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North Chiller Plant

North Chiller Plant

CONTENTS


          BUILDING OVERVIEW
          SUSTAINABLE FEATURES
          RESOURCES

BUILDING OVERVIEW


Photo Courtesy of Brad Feinknopf

View from North Service Road | Photo Courtesy of Brad Feinknopf

UMass Project Manager
Ted Mandoza
Timeline
August 2016 - August 2017
Contractors
Fontaine Bros Incorporated
Adams Plumbing & Heating
T&M Equipment Corp.
Universal Electric Co., Inc.
Designers 
Leers Weinzapfel Associates
Nitsch Engineering, Inc.
RMF Engineering
Address
110 North Service Road
Amherst, MA 01003-2901
 

The new chiller plants increase the reliability and capacity of two existing regional chiller plants. One is located in the north of campus, in the Engineering quadrant.  The other is located to the east of the Integrated Sciences Building.  

In addition to comfort-related cooling (i.e. air conditioning), chilled water service is also used for research-focused, process-related purposes.  Whether it is to cool a laser, temper a chemical reaction, or maintain strict environmental conditions, the consistent uninterruptible availability of chilled water within a building where research-intensive activity occurs is more critical as more buildings like the Life Sciences Laboratories or the Physical Sciences Building are built and integrate into typical academic life. 

The project replaced the existing Polymer chiller plant, located on the west side of E-Lab II, with a new North chiller plant that is capable of roughly triple the capacity of its current chilled water service.  In addition, the building was designed and located in such a way to acknowledge the vision of the Campus Master Plan (issued in 2012) and the Engineering “quadrant” it resides in.  The North Plant provided a “visual learning” element to the Engineering quad community, with perimeter glazing at ground level, showcasing a fully operational chiller plant facility.  At the existing ISB chiller plant, this project made improvements through additional equipment installed for reliability and redundancy in parallel with the anticipated additions of the Design Building and fully-outfitted Life Science Laboratories, including a new Data Center, to its chilled water service loop. 

The project was completed in December of 2017 and received LEED Silver Certification.

 

SUSTAINABLE FEATURES


Sustainable Sites​​

  • Walkable to a libraryrestaurants, retail, and other community services. Easy access to three PVTA campus bus routes
  • Bike storage with shower and changing facilities provided onsite
  • Campus-wide parking policy with discounts for low-emitting and fuel-efficient vehicles
  • Drought-tolerant native plantings require minimal maintenance and no permanent irrigation methods
  • Compact building footprint maximizes open green space
  • High-albedo materials and light colored roofing mitigates heat island effect
  • Occupancy and daylight sensors reduce light pollution

Water Efficiency

  • 22.7% reduction in potable water use via low-flow plumbing fixtures
  • Water efficient landscaping improves site ecology without permanent irrigation methods

Energy & Atmosphere

  • 30.1% overall reduction in energy use compared to baseline design
  • Enhanced Commissioning ensures the building’s systems perform as intended post-occupancy
  • Developed and implemented a measurement and verification plan for determining energy savings

Materials & Resources

  • Diverted 98.2% of construction wastes from landfill
  • 100% of new wood products are Forest Stewardship Council (FSC) Certified
  • 19.4% of building materials contain recycled content and 44.3% were extracted, processed, and manufactured regionally

Indoor Environmental Air Quality

  • Developed and implemented an Indoor Air Quality Plan during construction and before occupancy
  • Low-VOC flooring, paints, coatings, adhesives, sealants, and composite wood
  • Individual lighting and temperature controls allow occupants to make adjustments for maximum comfort
  • Thermal comfort survey administered to building occupants following project completion
  • 100% of regularly occupied areas have access to exterior views and natural daylight
  • 30% increased mechanical ventilation above ASHRAE standard

Innovation In Design

  • Green Housekeeping Program
  • Active green building public education programs
  • 22% reduction in electricity use compared to baseline chiller plant
  • Control components and sequence of operations allows the plant to operate at its most efficient conditions during all times of the year

 

RESOURCES


North Chiller Brochure

Download a brochure for the North Chiller Plant.

North Chiller Plant Infographic

Download an infographic of the North Chiller Plant.

North Chiller Green Building Brochure

Download a Green Building brochure of the North Chiller Plant.

 

Photo Gallery

Click each photo below for an enlarged view.

Photo Courtesy of Brad Feinknopf

Photo Courtesy of Brad Feinknopf

Photo Courtesy of Brad Feinknopf

Photo Courtesy of Brad Feinknopf

Chilled Water Supply and Return

Chilled Water Supply and Return

Ground Floor Corridor

Ground Floor Corridor

Photo Courtesy of Brad Feinknopf

Staircase Photo Courtesy of Brad Feinknopf

Evaporative Water

Evaporative Water

Cooling Tower Fan

Cooling Tower Fan

Roof Access to Cooling Towers

Roof Access to Cooling Towers

Thank You For Visiting!

We hope you have enjoyed your green building tour of the Design Building. If you have any questions or feedback, please call Facilities & Campus Services at (413)-545-6401, or email info@facil.umass.edu. To learn more about sustainability efforts at UMass, visit us online at Sustainable UMass and Campus Planning. Come back to see us again soon!

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Articles

 

Honors & Awards

Honors Awards for Excellence 2019 Winning Projects | Boston Society of Architects

2019 Best of Design Awards winners for Infrastructure | The Architect's Newspaper

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