college of san mateo building 36 – science / planetarium design build and sustainability...
TRANSCRIPT
COLLEGE OF SAN MATEO BUILDING 36 – SCIENCE / PLANETARIUM
Design Build and Sustainability
Sustainability Conference: Butte Community College August 3rd & 4th , 2007
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"Facilities Excellence"
San Mateo County Community College District
"Facilities Excellence"
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CIP I - $300 M
CIP II - $523 M
Campus History Campus
Acreage
Gross Square Footage
Assignable Square Footage
StudentFTES
(FY 06-07)
Student Headcount(Spring ‘07)
Parking
Cañada CollegeRedwood City, CA
1968 132 262,506 176,984 4,622 6,230 1,700
College of San Mateo San Mateo, CA
1963 154 654,906 444,654 9,684 10,573 4,053
Skyline College San Bruno, CA
1969 110 524,269 357,741 7,520 8,364 2,031
Chancellor’s OfficeSan Mateo, CA
1978 N/A 24,929 24,929 0 0 Included in CSM
TOTAL N/A 396 1,466,610 1,004,308 21,826 25,167 7,784
60,904 GSF
- 1st Floor w/ Planetarium 22,251 gsf - 2nd Floor 18,436 gsf
- 3rd Floor 18,436 gsf- 4th Floor 1, 781 gsf
42,413 ASFEfficiency Factor: 69.64%Total Project Cost = $28M
($24M Construction )
College of San MateoBuilding 36 – Science / Planetarium
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"Facilities Excellence"
College of San MateoBuilding 36 – Science / Planetarium
4 Levels12 Laboratories
- 1st Floor: 3 Physics / 1 Astronomy / 1 Optics Lab- 2nd Floor: 1 Biology, 1 Anatomy, 1 Zoology and 1
Microbiology Lab- 3rd Floor: 1 Organic Chemistry and 3 General Chemistry- Rooftop: 1 Astronomy Observatory
4 60 Seat Lecture Rooms1 Observatory with retractable roof1 97 seat Planetarium
"Facilities Excellence"
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Design Build and Sustainability
Design Guideline Design a building that approaches or achieves LEED
Certification Preference for LEED 1) Contractors, 2) Designers, and
3) Engineers Design and construct an energy efficient building Include PG&E Savings by Design
Allows selection of mechanical engineers and designers
Collaborative process; encourages sharing of ideas
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"Facilities Excellence"
LEED Project Checklist
Sustainable Sites (SS)
Water Efficiency (WE)
Energy & Atmosphere (EA)
Materials & Resources (MR)
Indoor Environmental Quality (IEQ)
Innovation & Design Process (IDP)
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"Facilities Excellence"
Improvements
Site near public transportation (SS Credit 4.1 Alternative Transporation: Public Transportation)
Bicycle Storage (SS Credit 4.2 Alternative Transportation: Bicycle Storage
Light colored landscape paving (SS Credit 7.1 Heat Island Effect: Non-roof)
Light colored, single ply roofing (Energy Star related) (Cool Roof)(SS Credit 7.2 Heat Island Effect, Roof)
East – West building orientation Mechoshades at windows
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"Facilities Excellence"
Improvements
Storm water detention catch basin underneath landscaping on North side of building (SS Credit 6.1 Stormwater Management: Rate and Quantity)
8’ GFRC rooftop overhang – provides shade(EA Credit 1 Optimize Energy Performance)
Energy efficient T-8 fixtures(EA Credit 1 Optimizing Energy Performance)
Direct Digital Controls (EA Credit 1 Optimizing Energy Performance)
Daylight Sensors (EA Credit 1 Optimize Energy Performance)
Occupancy Sensors (EA Credit 1 Optimize Energy Performance)
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"Facilities Excellence"
Improvements
Automatic flush valve (toilets / urinals) (WE Credit 1 Water efficiency)
Lavatory faucets with push button handle (WE Credit 1 Water efficiency)
Water efficient irrigation system (WE Credit 1 Water efficiency)
Resilient flooring and carpet (IEQ Credit 4.3 Low –Emitting materials, carpet)
Low VOC paint (IEQ Credit 4.2 Low – Emitting materials, paints and coatings)
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"Facilities Excellence"
Improvements
Recycling stations throughout building (Prerequisite)
Construction debris – 73% sorted for recyclable materials (MR Credit 2.1 Construction Waste Management: Divert 50% from Disposal)
Utility Vision (EA Credit 5 Measurement & Verification)
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"Facilities Excellence"
Overall Campus Improvements
Building Management System (BMS) (EA Credit 1 Optimize Energy Performance)
Heating / Hot Water LoopLightingCo-Generation
(EA Credit 2.3 Renewable Energy, 20%)
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"Facilities Excellence"
Savings by Design
42% more efficient than Title 24 requiresCost (incremental over baseline) to implement:
$71, 642PG&E Rebate: $54,872
o Solarban 80 glazing, 1” thick, in Warm Gray or Clearo Daylight Sensors o Occupancy sensors in all spaces except
corridors and lobbieso Direct / Indirect evaporative cooling – chemistry labs, dean’s
offices, telecom closets, cadaver rooms and computer labs. Rooms with non-operable windows.
o Direct evaporative cooling – lecture halls, teacher offices, biology labs and earth science labs. Rooms with operable windows.
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"Facilities Excellence"
Question & Answer
www.smccd.edu/facilities José D. Nuñez
Vice Chancellor Facilities Planning, Maintenance & Operations
(650) [email protected]
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"Facilities Excellence"