology by one of the recipients, Rapid Cure Technologies, is being developed and tested.
“In 2001, when the Commercialization Assistance Program was first initiated to encourage innovation, product development and entrepreneurship in the field of indoor quality, we were confident that this matching fund program would fuel technology development, job creation and thereby strengthen our local economy,” Magnarelli said. “I am pleased that we are able to point to this program and see so many successes. I congratulate all the recipients in this round of CAP awards.”
The five companies and their projects are:
Ephesus Technologies of Syracuse Ephesus designs and manufactures high-quality LED fixtures using LEDs and other core components from outside suppliers. The company was awarded $50,000.
GreenView Energy Management Systems of Syracuse, New Hartford GreenView Energy Management Systems implements real-time, remotely monitored data acquisition services for commodities such as electricity, natural gas, steam, water, generators, and renewable systems, including photovoltaics, fuel cells and wind. The company was awarded $50,000.
Rapid Cure Technologies of Syracuse Rapid Cure Technologies is in the niche formulation and manufacturing of value added energy-curable resins, coatings, inks and adhesives. The company was awarded $48,300.
Synairco of Ithaca Synairco Inc. is an emerging company that is commercializing a patented ultra-efficient, environmentally responsible air conditioner. The company was awarded $50,000.
Synex of Pulaski Synex Controls is an industry leader in developing controls technology for the steam, hydronic, and thermal fluid heat transfer system markets. The company was awarded $50,000.
Four of the five companies – Ephesus Technologies, Greenview Energy, Rapid Cure and Synairco – are working with The Cleantech Center, a clean-energy incubator in Syracuse, and sponsored by the New York State Energy Research and Development Authority (NYSERDA).
The Commercialization Assistance Program, which has awarded more than $1.3 million and supported the growth and success of 26 upstate companies, is funded by a grant secured by Magnarelli and administered through SyracuseCoE and CenterState CEO. CAP grants are awarded for projects that commercialize new products and services in the three focus areas of the SyracuseCoE: indoor environmental quality, water resources and clean and renewable energy.
To date, CAP has created or retained 152 high-value jobs and $392.5 million in new revenue for Central Upstate New York companies.
“Our Commercialization Assistance Program is a key element of our efforts to create jobs in Central New York by accelerating innovations focused on energy-efficient and high-performance technologies into the marketplace,” said Ed Bogucz, SyracuseCoE executive director.
“The CAP awards help bridge the gap from a smart idea to a great new product and, ultimately, a successful generator of jobs and revenue for the region,” said Robert M. Simpson, president of CenterState CEO. “Together with Assemblyman Magnarelli and SyracuseCoE, we are excited about the innovation and new ideas these companies represent and are committed to supporting them as they grow and create jobs for the region.”
ESF President Cornelius B. Murphy, Jr., said the CAP grants serve as a catalyst to bring some of the best Central New York ideas in the area of green and clean technologies to commercialization.
“Assemblyman Magnarelli again shows his understanding and dedication of the importance of green jobs to regional economic development. SUNY-ESF’s partnership with Rapid Cure Technologies of Syracuse is of great importance to us and demonstrates that public-private partnerships work,” Murphy said.
“These awards show that industry and academia can effectively collaborate to help support job growth in a region,”said Shere Abbott, vice president for sustainability initiatives at Syracuse University. “Syracuse University values Assemblyman Magnarelli’s leadership and commitment to these collaborations and the CAP program, and we applaud this partnership with CenterState CEO, the CleanTech Center and others.”
Francis J. Murray, Jr., said New York is leading the nation in the cleantech sector by fostering partnerships between early-stage clean energy businesses and regional incubators that help them grow and compete in the global marketplace.
“With four of the five CAP grant winners associated with The Cleantech Center, it demonstrates that New York State’s commitment to business development is paying off. NYSERDA congratulates all the recipients of these awards,” Murray said.
On January 24, 2012, SyracuseCoE will host a forum on Intelligent Building Systems. Part of a larger series of Research and Technology forums which will highlight cutting edge research by academic and industry leaders as well as current market drivers and trends, this upcoming forum will feature presentations from John Park, Siemens, Thong Dang and Michael Pelken, Syracuse University, and Dean D’Amore, Greenview Energy Management Systems; all of whom are leaders in intelligent building systems.
The upcoming forum will be held on January 24 from 3:30 p.m. to 4:30 p.m. at the SyracuseCoE Headquarters building at 727 E. Washington Street, Syracuse, NY. A networking reception will follow the presentations. Attendees must RSVP to Stacy Bunce at sbunce@syracusecoe.org or 315-443-4445.
