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Mission College Campus Master Plan l n 431
Durability, ease of maintenance, andlower li e cycle costs should beconsidered during the selection o materials or uture projects. This willcreate comfortable and long-lasting buildings for the campus and proviCollege with long-term financial benefits.
Utilization of sustainably-produced materials with high recycled content will provide signi icant environmental and human per ormance bene itsto the College. Recent studies have indicated that the incorporation ofsustainability in the design and construction process o uture projects willimprove ongoing student/faculty performance and attendance, while helpingto mitigate negative e ects on the environment.
Material efficiency does not stop with material selection. Another impconcept which should be included in each uture building project is the designo an area dedicated to the active recycling and re-use o materials.This willassist the College in incorporating sustainable li estyle practices into the
abric o the campus community. This should occur in all campus acilities,and should also be incorporated into all pertinent acilities and maintenanceoperations.
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432
e nergy e fficiency
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High per ormance lighting controls should be included in the electrical lighting designs o uture projects and be complementary with other daylighting techniques in creating high quality lighting in all campus acilities.
Effectively usinghigh per ormance HVAC strategies and systems will providehigh energy e iciency, thermal and acoustic com ort, improved indoorair quality, and lower maintenance costs. Future products should addressrequirements on an individual basis, allowing or the greatest lexibility andresponse to building location, orientation on the site, and speci ic usage.Commissioning of all new HVAC systems is strongly encouraged.
All new construction projects should be designed to exceed the minimumTitle 24 energy requirements of the State of California by 20% or greater.
Natural ventilation through operable windows should be considered orenergy e iciency and healthier indoor air quality. These openings should becontrolled by building occupants and linked back to the buildings Hsystem, allowing or more lexibility by building users while maintaininge iciencies o operationor the College.
