Thermal Energy Networks Workshop - CampusEnergy2026

Thermal Energy Networks (TENs) are rapidly emerging as one of the most scalable, resilient, and community-beneficial pathways for campus and district decarbonization. This full-day workshop brought together leading campuses, engineers, researchers, and industry practitioners to explore the next generation of thermal network planning, design, modeling, and implementation.

Through case studies, master planning insights, and breakthrough technology sessions, participants learned how TENs reduce emissions, improve campus energy performance, unlock new cooling capacity, and deliver powerful co-benefits like water savings, air-quality improvements, and long-term grid flexibility.

From foundational design concepts to advanced ambient-loop strategies, borefield modeling, GIS-driven phasing, and statewide research collaborations, this workshop provided a comprehensive look at what it takes to plan, build, and scale next-generation thermal networks.

 

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  • Contains 6 Component(s), Includes Credits

    CampusEnergy2026 Track: Thermal Energy Networks Workshop Session 1: Workshop Introduction & Level Setting

    Setting the Stage for Thermal Energy Networks - Level-setting on the value of TENS for campuses and communities, grounded in lifecycle cost, growth pressures, managing electric grid impacts, and climate commitment

    • Princeton University Story What were the drivers for campus updates - Ted Borer, Borer Energy Engineering
    • Area-Based Planning, campus-based decarbonization planning, and comparison of 4G and 5G systems – Rob Neimeier, Ramboll 
    • Overview of enacted state TENs legislation; Key issues in TENs legislation and program implementation; Synopsis of the MN December 2015 report- Mark Spurr, FVB Energy

    Keywords: Thermal Energy Networks (TENs)

    Rob Neimeier

    Client & Market Officer

    Ramboll

    Rob Neimeier, Client & Market Officer at Ramboll – Rob Neimeier has 33 years of consulting experience including program and project management for public and private higher education, public agencies, and municipalities with energy reduction and climate action goals. He works with many State University of New York (SUNY) campuses to develop and implement energy master plans focused on decarbonization and transitioning from fossil fuels to alternative low carbon energy supply technologies to align with the New York State Climate Leadership and Community Protection Act (CLCPA). Rob also works with NYSERDA on Thermal Energy Network Potential in NYS and the NYS Department of Public Service (DPS) on efforts related to the Utility Thermal Energy Network and Jobs Act.

    Mark Spurr

    Principal

    FVB Energy Inc.

    Mark Spurr has been a district energy consultant since 1985 and has played a key role in the growth of District Energy in the U.S. and the Middle East. He advises utilities, cities and universities regarding creation of new thermal energy businesses, district energy system design, economic analysis, energy infrastructure and decarbonization master planning, rate design and due diligence review for asset acquisitions or sales. Current work focuses on design of new low-to-no carbon greenfield systems and on decarbonization of existing district energy systems.

    In addition to serving many private and public sector clients, since 1990 Mark has also served as Legislative Director of the International District Energy Association, where he is responsible for developing and advocating policies, legislation and regulations to encourage the expansion of district energy systems. Mark is IDEA’s point person on the Inflation Reduction Act of 2022 and has extensive knowledge of the IRA incentives and related proposed regulations.

    Mark has led the development of international design guidance documents relating to conversion and connection of buildings for district energy service, design of district cooling systems, and integration of waste heat recovery and renewable energy in sustainable energy systems.

    Ted Borer

    Energy Plant Director

    Princeton University

    Edward “Ted” Borer is the founder and president of Borer Energy Engineering, LLC, a consulting firm offering  life-cycle-cost-reduction and carbon-reduction guidance and training to institutions and organizations who serve the energy industry. He recently retired after 30 years as Energy Plant Director for Princeton University where he helped develop the university’s path to carbon neutrality. He has over 40 years of experience in the power industry, starting in the nuclear industry in the early 1980’s. He is a registered Professional Engineer and holds bachelor’s and master’s degrees in mechanical engineering and earned the CEM, CEP, and LEED-AP certifications. He is a director of the International District Energy Association and a founding member of the Microgrid Resources Coalition. He speaks regularly on energy topics and has published numerous articles in trade magazines, and peer-reviewed journals as well as book chapters in textbooks about Combined Heat and Power, and Microgrids. He has provided briefings for members of the US Senate, a United Nations SDG-7 event, and all five FERC commissioners. Contact: ted@borerenergy.com / 609-731-2327