The NYE-RIC Bridge to Markets program is designed to connect New York State firms that have developed innovative products for advanced buildings with the diverse and critical stakeholders in the target market of New York City.
NYE-RIC is New York’s Energy Regional Innovation Cluster, a pioneering consortium of partners from upstate and downstate working together to transform the way energy-efficient building systems are invented, developed, demonstrated and deployed in New York State, across the country and around the world.
Over the past year, SyracuseCoE and its NYE-RIC partners have developed and demonstrated a process that creates jobs throughout the state by accelerating the adoption of new technologies developed by upstate firms in retrofits to improve energy efficiency and indoor air quality in New York City buildings.
This NYE-RIC Bridge to Markets demonstration was funded by SyracuseCoE and NYSERDA, and conducted in collaboration with CenterState CEO.
On November 8, 2011, SyracuseCoE will host a forum on Advanced Battery and Energy Storage Technologies. Part of a larger series of Research and Technology forums which will highlight cutting edge research by academic and industry leaders as well as current market drivers and trends, this upcoming forum will feature presentations from Bill Acker, NY-BEST, Dr. Paul Mutolo, Cornell University, and Nathan Ball, NOHMs Technologies; all of whom are leaders in battery and energy storage technologies.
Bill Acker is executive director of the New York Battery and Energy Storage Technology Consortium (NY-BEST™), a rapidly growing coalition of entrepreneurial, academic, corporate, and federal partners building a world-class advanced battery and energy storage sector based in New York State. With extensive experience in the clean technology sector, Acker was the founder of MTI MicroFuel Cells Inc. which specializes in the production of micro fuel cell power systems, was a founder/chairman of both Taconic Energy, Inc. and Optiwind, Corp, and President of Mechanical Technology, a public company. Acker holds a PhD in Applied Physics from Yale University and a BS in Physics from Rensselaer Polytechnic Institute.
Dr. Paul Mutolo is the Director of External Partnerships for the Energy Materials Center (emc2) at Cornell University and has been working in the energy sector for more than 10 years. At emc2, he establishes and maintains technology development and projects with industry partners, and drives the communication of impacts of emc2 research to educators, policy makers, and the general public. Dr. Mutolo spent four years at MTI MicroFuel Cells, Inc. in Albany, NY where he helped develop several aspects of the MobionTM direct methanol micro fuel cell technology. In 2000, Dr. Mutolo received his PhD in chemistry from the University of California at Santa Barbara. As a recipient of a Fulbright Fellowship, he conducted two years of his doctoral research at the Westfälishe-Wilhelms Universität (WWU) in Münster, Germany. He received his A.B. in chemistry from Cornell University in 1994.
Nathan Ball is CEO of Nanoscale Organic Hybrid Materials (NOHMs) Technologies, Inc., an emerging company that is commercializing rechargeable lithium-ion battery technology with significant performance, cost, safety, and environmental advantages and has positioned itself as a battery materials supplier and developer of battery prototypes. More than a decade of research at Cornell University has yielded three technology patent filings, which are being licensed to the company. Ball was most recently employed at e2e Materials in Ithaca, NY where he was Project and Process Engineer, taking the lead role in pilot plant design and start-up. He has worked and studied in the Middle East, Asia, and in Europe. Ball earned a MS degree in chemical engineering as a member of the inaugural graduate class of King Abdullah University of Science and Technology (KAUST) in Saudi Arabia, and a BS from Texas A&M University.
The upcoming forum will be held on November 8 from 3:30 p.m. to 4:30 p.m. at the SyracuseCoE Headquarters building at 727 E. Washington Street, Syracuse, NY. A networking reception will follow the presentations. Attendees must RSVP to Stacy Bunce at sbunce@syracusecoe.org or 315-443-4445.
Syracuse Center of Excellence (syracusecoe.org) is a collaborative organization of more than 200 businesses and institutions that creates innovations for sustainable built and urban environments. SyracuseCoE members work on research, development, and educational projects relating to clean and renewable energy, indoor environmental quality, and water resources.
The Sustainable Enterprise Partnership (SEP), a partner of SyracuseCoE, encourages SU and SUNY-ESF graduate students to plan now to earn an advanced credential in sustainability.
