1. Implementation of Green Energy for HVAC of Multi- Use Public Facility Josh Bouchie Dylan Kugler Tim MacIsaac Duncan MacRae

2. Design Identification Implementation of a heating, ventilation, and air conditioning system in a health care facility Utilization of multiple systems to fill requirements and standards of ASHRAE

3. Background Information Research into ASHRAE requirements Analyzing different systems for heating, ventilating and air conditioning Examined Floridas climate

4. The Ginsburg tower is a 15 story existing hospital in downtown Florida. It contains 440 patient beds and one of the largest Emergency Departments in the United States. The mechanical equipment we choose for our design will be located in an adjacent mechanical plant that we can design to our liking.

6. Engineering Solution Ensuring environmental regulations are met Finding efficient and cost effective way to implement and maintain an HVAC system Hospitals and peoples health are always going to be in demand

7. Problem Solving Ventilation Design - major areas requiring different air flows Heating/Air Conditioning Design - different areas are operated around the clock as opposed to some areas only open during working hours

8. Project Specifications Designing an HVAC system for the following major areas: Lobby and Reception Emergency Room Food and Service Area Gift Shop Diagnostic Imaging Patient Rooms Conference Rooms Common Areas

9. Criteria Use of energy efficient design Green Aspects of Design Green Aspects of Design Heat Recovery Heat Recovery Geothermal Aspects Geothermal Aspects Coordinating design with occupancy and hospital scheduling. Coordinating design with occupancy and hospital scheduling.

11. Stages of Project Current Methods of Heating Radiant Panel Heating Radiant Panel Heating Electric Baseboard Heating Electric Baseboard Heating Infloor Heating Infloor Heating Boiler/Hot Water Heating Boiler/Hot Water Heating

12. Radiant Infloor Heating Installation

13. Stages of Project Current Methods of Cooling Large Industrial Chillers Large Industrial Chillers Absorption Cooling Absorption Cooling Vapour Compression Cooling Cycle Vapour Compression Cooling Cycle Geothermal Cooling Geothermal Cooling

14. Water-Cooled Chiller

15. Stages of Project Current Methods of Ventilation Ducted Supply and Return Ducted Supply and Return Plenum Supply and Return Plenum Supply and Return Combination of both Combination of both

17. Schedule DatesGoals January Proposal/Trace 700 Calculations February 1 - 7 ASHRAE Ventilation Requirements February 8 - 14 Starting Ventilation Design February 15 - 21 Completing Ventilation Design February 22 - 28 Starting Heating Design March 1 - 7 Completing Heating Design March 8 - 14 Starting Cooling Design March 15 - 21 Completing Cooling Design March 22 - 28 Drafting/Report Writing March 29 - April 5 Completion