  • Contains 5 Component(s), Includes Credits

    CampusEnergy2026 Track: Thermal Energy Networks Workshop Session 2: Modeling the Network: Tools, Data, and Planning Frameworks for TEN Deployment

    Session two of the CampusEnergy2026 TENs workshop included the following presentations:

    8:45 am – 9:05 am

    Learning from the Ground Up: a Novel Research Consortium for the study of TENs - Zeyneb Magavi, HEET

    Presentation Description: Composed of scientists, engineers, policy experts, and industry leaders, the LeGUp research consortium convenes experts in the field of utility-scale thermal energy networks (TENs) with cutting-edge data from the first demonstration scale projects in Massachusetts. At its core, the consortium concentrates knowledge from all parts of the demonstration scale development, (e.g. site assessment, installation, preliminary operations and management) creating the through line from these processes to a road map for TEN scaling in the state and beyond. The result seeks to amplify best practices, maximize efficiency and other positive outcomes, and accelerate adoption of cutting edge, industry leading district thermal infrastructure.

    Ongoing works introduced in this presentation include a universal data bank, reduced order technoeconomic model, distributed fiber optic sensing (DFOS) measurements, cost projection report, community engagement and feasibility evaluation accelerator, and environmental/public health outcome study. Briefly, as new TENs come on line, physical and performance metrics are aggregated in the data bank, which can then be utilized to create digital twins and validate cutting edge modeling efforts. One such effort being the HEATNETs modeling tool, which provides semi-transient parametric analysis of proposed TEN physical properties, electricity demand projections, and the associated project costs. These two pillars are used to iteratively increase understanding of system optimization and inform future design, improving outcomes, and lay the groundwork for study of economic and community benefits. The synthesis of the LeGUp knowledge base will provide a path forward for the thermal energy transition which meets the needs of the future.

    Case Study: Utility Scale Networked Geothermal Pilot Program in Framingham, MA

    9:05 am – 9:25 am

    The Great Geothermal Debate: Central Plant or Ambient Loop? – David Traxler, Burns & McDonnell

    Is a geothermal central plant old-fashioned, and should all systems use ambient loops with building-level equipment?  This presentation will examine how each system type can be applied and when one is likely to be preferred over another.  The presentation will examine the advantages of each.

    Keywords: Thermal Energy Networks (TENs); Geothermal


    Zeyneb Magavi

    Executive Director

    HEET

    Zeyneb is executive director at HEET, a nonprofit energy innovation hub. Her 2017 proposal to use Thermal Energy Networks - via a GasToGeo pathway - to build a new thermal utility, has since spread globally. Launching Zeyneb and HEET into leadership of an emerging industry including creation of a scientific research consortium, policy pathways, community engagement tools, workforce training, and a growing project pipeline. She has been named FiveonFire, APA, and GRIST50, and as a Bostonian of the Year. Zeyneb studied physics, global health, and sustainability and has worked at BBN Technologies, Harvard, MIT, and multiple startups. She is committed to creating and driving forward innovative, multi-disciplinary and compassionate solutions to humanity’s urgent challenges.

    David Traxler, PE, CGD, LEED AP

    Associate Mechanical Engineer

    Burns & McDonnell

    David has worked on geothermal projects that involve hybrid central plants for campuses and housing communities. He is a professional engineer, Certified GeoExchange Designer, and has a master’s degree in Sustainable Energy Engineering from the University of Maryland. David works to provide practical, innovative, and energy-efficient geothermal systems. He is an Associate Mechanical Engineer for Burns and McDonnell.

    Ted Borer (Moderator)

    Energy Plant Director

    Princeton University

    Edward “Ted” Borer is the founder and president of Borer Energy Engineering, LLC, a consulting firm offering  life-cycle-cost-reduction and carbon-reduction guidance and training to institutions and organizations who serve the energy industry. He recently retired after 30 years as Energy Plant Director for Princeton University where he helped develop the university’s path to carbon neutrality. He has over 40 years of experience in the power industry, starting in the nuclear industry in the early 1980’s. He is a registered Professional Engineer and holds bachelor’s and master’s degrees in mechanical engineering and earned the CEM, CEP, and LEED-AP certifications. He is a director of the International District Energy Association and a founding member of the Microgrid Resources Coalition. He speaks regularly on energy topics and has published numerous articles in trade magazines, and peer-reviewed journals as well as book chapters in textbooks about Combined Heat and Power, and Microgrids. He has provided briefings for members of the US Senate, a United Nations SDG-7 event, and all five FERC commissioners. Contact: ted@borerenergy.com / 609-731-2327