Developed through a cross-institutional collaboration, the Certificate of Advanced Study in Sustainable Enterprise (CASSE) integrates business, science, engineering, policy and practice, and emphasizes transdisciplinary collaboration. The CASSE curriculum is delivered by expert faculty and researchers from the Whitman School of Management, SUNY-ESF, College of Engineering and Computer Science, SyracuseCoE, and other leading sustainable enterprise authorities.
The concept of sustainability is central to organizational efforts to respond to environmental and social concerns in ways that maximize competitive advantage. Thus, there is great demand for professionals who are skilled in sustainability issues and understand the economic, environmental, technical and social dimensions of phenomena such as climate change, volatile energy prices and explosive growth in developing economies. Indeed, the Wall Street Journal recently reported on a study showing that the number of online job postings containing the word “sustainability” has quadrupled in the past two years.
Admission to the CASSE program is available to all currently matriculated graduate students at Syracuse University and SUNY-ESF. The CASSE is designed to be relevant and accessible to a wide range of disciplines.
CASSE candidates are required to complete five courses: three core courses and two electives. The core courses are:
Managing Sustainability: Purpose, Principles and Practice
Strategic Management and the Natural Environment
Sustainability-Driven Enterprise
Managing Sustainability: Purpose, Principles and Practice (BUA/ECS/FNR 650) is team-taught by the SEP core faculty and will be offered in the Spring 2012 semester. This course is the entry point for CASSE candidates, and also may be taken as a stand-alone elective.
The Aspen Institute’s 2011-12 Beyond Grey Pinstripes (BGP) report ranked Whitman’s MBA program among the top in the world for integrating environmental and social stewardship into graduate business education. The CASSE is the foundation of this Global 100 ranking, and reflects the strength of the SEP’s partner institutions.
For additional information on the CASSE,visit http://partnersforsustainability.org, or email Elet Callahan, SEP Faculty Director, at escallah@syr.edu.
The SyracuseCoE headquarters has been awarded LEED® Platinum-level certification, established by the U.S. Green Building Council (USGBC) and verified by the Green Building Certification Institute (GBCI). LEED (Leadership in Energy and Environmental Design) is the nation’s pre-eminent program for the design, construction and operation of high-performance green buildings.
SyracuseCoE Headquarters
The SyracuseCoE was designed to exemplify the highest level of LEED standards. The result is an iconic, high-performance building that is the realization of a dream shared by leaders in government, industry and academia to create a world-renowned location for collaborations that address global challenges in clean and renewable energy, indoor environmental quality and water resources.
“Achieving a LEED Platinum rating for the SyracuseCoE headquarters is emblematic in multiple dimensions,” says SU Chancellor and President Nancy Cantor. “It not only embodies our region’s signature strengths in clean energy and environmental systems innovation, entrepreneurship and collaboration, but it signifies that dreaming big is worth it—that sustainability is possible and that our highest aspirations for cross-sector partnerships really are achievable. We very greatly appreciate the support of New York state and our hundreds of industry and academic partners in creating this internationally recognized asset for discovery and education.”
“Achieving a Platinum LEED rating for the SyracuseCoE headquarters further strengthens our region’s reputation as an international leader in clean energy and environmental systems,” says Robert Simpson, president of the CenterState Corp. for Economic Opportunity. “At the cutting edge of sustainable design and performance, the SyracuseCoE provides an optimal venue for emerging companies to develop new technologies and positions local firms to accelerate product development, helping us compete in the global market.”
“As a resident and native of Central New York, I am professionally and personally thrilled that the SyracuseCoE headquarters has earned a LEED Platinum rating,” says Rick Fedrizzi, president, CEO & founding chair of USGBC. “This project is an extraordinary example of how human systems can integrate with natural systems to have powerfully positive impacts on the people who use the buildings, the natural and human landscapes that surround the building, and an entire region’s well-being. The leadership and scholarship CoE has demonstrated is an international model of how to deliver something that will inspire and nurture generations to come.”
LEED promotes a whole-building approach to sustainability by recognizing performance in five key areas of human and environmental health: sustainable site development, water savings, energy efficiency, materials selection and indoor environmental quality. LEED certification is earned at the levels of certified, silver, gold and platinum.
Dedicated in March 2010, the five-story, 55,000-square-foot SyracuseCoE headquarters was funded by New York State’s Empire State Development with the New York State Foundation for Science, Technology and Innovation (NYSTAR); the New York State Energy Research and Development Authority (NYSERDA); Syracuse University; Carrier Corp.; National Grid; and Otis. Projects at the SyracuseCoE are funded by multiple sources, including the U.S. Department of Energy, U.S. EPA and U.S. Department of Agriculture.
