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BOND District Energy Summary Quals

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Page 1: BOND District Energy Summary Quals

Contact: Tim Peer, P.E.Vice President District [email protected]

DISTRICT ENERGY SUMMARY QUALIFICATIONS

Page 2: BOND District Energy Summary Quals

years of exceptional

construction expertise

on complex projects109

4th Generationprivately owned business

2015 CCIA Platinum Level Safety Award Winner

Established effective risk management protocols

750+ EMPLOYEES

EMR Rate: .72Bonding Capacity$500M | PROJECT$1B | AGGREGATE

Market Sectors

Over $1 billion in District Energy construction completed

BOND AT A GLANCE

EDUCATION HEALTHCARE / LIFE SCIENCES

DISTRICT ENERGY & POWER

GENERATION

GAS T&D ELECTRIC T&DCIVIL INFRASTRUCTURE

› Civil Infrastructure

› District Energy & Power Generation

› Education

› Electric Transmission & Distribution

› Gas Transmission & Distribution

› Healthcare / Life Sciences

Page 3: BOND District Energy Summary Quals

BOND OFFICE LOCATIONS

MASSACHUSETTS

145 Spring StreetEverett, MA 02149

10 Cabot Road, Suite 306Medford, MA 02155

NEW YORK

250 Lakeview AvenueValhalla, NY 10595

1310 Herschell StreetBronx, NY 10461

CONNECTICUT

370 James Street, Suite 405New Haven, CT 06513

NEW JERSEY

One Gateway Center, Suite 2600Newark, NJ 07102

RHODE ISLAND

One Cedar Street, Suite 100Providence, RI 02903

Page 4: BOND District Energy Summary Quals

BOND has the comprehensive district energy expertise for any project large or small. Our approach includes a specialized integration of laser scanning (reality capture), engineering, preconstruction services, construction management and self-performing civil & utility general contracting services. This allows BOND to provide a comprehensive, turnkey approach to planning, designing and updating central utility plants and related energy distribution systems. Our goal is to enhance the district energy industry by creating well designed, reliable and efficient projects at each site.

� Program Management

� Feasibility Assessments

� Design-Build

� Condition Assessments

� Technology Selection and Procurement

� Budgeting and Scheduling

� VDC Services which include: Building Information

Modeling (BIM) and Laser Scanning

� Construction

Tim Peer, P.E., VP, District Energy607.592.2198, [email protected]

DISTRICT ENERGY CAPABILITIES / SERVICES

Page 5: BOND District Energy Summary Quals

DISTRICT ENERGY AT A GLANCE

We are not just a construction management firm. The District Energy Division of BOND is a team of professionals that has integrated the core strengths of the BOND construction management philosophy into years of experience constructing, commissioning, operating and maintaining utility (district energy) systems. With extensive college, university and healthcare experience, we understand the difficulties and nuisances of constructing and operating these types of facilities in those environments. At BOND we put that experience to work for our clients by:

WHAT MAKES BOND UNIQUE IN THE DISTRICT ENERGY MARKET?

OUR PARTNER ASSOCIATIONS

� Incorporating operations and maintainability into our design reviews

� Challenging the Project Team at all stages to review and include site specific commissioning requirements in the design

� Developing a schedule that incorporates the tasks that are unique to utility installations including permitting equipment delivery, design-construction sequencing and realistic commissioning timing/durations

� Budgeting that includes trades, vendors and specialty contractors required to construct, pre-test and commission utility grade mechanical, electrical and controls systems

� Working with the critical constituencies such as the interconnecting utility, permitting & approval agencies and fuel suppliers

� Developing a logistics plan that incorporates the challenges of working in operating facilities that must continue to deliver steam, chilled water and power even during construction

� Working with the plant operations and maintenance staff to incorporate their institutional knowledge and expertise

� Understanding and analyzing future expansion needs in the initial equipment sizing and subsequent design reviews

� Outlining the project turnover requirements early in a manner that supports and seamlessly integrates into the long-term needs of the client

� Supporting the project after turnover to the owner with ongoing operator training and support as may be desired

� Central Energy Plants � Chillers / Boiler Upgrades � Cogeneration / Trigeneration � Thermal Distribution Piping � Microgrid Integration

DISTRICT ENERGY SOLUTIONS

Page 6: BOND District Energy Summary Quals

DISTRICT ENERGY PROJECT EXPERIENCE

MIT | MIT.nano Building Utility Enabling

Harvard University | Allston District Energy Facility and Energy Distribution Systems

Lahey Hospital & Medical Center | Combined Heat & Power Facility

MIT | Central Utilities PlantMIT has selected BOND, a long standing construction partner, to undertake a new campus-wide utility expansion program. A five year, multi-million dollar endeavor, the project will include a new central utility plant (CUP) using the latest cogeneration technology as well as innovative engineered solutions to upgrade existing utility networks. The project’s goal is to deliver a more reliable energy source for the entire campus. The first phase of the project is to rebuild MIT’s chilled water distribution and pumping scheme. BOND will also install 6 new cooling towers and 2 new 2,500 ton electric chillers. In addition, BOND will build a brand new, ground-up cogeneration facility. This will include: a 300,000 gallon underground fuel storage capacity, new high pressure gas service, gas compressors, two 21.5 mw combustion turbine generators, two new HRSG (heat recovery steam generators) and a 2 mw diesel generator.