    Rob Neimeier (Moderator)

    Client & Market Officer

    Ramboll

    Rob Neimeier, Client & Market Officer at Ramboll – Rob Neimeier has 33 years of consulting experience including program and project management for public and private higher education, public agencies, and municipalities with energy reduction and climate action goals. He works with many State University of New York (SUNY) campuses to develop and implement energy master plans focused on decarbonization and transitioning from fossil fuels to alternative low carbon energy supply technologies to align with the New York State Climate Leadership and Community Protection Act (CLCPA). Rob also works with NYSERDA on Thermal Energy Network Potential in NYS and the NYS Department of Public Service (DPS) on efforts related to the Utility Thermal Energy Network and Jobs Act.

  • Contains 3 Component(s), Includes Credits

    CampusEnergy2026 Track: Thermal Energy Networks Workshop Session 3: Inside the Building: Preparing Assets for Networked Thermal Systems

    Session three of the CampusEnergy2026 TENs workshop consisted of these presentations:

    9:25 am – 10:10 am

    Getting Buildings TEN-Ready: Compatibility, Controls, and Sequencing

    This panel explores what it takes at the building level to successfully connect to a thermal energy network. Panelists will discuss HVAC compatibility, supply and return temperature requirements, load reduction strategies, thermal storage, and how to sequence building upgrades to align with network rollout—minimizing disruption while maximizing long-term performance.

     

    Panelists to include:

    • Dave Weis, Princeton
    • Paul Holt, Corix
    • Indu Lnu, University at Albany
    • Brian Urlaub, Salas O’Brien

    Keywords: Thermal Energy Networks (TENs)


    Brian Urlaub, CGD

    Senior Vice President, Director of Geothermal Operations

    Salas O'Brien

    Brian Urlaub is the Director of Geothermal Operations for Salas O’Brien, where he oversees all aspects of projects from management and design to procurement, installation, and commissioning. As head of Salas O’Brien’s mixed-use and residential district system practice, he is part of a leadership group that has completed more than 450 geothermal projects to date, providing over 90,000 tons of system capacity. Urlaub began his career in the field, installing and servicing systems, acquiring an invaluable breadth of knowledge about site conditions and impact on budget and schedule. He is a member of the board of directors of IGSHPA, serving as vice chairman, and is past president of the Wisconsin Geothermal Association, past member of the Board of Directors of the Minnesota Geothermal Heat Pump Association, and past Advisory Council member of IGHSPA.

    David Weis, PE

    Director of Campus Plants for Facilities Operations

    Princeton University

    Dave Weis is the Director of Princeton University's Campus Plants for Facilities Operations where he is continuing the University's conversion from steam to hot water and expansion the geoexchange systems. Previously, he held senior leadership roles in engineering and operations, managing multi-disciplinary teams, guiding large-scale integration projects, and shaping engineering standards and quality systems across the organizations he supported. A licensed Professional Engineer in the state of New Jersey and Certified Energy Manager.

    Indu Lnu, LEED-AP, CEM, CMVP

    University Energy Officer

    University at Albany

    Indu is the Energy Officer at University at Albany and has served in this role since 2008. She is a LEED accredited professional, Certified Energy Manager and Certified Measurement and Verification Professional. She holds an undergraduate degree in Architecture and a master's degree in construction management. She worked in architecture, construction, and ESCO firms for 10 years prior to joining UAlbany and is knowledgeable and passionate about climate action and sustainability planning, large scale renewable energy projects, high performance net zero energy all-electric buildings, energy conservation and behavioral change programs, digital transformation, and workforce development.