“Achieving a LEED Platinum rating for the design and construction of the SyracuseCoE headquarters is a great accomplishment for New York’s Centers of Excellence program,” says Kenneth Adams, Empire State Development president, CEO and commissioner. “This is an impressive facility with unique capabilities to springboard research into widespread deployment of innovative technologies.”
“NYSERDA congratulates Syracuse University and its design and construction teams for achieving a LEED Platinum rating for the SyracuseCoE headquarters facility,” says Francis J. Murray Jr., president and CEO of NYSERDA. “The funding provided for this project showcases an excellent example of the many benefits of green buildings, including reducing energy use and improving indoor environments for occupants. Further, we celebrate that the facility was designed and constructed by firms from throughout New York to provide a unique resource for development of new products and services for green buildings.”
“The site of the SyracuseCoE headquarters has seen many important developments over the years, including the construction of the Erie Canal, the manufacturing of typewriters by L.C. Smith & Brothers, and the launching of Onondaga Community College,” says Ed Bogucz, SyracuseCoE executive director. “After seven generations of use, the site became a surface parking lot on top of a landfill. Earning a LEED Platinum rating for our facility makes clear to the world that the site has been restored to be a healthy, vibrant presence in the community for the next seven generations.”
“At SUNY-ESF and at scores of other firms and institutions, students, faculty and collaborators greatly appreciate the unique facilities that are available at the SyracuseCoE headquarters,” says Cornelius B. Murphy, Jr., president of the SUNY College of Environmental Science and Forestry (SUNY-ESF). “We warmly applaud Syracuse University and the SyracuseCoE headquarters design and construction teams for achieving a LEED Platinum rating at a facility that benefits firms and institutions across Central New York.”
The headquarters sits on a three-acre, EPA-designated brownfield site in downtown Syracuse. The SyracuseCoE construction team dedicated itself to completely remediating the brownfield with careful investment made to clearing the land of environmental contamination and restoring it for sustained use by SyracuseCoE and future generations. The headquarters’ earliest construction was sustainable, with the construction team led by LeChase Construction Services of Rochester, N.Y., diverting 98 percent of unused materials from landfills—whereas a typical building construction diverts just 2 percent of unused and waste materials.
Today, the SyracuseCoE houses research laboratories for indoor environmental quality and biomass fuel, classrooms, public spaces and additional lab space for use by SyracuseCoE academic and industry partners. Facilities include the Willis H. Carrier Total Indoor Environmental Quality Lab, the only research facility of its kind in the world dedicated to conducting controlled experiments on the human response to indoor environments—temperature, air quality, odor, light, etc. The 150-foot Urban Ecosystem Observatory takes measurements of outdoor air quality to help research into urban air pollution and the impact of buildings on urban ecosystems.
“It is exciting news that the Center of Excellence has been given the LEED Platinum-level certification,” says Senator John DeFrancisco (R). “Central New York is fortunate to have a unique institution on the brink of catapulting our community to the forefront as a leader in the environmental and energy systems industry. As members of our research, academic and business sectors continue to work together, they will develop innovative ideas and technologies that have tremendous potential to enhance our region’s economic health and improve the quality of life for those who live here.”
“I congratulate Ed Bogucz and the entire CoE staff on this well-deserved distinction, putting Syracuse University and Central New York once again at the forefront of technological innovation,” says Senator David J. Valesky (D).
“Congratulations to the Syracuse Center of Excellence on receiving the highest LEED certification for green building design and construction. It is wonderful that the building exemplifies the energy efficiency and cutting edge technology that COE employees research, develop and promote,” says Assemblyman William B. Magnarelli (D). “Buildings like this will continue to help Syracuse make a name for itself as a community that leads the state and nation in environmental friendly policies, designs and innovations.”