Lahey Health selected BOND to build a new combined heat and power (CHP) facility to power its Burlington, Massachusetts campus. Under a design-build arrangement, BOND delivered this 3 MW facility that houses a Caterpillar G260-12, natural gas-fueled internal combustion engine. A source of renewable energy, the plant will simultaneously generate electricity, steam, and hot water for the hospital, significantly reducing energy costs. BOND also installed a new, custom main NSTAR switchgear station that increases the system’s resiliency. This unique feature enables the plant to respond to power loss and switch from redundant grid feeds to self-contained island mode, maintaining power to the hospital even during emergencies or natural disasters.

Harvard University has selected BOND to implement the project in support of their expansion of district energy systems. The base design for the facility will have equipment that generates hot water and electricity through combined heat and power (CHP) systems. Hot water boilers generate chilled water with high efficiency electric centrifugal chillers, and distribute electricity at 13.8 kV. The 60,000 sq foot DEF facility will primarily be comprised of district-scale mechanical and electrical spaces that will house energy production, energy conversion, potential energy storage, and energy distribution equipment. Additional systems will support the heating, cooling, and electric distribution needs of future buildings.

Designed to house more than 2,000 researchers, the MIT.nano Building represents one of the largest commitments to research in the campus’ history. It provides a consolidated facility for previously scattered and overcrowded micro- and nanotechnology research areas within MIT’s Schools of Science & Engineering. BOND provided self-performed utility enabling and civil infrastructure services for this major, four and a half year construction effort. Following the demolition of an existing academic building within MIT.nano’s footprint, BOND’s crews excavated more than 1.4 million cubic feet of dirt to make way for the new facility’s foundation. A jet grout/secant pile earth stabilization system is being used to further prepare the site for construction. To facilitate utility connections, BOND is excavating and providing earth support for chilled water, steam, electrical, telecomm and process piping systems that will eventually be integrated into the completed building.

Page 7: BOND District Energy Summary Quals

BOND CLIENTS AT A GLANCE

EDUCATION Bentley University Brown University Brandeis University Bryant University Boston College Boston University Bridgewater State University Bristol Community College British School of Boston Clarke Middle School (Town of Lexington, MA) College of the Holy Cross Dartmouth College Diamond Middle School (Town of Lexington, MA)

Emerson College Endicott College Everett High School Fitchburg State University Galvin Middle School (Town of Wakefield, MA) Harvard University Harvard Law School Harvard Medical School Harvard School of Public Health Massachusetts College of Pharmacy & Health Sciences

Massachusetts Institute of Technology North Bennet Street School Northeastern University Phillips Exeter Academy Roger Williams University Simmons College Smith College Stonehill College Suffolk University Tufts University University of Massachusetts Boston University of Massachusetts Dartmouth University of Massachusetts Lowell Wentworth Institute of Technology Wheaton College Woods Hole Oceanographic Institute

HEALTHCARE American Cancer Society Beth Israel Deaconess Medical Center Blue Cross Blue Shield Boston Children’s Hospital Boston Medical Brigham and Women’s Hospital Brockton Hospital Cambridge Health Alliance Cambridge Hospital Caritas Good Samaritan Medical Center Dana-Farber Cancer Institute Holy Family Hospital

Lahey Health Lahey Hospital & Medical Center Lawrence General Hospital Lynn Community Health Center Massachusetts Eye and Ear Infirmary New England OB-GYN Associates Norwood Hospital Saint Anne’s Hospital Signature Healthcare Somerville Hospital South Cove Community Health Center Taunton State Hospital UMass Memorial Medical Center University of Massachusetts Medical School Whidden Hospital

DISTRICT ENERGY & POWER GENERATION Boston College Boston University Braintree Electric Light Department Brandeis University Brown University C.G. Mechanical ConEdison Development DCK Worldwide Entergy Nuclear Generation Co Exelon Footprint Power Harvard Energy & Utilities Holtec International Iberdrola Energy Projects Inc. Iberdrola Renewables Massachusetts Institute of Technology NRG Energy Inc. O&G Industries PSA Dewberry RMF Engineering URS Corporation Veolia Energy Boston Inc. Waldron Engineering Wellesley College

CIVIL INFRASTRUCTURE AMERESCO Beacon Piping Company CSL Corporation Division of Capital Asset Management & Maintenance

Fischbach & Moore Electric LLC Frank Holtaway & Son Inc. Gale Associates Inc. Gilbane Building Authority Interstate Engineering Corporation JC Decaux Lichtenstein Engineers

Lincoln Property Company Massachusetts Bay Transportation Authority Massachusetts Port Authority Massachusetts Water Resources Authority Procter and Gamble Ragnar Benson Construction LLC Shea Construction Simpson Gumpertz & Heger Skanska USA Building Inc. Stantec Turner Construction Co.

GAS T&D CBI Consulting Inc. CHI Engineering Services Columbia Pipeline Group Iroquis Gas Transmission System Kinder Morgan LMC Industrial Contractors Millennium Pipeline Company National Grid Process Pipeline Services Inc. Spectra Energy Summit Natural Gas Williams Partners Yankee Gas Services Company

ELECTRIC T&D Aldridge Electric Black & Veatch Consulting Engineers Group Danvers Electric Division Es Boulos Inc. Eversource Harrington Brothers Holden Municipal Light Department M.J. Electric LLC Mass Bay Electrical Corporation Matrix SME McPhee Electric National Grid New Energy Alliance Northeast Utilities System NSTAR Electric & Gas Corporation Prysmian Power Cables & Systems PSEG Public Service of New Hampshire Reading Municipal Light State Electric Corp. Sullivan & McLaughlin Co. United Illuminating UTEC Constructors Inc. W.A. Chester L.L.C.