    Ted Borer (Moderator)

    Energy Plant Director

    Princeton University

    Edward “Ted” Borer is the founder and president of Borer Energy Engineering, LLC, a consulting firm offering  life-cycle-cost-reduction and carbon-reduction guidance and training to institutions and organizations who serve the energy industry. He recently retired after 30 years as Energy Plant Director for Princeton University where he helped develop the university’s path to carbon neutrality. He has over 40 years of experience in the power industry, starting in the nuclear industry in the early 1980’s. He is a registered Professional Engineer and holds bachelor’s and master’s degrees in mechanical engineering and earned the CEM, CEP, and LEED-AP certifications. He is a director of the International District Energy Association and a founding member of the Microgrid Resources Coalition. He speaks regularly on energy topics and has published numerous articles in trade magazines, and peer-reviewed journals as well as book chapters in textbooks about Combined Heat and Power, and Microgrids. He has provided briefings for members of the US Senate, a United Nations SDG-7 event, and all five FERC commissioners. Contact: ted@borerenergy.com / 609-731-2327

    Rob Neimeier (Moderator)

    Client & Market Officer

    Ramboll

    Rob Neimeier, Client & Market Officer at Ramboll – Rob Neimeier has 33 years of consulting experience including program and project management for public and private higher education, public agencies, and municipalities with energy reduction and climate action goals. He works with many State University of New York (SUNY) campuses to develop and implement energy master plans focused on decarbonization and transitioning from fossil fuels to alternative low carbon energy supply technologies to align with the New York State Climate Leadership and Community Protection Act (CLCPA). Rob also works with NYSERDA on Thermal Energy Network Potential in NYS and the NYS Department of Public Service (DPS) on efforts related to the Utility Thermal Energy Network and Jobs Act.

  • Contains 6 Component(s), Includes Credits

    CampusEnergy2026 Track: Thermal Energy Networks Workshop Session 4: Designing the Network: Storage, Distribution, and Integrated Thermal Solutions

    Session four of the CampusEnergy2026 Thermal Energy Networks workshop consisted of these presentations: 

    10:35 am – 10:55 am

    District Geothermal Opportunities and Challenges at Union College - Laura Christie, CHA Solutions; Marc Donovan, Union College

    Presentation Description: This presentation examines the design of a networked geothermal energy system on the campus of Union College in Schenectady, NY, as part of the institution’s commitment to achieving carbon neutrality. The College’s existing district energy infrastructure —including steam and chilled water systems— provides a foundation for integrating geothermal technologies. Networked geothermal offers a solution suited to the unique historic campus environment but not without its own challenges. A key focus is the growing demand for residential cooling, which by its nature increases electric load. Geothermal systems address this need by providing efficient cooling with significantly lower impact on the electric grid as compared to conventional air conditioning.

    Case Study: Union College

    10:55 am – 11:15 am

    Beyond the Pipes: How Thermal Networks Advance Equity, Resilience, and Conservation - Cary Smith, The GreyEdge Group

    Presentation Description: Thermal energy networks (TENs) are shared “invisible” infrastructure that meet multiple institutional and municipal needs, from energy resilience and emissions reduction, to improved local air quality and water conservation. By providing clean heating and cooling without combustion, TENs eliminate reliance on gas appliances, reducing local air pollution and greenhouse gas emissions (ACE, 2024; Building Decarb Coalition, 2024). Because they can also deliver cooling, TENs displace the need for water-intensive evaporative systems. Several networks report water savings of 18%-46%, totaling millions of gallons annually — a crucial benefit in arid regions where chillers are being phased out (SmartCitiesDive, 2024). These co-benefits extend TENs’ value beyond emissions goals to include public health, water security, and intergenerational sustainability.

    By integrating long-duration thermal storage, thermal energy networks can significantly increase energy reliability and resilience. Borehole thermal energy storage (BTES) allows surplus thermal energy from summer (e.g., solar or waste heat) to be stored and used during winter peak demand. This decouples energy production from consumption, reducing stress on the electric grid (Reuss et al., 2017). In Colorado, a campus-wide geothermal exchange system has deployed operational strategies to avoid peak electricity demand charges — yielding millions in savings now being redirected toward lowering student tuition.

    This session — with case studies from Colorado, Utah, and more — will highlight how thoughtfully designed TENs deliver meaningful co-benefits, improving resource efficiency and conservation, reducing strain on the electric grid, and supporting institutional sustainability goals, while creating opportunities for skilled local labor and advancing equity.