Among the SyracuseCoE’s sustainable design, construction and operational features that contributed to LEED Platinum certification are:
Building Shape and Form–The building is relatively narrow, reducing brownfield site disturbance and excavation, with extensive windows providing a high level of occupant comfort with ample natural light and opportunities for views and natural ventilation;
Building Orientation–To optimize the building’s southern exposure in order to avoid solar energy drain during the colder months, the tower portion of the building is rotated 13-degrees from the urban street grid;
Structure–The use of substantial cantilevers in the steel structure on the north, south and west sides of the building reduces the number of columns, overall steel tonnage and required footings for the building;
Landscape Design– Large sloping landforms provide a dynamic reflection of the building, as well as a means for safely encapsulating contaminated soil instead of shipping it to a distant landfill;
Vapor Intrusion System–Ventilation below the foundation prevents underground vapors from entering the building, eliminating a potential source of contaminants in indoor air;
Storm Water Retention Tank–The southwest corner of the property features a storm water retention tank to control run-off entering the sewer system;
Demand-Controlled Ventilation–The amount of fresh air delivered to a room varies depending on the number of people who are present, saving energy when rooms are partially occupied;
Insulation–Solid façades include superior insulation to reduce heating and cooling loads. Interior insulation uses Demilec, a 100 percent soy-based spray foam. Exterior insulation boards were created from sustainable natural fiber materials;
Underfloor Ventilation and Raised Flooring–Ventilation is provided close to occupants for improved thermal comfort using a raised floor system, allowing for even air distribution with lower fan speeds. The Tate raised floor system, situated 12 inches above the concrete deck, also provides convenient wire routing;
Radiant Ceilings–Most of the heating and cooling in rooms is provided via ceiling panels that are embedded with copper piping that efficiently carries warm or cool water;
Restrooms–Restrooms feature waterless urinals, dual flush low-flow toilets and faucets, and sustainable paper and cleaning products;
Furniture–Furniture by Haworth and Herman Miller is made from recycled materials and FSC wood and wood products. Furniture is also 100 percent recyclable by the manufacturers upon return;
Lighting–High-efficiency compact fluorescent and LED lighting, controlled by a daylight harvesting (auto dimming) system and auto shut-off occupancy sensors, is used throughout the building;
Windows–The south façade features highly insulated glass with integrated, electronically controlled blinds that provide solar heat and glare control, capable of operation at 15-degree increments. The ceramic white dots on the windows passively reduce glare and solar heat gain;
Roof–The building roof on the west tower is designed to reflect most of the sunlight, minimizing solar heat gain and reducing the cooling load. The roof is also designed to allow future installation of photovoltaics, building-scale wind turbines and roof-top HVAC units; and
Green Roof –The roof of the laboratory wing on the east end is covered with a living “green” roof that features six sedum plant species native to the region. The green roof is designed to absorb and retain rainwater, reducing runoff from storms. The green roof also eliminates heat island effect during summer and reduces heat loss during winter.
The headquarter building design and construction team was composed of local and national experts, led by Syracuse-based executive architect Ashley McGraw Architects, and assisted by LeChase and world-renowned design architect Toshiko Mori. Other design team members were Ove Arup & Partners (mechanical, electrical, plumbing and structural engineering); Hargreaves Associates (landscape architects); Burt Hill (lab planner); Transsolar (climate concepts); Stearns & Wheler (civil engineering); O’Brien & Gere (environmental engineer); John P. Stopen Engineering (geotechnical engineering); Peterson Engineering (elevators); C&S Companies (commissioning agent); and 7 Group (LEED consultant).
The strong Central Upstate New York roots of the majority of the design and construction team is a demonstration of the advanced technical expertise available in the region for green building projects. Specifically, construction for this highly advanced building involved more than 25 companies based in Central Upstate New York.
The U.S. Green Building Council’s LEED green building certification system is the foremost program for the design, construction and operation of green buildings. More than 100,000 projects are currently participating in the LEED rating systems, comprising more than 8 billion square feet of construction space in all 50 states and 114 countries. By using less energy, LEED-certified buildings save money for families, businesses and taxpayers; reduce greenhouse gas emissions; and contribute to a healthier environment for residents, workers and the larger community. For more information, visit www.usgbc.org.
Clean Tech Companies Invited to Apply for Up to $50,000 in Grant Funds
SYRACUSE, N.Y. – The Syracuse CoE and CenterState CEO are pleased to announce the next round of solicitations for Commercialization Assistance Program (CAP) grants. The grants will be awarded to projects that commercialize new products and services in the fields of indoor environmental quality, water resources, and clean and renewable energy.
Up to $50,000 is available for individual projects, with approximately four expected recipients in this round. To qualify for CAP funding, a proposing company must provide matching funds of at least 1 to 1 for every dollar requested. Matching funds can include cash or in-kind services.
