Conceptual Master Plan - Emeryville Center of Community Life
Conceptual Master Plan - Emeryville Center of Community Life
Conceptual Master Plan - Emeryville Center of Community Life
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CONCEPTUAL DESIGN January 9, 2009<br />
<strong>Emeryville</strong> <strong>Center</strong> <strong>of</strong> <strong>Community</strong> <strong>Life</strong><br />
estimated at 24 feet by 24 feet and obviously will have to be placed 25 feet way from outside<br />
air intakes or future operable windows on the ro<strong>of</strong>.<br />
Other exhaust systems will be provided for restrooms, janitor rooms, etc.<br />
K-6 NEIGHBORHOOD BUILDING<br />
The building will be heated and ventilated only with one fan coil unit per classroom. Each 1,400<br />
cfm fan coil unit ( horizontal or vertical) will have a full size economizer, supply fan and heating<br />
coil. The outside air will be brought in through louvers in the façade or from two central shafts<br />
from the ro<strong>of</strong>. For the side louver option, each classroom will require 3 sqft net area <strong>of</strong> intake<br />
louver and 3 sqft net free area <strong>of</strong> relief louver. If the central intake is used, two shafts <strong>of</strong> 70 sqft<br />
net area will be required. If the relief is vertical also, two additional shafts will be required. The<br />
computer labs will be air conditioned with split systems<br />
Other exhaust systems will be provided for restrooms, janitor rooms, etc.<br />
ENERGY MANAGEMENT SYSTEM<br />
A fully integrated DDC open protocol system will be provided for the entire campus HVAC<br />
systems including lighting controls, and room occupancy sensors for HVAC systems automatic<br />
shut down.<br />
4. PLUMBING<br />
GENERAL<br />
Plumbing work shall be in accordance with the 2007 edition <strong>of</strong> CPC, EBMUD Section31 and all<br />
other federal, state and local requirements.<br />
SCOPE OF WORK<br />
Storm water drainage systems<br />
Sanitary waste and vent systems serving the plumbing fixtures and equipment<br />
Domestic cold water systems<br />
Domestic hot water systems<br />
Natural gas systems<br />
STORM WATER DRAINAGE SYSTEMS<br />
A complete storm water drainage system will be provided including connections to site storm<br />
sewers, rainwater leaders, primary and overflow ro<strong>of</strong> drains and area drains, planter drains.<br />
Rainwater leaders and storm drains will be designed for gravity flow to site storm sewers. Areas<br />
below grade will be drained to sump pumps and pumped the building drains. The underground<br />
parking structure drainange will be drained through an oil and sand interceptor.<br />
The existing site storm drainage system will be reconfigured to serve the new buildings and will<br />
be connected to the relocated Temescal Creek Culvert.<br />
A study regarding the feasibility <strong>of</strong> storm water retention on site for use <strong>of</strong> gray water will be<br />
performed during the design phase.<br />
SANITARY WASTE AND VENT SYSTEMS<br />
Outline Specifications- 63
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