    Case Study: Aspen School District, Colorado Mesa University, Weber State University, and more

    11:15 am – 11:35 am

    How University At Albany Is Integrating Energy, Hydraulic, Borefield, And GIS Modeling To Create A Dynamic And Implementable Multi-Year Phasing & Funding Plan For A Decarbonized Thermal Energy Network - Indu Lnu, University at Albany; Joseph DiSanto, Ramboll

    Presentation Description: The presentation will discuss the technical tools that University at Albany is leveraging to create a dynamic and implementable thermal energy network master plan. Tools include energy models to understand building level loads and opportunities, hydraulic models to determine ideal locations for energy hub and extent of piping modifications, borefield modeling to analyze both heat exchange and energy storage capacity at varying timescale, and GIS tools for data collection, phasing, funding plan, and status documentation for a multi-year migration to low temperature district system.

    Case Study: University at Albany Uptown Campus Net Zero Carbon Master Plan

    11:35 am- 12:15 pm

    Session 4 Q&A Panel

    Panelists Include:

    • Laura Christie, CHA Solutions
    • Marc Donovan, Union College
    • Cary Smith, The GreyEdge Group
    • Indu Lnu, University at Albany
    • Joseph DiSanto, Ramboll

    Keywords: Thermal Energy Networks (TENs)

    Laura Christie, PE

    Project Engineer

    CHA Consulting, Inc

    Laura Christie currently serves as a project engineer on the Renewable Thermal Energy Solutions team at CHA Consulting. In this role, she specializes in geothermal systems, both standalone system design and feasibility and design of community heat pumps systems. Laura is a Professional Engineer licensed in New York State with 5 years of experience as a mechanical engineer.

    Marc Donovan

    Director of Facilities and Campus Planning

    Union College

    Marc Donovan is the Director of Facilities and Campus Planning at Union College as well as being a Union College alumnus. He has served in his role for 12 years and is responsible for utilities management as well as all utilities construction projects. Additional items under his purview include campus master planning, new campus construction, renovations, physical space improvement projects, building services and maintenance, and grounds and landscaping.

    Cary Smith, CEM CEA CGD CGI AEE Fellow

    Chief Financial Officer

    The GreyEdge Group

    Cary Smith (CEM CEA CGD CGI AEE Fellow) worked as a Drilling Engineer and related fields in the Oil and Gas Industry from 1972 to 1997. During that time his specialty was advanced and high temperature drilling fluids and drilling optimization. Cary has worked in the GSHP industry since 1997 and has been involved in the design and implementation of over 40,000 tons (140 MW) of installed capacity in North America. He is president and CEO of Sound Geothermal. SGT is a design engineering firm, manufacturer's representative, and distributor for ground source heat pump equipment and accessories. The company is active throughout the western United States and has projects in a total of 31 states. Cary pioneered many hybrid and district energy systems. His projects range from HUD housing to industrial facilities and University Campuses to NASCAR facilities. In 2016 Mr. Smith became a founding member of The GreyEdge Group. The GreyEdge Group LLC includes eight top individuals and firms in the Ground Source Industry from the US, Canada, and UK. Consisting of PEs, hydro-geologists, drilling & system mechanical contractors, commissioning/verification specialists, project managers, modeling professionals, and financial experts.

    Indu Lnu, LEED-AP, CEM, CMVP

    University Energy Officer

    University at Albany

    Indu is the Energy Officer at University at Albany and has served in this role since 2008. She is a LEED accredited professional, Certified Energy Manager and Certified Measurement and Verification Professional. She holds an undergraduate degree in Architecture and a master's degree in construction management. She worked in architecture, construction, and ESCO firms for 10 years prior to joining UAlbany and is knowledgeable and passionate about climate action and sustainability planning, large scale renewable energy projects, high performance net zero energy all-electric buildings, energy conservation and behavioral change programs, digital transformation, and workforce development.

    Joseph DiSanto, PE, CEM

    Project Manager

    Ramboll

    Joe DiSanto, PE, CEM, is a Project Manager at Ramboll Energy with 19 years of expertise in energy master planning, decarbonization, building energy conservation, and technology assessment. He led the University at Albany's Net Zero Campus Carbon Neutral Roadmap, utilizing building energy models, hydraulic modeling, district system modeling, and borefield modeling to transition to a low temperature district system.