Projects should focus on technology commercialization projects in sectors such as:
Renewable energy solutions (CHP, solar, solar thermal, wave, wind, other renewable energy sources)
Energy storage and system integration (Advanced batteries, transmission, smart grid, power electronics, smart transportation technologies)
Intelligent, energy efficient building science technologies and energy efficient building materials
Energy management software and IT platforms, energy control systems and energy conservation technologies
Clean air, Indoor Environmental Quality (IEQ), HVAC, advanced air systems
New industrial technologies that result in improved air and water quality, as well as energy reduction and conservation
The deadline for submission of proposals for this round is November 11, 2011. Projects should start January 1, 2012 and be complete on or before Sept. 30, 2012.
The CAP is funded with grants secured through New York Assemblyman William Magnarelli, and was established by the SyracuseCoE in partnership with CenterState CEO and Empire State Development Corporation.
To date, the CAP program has awarded more than $1 million to 21 upstate companies for projects that have commercialized new clean tech products and services, and created or retained more than 152 green jobs in New York State. Regional companies that have benefited from CAP grants include: OrthoSystems, Air Innovations, NuClimate Air Quality Systems, O’Brien & Gere, Taitem Engineering, Galson Laboratories, Rupprecht & Patashnick, Double A Willow, Isolation Sciences, VentoTek, Widetronix Semiconductors, e2e Materials, and Orthogonal.
SyracuseCoE recently hosted a seminar featuring Dr. Bjarne Olesen of the Technical University of Denmark. The seminar, presented by Syracuse University’s Department of Mechanical and Aerospace Engineering and the EQS STAR Center for Environmental Quality Systems, discussed the possibilities and limitations for the use of water based radiant heating and cooling systems. Dr. Olesen demonstrated the application of radiant heating and cooling and featured examples of existing systems in structures such as airports, museums, offices and shopping malls. The presentation also touched on the methods for calculating the heating and cooling capabilities of the systems as well as “best-practice” designs for the heating and cooling systems.
(L-R: Ed Bogucz, SyracuseCoE, Bjarne Olesen, Technical University of Denmark, Ezzat Khalifa, Syracuse University)
Dr. Olesen has a Master’s degree in civil engineering and a Ph.D. from the Technical University of Denmark. He is currently a full professor of Indoor Environment & Energy at the Technical University of Denmark and director of the International Center for Indoor Environment and Energy at the Technical University of Denmark. He is active in several ASHRAE-CEN-ISO-DIN standard committees regarding indoor environment and energy performance of buildings and HVAC systems. He has published more than 350 papers including more than 60 in peer-reviewed journals.
Applications are now available for the 2011 SyracuseCoE Summer Industry Collaboration Internship program. This program provides support for qualified undergraduate and graduate students hosted by Central Upstate New York companies engaged in work related to indoor environmental quality or water resources, including high-performance and green building design. The goal of this program is to increase post-graduation student retention in the Central Upstate region by establishing valuable relationships between college students and Central Upstate companies in the energy and environmental systems economic cluster.
To date, nearly 70 companies and students have participated in this program, which provides up to $5,000 toward an intern’s wages.
During the week of May 23rd, engineering professors from all over the world gathered at SyracuseCoE for the Center for Sustainable Engineering (CSE) workshops hosted by Cliff Davidson, the Thomas and Colleen Wilmot Chair in Engineering at Syracuse University. The workshops addressed how to integrate sustainable engineering concepts within currently existing engineering courses as well as how to develop new courses that incorporate quickly developing sustainable engineering methods and ideas.
Held within a truly sustainable building, the workshops’ main message held a strong connection with the mission of the SyracuseCoE. The workshops stressed the importance of preserving the environment and meeting the needs of people all around the world from an engineering perspective. It is imperative for engineers to understand the importance of providing sustainable solutions to an ever-increasing world population.
The workshops are part of a multi-year, $1.7 million dollar grant from the National Science Foundation (NSF) to the CSE. The CSE is a partnership of five institutions: Syracuse University (the lead institution), Arizona State University, Carnegie-Mellon University, Georgia Institute of Technology and the University of Texas at Austin.
SyracuseCoE was recently certified by the Onondaga County Resource Recovery Agency (OCRRA) as a Blue Ribbon Recycler.
OCRRA awards Blue Ribbon certification to organizations such as businesses, educational institutions, restaurants, government offices, and medical and healthcare facilities. In order to be recognized as a Blue Ribbon Recycler, a specific set of criteria need to be adhered to and successfully demonstrated. Some of the criteria include: recycling all paper, magazines, junk mail, cardboard, glass and plastic bottles and metal cans. The organization must have a process to separate trash from recycling and must also provide recycling bins near every printer as well as near employee workspaces. In order to receive certification, applicants must show a commitment to recycling as well as other sustainability practices.