    Ted Borer

    Energy Plant Director

    Princeton University

    Edward “Ted” Borer is the founder and president of Borer Energy Engineering, LLC, a consulting firm offering  life-cycle-cost-reduction and carbon-reduction guidance and training to institutions and organizations who serve the energy industry. He recently retired after 30 years as Energy Plant Director for Princeton University where he helped develop the university’s path to carbon neutrality. He has over 40 years of experience in the power industry, starting in the nuclear industry in the early 1980’s. He is a registered Professional Engineer and holds bachelor’s and master’s degrees in mechanical engineering and earned the CEM, CEP, and LEED-AP certifications. He is a director of the International District Energy Association and a founding member of the Microgrid Resources Coalition. He speaks regularly on energy topics and has published numerous articles in trade magazines, and peer-reviewed journals as well as book chapters in textbooks about Combined Heat and Power, and Microgrids. He has provided briefings for members of the US Senate, a United Nations SDG-7 event, and all five FERC commissioners. Contact: ted@borerenergy.com / 609-731-2327

    Rob Neimeier

    Client & Market Officer

    Ramboll

    Rob Neimeier, Client & Market Officer at Ramboll – Rob Neimeier has 33 years of consulting experience including program and project management for public and private higher education, public agencies, and municipalities with energy reduction and climate action goals. He works with many State University of New York (SUNY) campuses to develop and implement energy master plans focused on decarbonization and transitioning from fossil fuels to alternative low carbon energy supply technologies to align with the New York State Climate Leadership and Community Protection Act (CLCPA). Rob also works with NYSERDA on Thermal Energy Network Potential in NYS and the NYS Department of Public Service (DPS) on efforts related to the Utility Thermal Energy Network and Jobs Act.

  • Contains 4 Component(s), Includes Credits

    CampusEnergy2026 Track: Thermal Energy Networks Workshop Session 5: Making TENs Bankable: Financing, Partnerships, and Delivery Models

    Session five of the CampusEnergy2026 Thermal Energy Networks Workshop consisted of these presentations:

    1:15 pm – 2:30 pm

    Who Pays, Who Partners, and How: Financing Thermal Energy Networks at Scale

    This panel examines how campuses and communities are funding and delivering thermal energy networks through innovative financing structures and partnerships. Discussion will cover stakeholder engagement, capital planning, energy-as-a-service models, public and private funding sources, and strategies for aligning institutional, community, and investor priorities to move projects from concept to construction.

     

    Panelists Include:

    • Cameron Best, Brightcore
    • Warren Carsey, Veritas
    • Leslie Fangman, SDCL Efficiency Income Trust (SEIT)
    • Mark Spurr, FVB Energy

    Keywords: Thermal Energy Networks (TENs); Business Models and Financing

    Cameron Best

    Senior Director, Business Development, Brightcore Energy

    Brightcore Energy

    Warren Carsey

    Managing Partner

    Veritas Holdings group

    Mr. Carsey is the Managing Partner of Veritas Holdings, a structured capital group that funds energy and infrastructure projects for governments and institutions. Under his leadership, Veritas has invested in a diverse portfolio of large-scale, cross-border projects for both enterprise and government entities. Recent projects include acquiring water treatment infrastructure used by the US federal government and funding transportation energy infrastructure for the state government in Hawaii. Prior to Veritas, Mr. Carsey was part of the structured and corporate finance teams at CIBC World Markets and JPMorgan Chase in New York. He holds a BS from Northern Arizona University and an MBA from the University of Michigan, Stephen M. Ross School of Business.

    Leslie Fangman

    Fangman Associates

    Mark Spurr

    Principal

    FVB Energy Inc.

    Mark Spurr has been a district energy consultant since 1985 and has played a key role in the growth of District Energy in the U.S. and the Middle East. He advises utilities, cities and universities regarding creation of new thermal energy businesses, district energy system design, economic analysis, energy infrastructure and decarbonization master planning, rate design and due diligence review for asset acquisitions or sales. Current work focuses on design of new low-to-no carbon greenfield systems and on decarbonization of existing district energy systems.

    In addition to serving many private and public sector clients, since 1990 Mark has also served as Legislative Director of the International District Energy Association, where he is responsible for developing and advocating policies, legislation and regulations to encourage the expansion of district energy systems. Mark is IDEA’s point person on the Inflation Reduction Act of 2022 and has extensive knowledge of the IRA incentives and related proposed regulations.