Currently, SyracuseCoE is one of 54 organizations in the region that has received this certification.
SyracuseCoE recently announced that four Upstate New York companies have received a total of $200,000 in the fourth round of Technology Application and Demonstration (TAD 2011) awards. These demonstration projects are designed to improve air quality and water systems.
The awards are made possible through funding to SyracuseCoE from the U.S. Environmental Protection Agency (US EPA).
The announcement was made at SyracuseCoE headquarters, and recipients were congratulated by U.S. Rep Ann Marie Buerkle (NY-25); Edward Bogucz, executive director of the SyracuseCoE; Eric F. Spina, vice chancellor and provost of Syracuse University, Peter King, managing partner of King & King Architects LLP and chairman of the SyracuseCoE Advisory Board; and Robert Simpson, president of CenterState CEO.
The TAD 2011 awards will push the total U.S. EPA funding to date for SyracuseCoE technology demonstration projects to more than $1.9 million, a subset of a larger portfolio of demonstration projects funded by the SyracuseCoE in the past. TAD projects are a crucial part of SyracuseCoE’s “innovation ecosystem,” which seeks to fund product and service innovations in clean and renewable energy, indoor environmental quality and water resources through research, demonstration and
commercialization phases.
“Small businesses, such as those receiving this round of Technology Application and Development (TAD) awards, are the engines for economic growth in our region. I want to congratulate those receiving TAD awards today for their cutting edge work that holds the promise for generating jobs here in Central New York,” said Buerkle. “I also want to thank the Center of Excellence for providing a collaborative atmosphere where new technologies can be researched, nurtured, commercialized.”
The TAD 2011 companies were competitively selected based on their proposals for three-month projects that demonstrate the “first proof of concept” or “reduction to practice” phase of a new product or service associated with air and/or water quality. Projects begin now and run through August.
“We warmly thank the U.S. EPA for providing funding to establish our TAD program, which is a national model for targeting federal support to create jobs by fueling innovations within a regional cluster,” said Bogucz. “Our previous TAD recipients have been very successful in demonstrating new technologies that now are being advanced toward commercialization. The awards we are announcing today are sure to strengthen Upstate New York’s reputation as a leading regional innovation cluster in clean and green technologies.”
“Fostering cross-sector collaboration is both the essence of the SyracuseCoE’s work and essential for spurring job creation regionally,” said Spina. “SU thanks Representative Buerkle for her support of these collaborations and we look forward to working with her and our many partners to continue building on the internationally recognized team and facilities that we have established over the last 12 years.”
The award recipients and their collaborators are:
Antek Inc. of Syracuse: $49,864 for “Innovative Drain Inlet Filter.” Collaborator: Chris Nomura of the SUNY College of Environmental Science and Forestry. This project is aimed at demonstrating the ability of biodegradable polymers to absorb oil and naphthalene compounds from storm sewer systems.
Haledyne Inc. of Syracuse: $50,000 for “Identifying the Optimal UV-Fluence Rate and Fan Efficiency of the Haledyne HAS-74 in Order to Optimize the Device Performance as a Method to Increase Productivity and Improve the Health of Room Occupants.” Collaborators: Mark Glauser of Syracuse University and Goodarz Ahmadi of Clarkson University. This project will enable the testing of a device developed by Haledyne to improve indoor air quality in hospital settings.
Indoor Controls LLC of Syracuse: $50,000 for “Instrumentation of the SyracuseCoE TIEQ Laboratories in Support of Commercial Building Control System Device Manufacturing and Research Projects.” Through this project, Indoor Controls will work with the SyracuseCoE to deploy its building automation system in SyracuseCoE Total Indoor Environmental Quality (TIEQ) laboratories while simultaneously creating or improving several devices suitable for manufacturing.
Taitem Engineering, PC, of Ithaca: $48,785 for “Acoustic Methods for Estimating Filtration.” This project will focus on the development of a rapid, inexpensive and easy to use air infiltration measurement method.
“The TAD awards are a clear realization of the vision of SyracuseCoE to utilize collaboration between Central Upstate New York universities and businesses, to demonstrate new technologies, commercialize innovations, and create jobs and wealth,” said King.
“These four companies exemplify our region’s global leadership in green technology, particularly indoor air quality and protection of water resources,” said Simpson. “These EPA-funded grants, combined with the outstanding research partnerships facilitated through the SyracuseCoE, will accelerate the growth of these emerging green tech companies, enabling them to create jobs and be more competitive worldwide.”