    Mark has led the development of international design guidance documents relating to conversion and connection of buildings for district energy service, design of district cooling systems, and integration of waste heat recovery and renewable energy in sustainable energy systems.

    Ted Borer (Moderator)

    Energy Plant Director

    Princeton University

    Edward “Ted” Borer is the founder and president of Borer Energy Engineering, LLC, a consulting firm offering  life-cycle-cost-reduction and carbon-reduction guidance and training to institutions and organizations who serve the energy industry. He recently retired after 30 years as Energy Plant Director for Princeton University where he helped develop the university’s path to carbon neutrality. He has over 40 years of experience in the power industry, starting in the nuclear industry in the early 1980’s. He is a registered Professional Engineer and holds bachelor’s and master’s degrees in mechanical engineering and earned the CEM, CEP, and LEED-AP certifications. He is a director of the International District Energy Association and a founding member of the Microgrid Resources Coalition. He speaks regularly on energy topics and has published numerous articles in trade magazines, and peer-reviewed journals as well as book chapters in textbooks about Combined Heat and Power, and Microgrids. He has provided briefings for members of the US Senate, a United Nations SDG-7 event, and all five FERC commissioners. Contact: ted@borerenergy.com / 609-731-2327

    Rob Neimeier (Moderator)

    Client & Market Officer

    Ramboll

    Rob Neimeier, Client & Market Officer at Ramboll – Rob Neimeier has 33 years of consulting experience including program and project management for public and private higher education, public agencies, and municipalities with energy reduction and climate action goals. He works with many State University of New York (SUNY) campuses to develop and implement energy master plans focused on decarbonization and transitioning from fossil fuels to alternative low carbon energy supply technologies to align with the New York State Climate Leadership and Community Protection Act (CLCPA). Rob also works with NYSERDA on Thermal Energy Network Potential in NYS and the NYS Department of Public Service (DPS) on efforts related to the Utility Thermal Energy Network and Jobs Act.

  • Contains 3 Component(s), Includes Credits

    CampusEnergy2026 Track: Thermal Energy Networks Workshop Session 6: From Concept to Commitment

    To close out the workshop, participants will break into small, facilitated groups to apply the day’s lessons in a hands-on exercise focused on making the case for Thermal Energy Networks (TENs). Each group will be assigned a system archetype and will develop a concise “pitch to the suits,” tailoring their message to executive-level decision-makers across multiple priorities. 

    Keywords: Thermal Energy Networks (TENs) 

    Ted Borer (Moderator)

    Energy Plant Director

    Princeton University

    Edward “Ted” Borer is the founder and president of Borer Energy Engineering, LLC, a consulting firm offering  life-cycle-cost-reduction and carbon-reduction guidance and training to institutions and organizations who serve the energy industry. He recently retired after 30 years as Energy Plant Director for Princeton University where he helped develop the university’s path to carbon neutrality. He has over 40 years of experience in the power industry, starting in the nuclear industry in the early 1980’s. He is a registered Professional Engineer and holds bachelor’s and master’s degrees in mechanical engineering and earned the CEM, CEP, and LEED-AP certifications. He is a director of the International District Energy Association and a founding member of the Microgrid Resources Coalition. He speaks regularly on energy topics and has published numerous articles in trade magazines, and peer-reviewed journals as well as book chapters in textbooks about Combined Heat and Power, and Microgrids. He has provided briefings for members of the US Senate, a United Nations SDG-7 event, and all five FERC commissioners. Contact: ted@borerenergy.com / 609-731-2327

    Rob Neimeier (Moderator)

    Client & Market Officer

    Ramboll

    Rob Neimeier, Client & Market Officer at Ramboll – Rob Neimeier has 33 years of consulting experience including program and project management for public and private higher education, public agencies, and municipalities with energy reduction and climate action goals. He works with many State University of New York (SUNY) campuses to develop and implement energy master plans focused on decarbonization and transitioning from fossil fuels to alternative low carbon energy supply technologies to align with the New York State Climate Leadership and Community Protection Act (CLCPA). Rob also works with NYSERDA on Thermal Energy Network Potential in NYS and the NYS Department of Public Service (DPS) on efforts related to the Utility Thermal Energy Network and Jobs Act.