The U.S. Environmental Protection Agency (EPA) has announced that Syracuse, New York has been chosen as one of 10 communities throughout the nation being recognized as a “Green Infrastructure Partner.” Green infrastructure projects use open space and natural areas, such as greenways, wetlands, parks, forests and native plant vegetation, to manage stormwater and reduce flooding. The selection of the partner cities was based on their success in implementing green techniques to manage stormwater, and in their progress in creating more sustainable, livable communities.
The Environmental Finance Center at SyracuseCoE CSCS is a key partner in the Save the Rain campaign, leading education and outreach efforts on green infrastructure in Onondaga County and the City of Syracuse.
Bob Periasepe & Judith Enck Of EPA Visits Near West Side & COE
“Onondaga County and the City of Syracuse have set a tremendous example for other communities looking to improve their water quality,” said EPA Regional Administrator Judith Enck. “Green infrastructure is a fiscally responsible answer to many urban water challenges, and helps build healthier communities. The investments that Syracuse and Onondaga County are making today will be a catalyst for sustainable growth for years to come.”
“I would like to thank EPA Administrator Lisa Jackson, Deputy Administrator Bob Perciasepe, and Regional Administrator Judith Enck for their leadership and support in promoting the use of Green Infrastructure throughout the nation. We are honored to be recognized by EPA as a Green Infrastructure Partnership Community and take very seriously our shared responsibility to ensure that the Save the Rain program serves as a national model for balancing the use of gray and green infrastructure in managing stormwater,” said Joanie Mahoney, Onondaga County Executive.
“I am thrilled that Syracuse and Onondaga County have been chosen by the EPA as one of only 10 Green Infrastructure Partnership Communities in the nation. This distinction is a testament to the Syracuse community’s dedication to environmental stewardship, and to County Executive Mahoney’s visionary leadership,” said Syracuse Mayor Stephanie A. Miner. “Onondaga County’s ‘Save the Rain’ initiative has presented our community with opportunities for improved environmental quality and opportunities to foster an even stronger working relationship between the City and County.”
Stormwater often carries chemicals and other debris into local water bodies, and can damage stream and lake ecosystems. In older cities such as Syracuse, combined sewer systems that carry sanitary sewage from homes and street runoff from storm drains, can overflow during periods of heavy rain, further contaminating local waterways. The traditional collection and treatment of stormwater water can be very expensive, and result in significant construction and operations costs for local communities. Green infrastructure usually costs less to install and maintain compared to traditional infrastructure. Examples of green projects include capturing rainwater through the use of green roofs, permeable pavements, preserving wetlands, rain gardens and other methods that put the collected water to productive use before it enters municipal wastewater treatment systems. In addition to contributing to more sustainable sewer and water systems, green infrastructure projects often provide communities with additional recreation space, revitalizing neighborhoods and enhancing property values.
Through its Green Infrastructure Partnership program, EPA will work with other federal agencies, state and local governments, tribes, municipalities, and the private sector to identify opportunities and provide technical assistance to communities implementing green approaches to control stormwater. To encourage municipalities to adopt green infrastructure solutions, EPA will focus on community partnerships, outreach and information exchange, financing, and capacity building.
The City of Syracuse and Onondaga County are planning to complete 50 green infrastructure projects in the Syracuse area this year under the banner of Onondaga County’s “Save the Rain” program. Projects under this program include those in the Harbor Brook area, which will use green infrastructure technologies to reduce stormwater runoff, and improvements to Syracuse’s Near West Side neighborhood, including the installation of green roofs, permeable pavements and urban gardens.
For more information on EPA’s green infrastructure agenda, visit: http://www.epa.gov/greeninfrastructure
In collaboration with Time Warner Cable’s “Connect A Million Minds Week” – an effort to get kids interested in science, technology, engineering and math – the SyracuseCoE Center for Sustainable Community Solutions hosted 5th and 6th grade students from Salem Hyde Elementary School to learn about the SyracuseCoE headquarters and how it acts as a “living laboratory,” as well as attend a variety of fun, educational workshops.
Throughout the day, students learned how liquid nitrogen can be used to create ice cream, played with worms with the Onondaga County Resource Recovery Agency while discovering the concepts of composting and environmental sustainability, and figured out the binary code involved in wireless communications from Time Warner Cable engineers.
As the Fetner Sustainable Enterprise Fellow, Lenox will be on the SU campus April 9-12 to work and meet with faculty, students and the business community and share his internationally recognized expertise in the intersection of business strategy, public policy and the natural environment.
