Geothermal Heat Pump Manual.pdf

Table of Contents

Operational & Benefits analysis

Definitions and Descriptions of Ground Source heat pump equipment:

- water to air

- water to water

- water to air split type (remote condensing unit)

Description of geothermal heat exchangers.

Site evaluation and the use of test wells. Water testing and the use of brackish

water

a. Hydrogeology of NYC

b. Choosing a geo-exchanger using hydrogeological analysis. Systems analyzed

will include:

- remote and diffusion wells (an example will be included for such an application in Queens and/

or Brooklyn)

- slinkies and buried pipe

- vertical pipe

- standing column well

Permitting requirements of geothermal heat exchangers in NYC:

- list of agencies involved

- water tests required by regulatory agencies

Heating and cooling loads, the effect of load dominance.

How to pick an appropriate ground source heat pump type once the ground coupled

heat exchanger has been selected.

a. Building distribution

b. Installation Follow-up (Commissioning)

c. Training

Performance and Ratings

a. Capital Costs

b. Procurement requirements

c. Pay backs – Simple, Return on Investment, Present Value

d. Maintenance

- Case Studies

Summary of refrigerant types used in geothermal equipment:

Sources for hydrogeological information.

Specifications:

- well drilling

- well testing

- open loop systems

- slinky

- standing column well

Evaluation of Heat Pump System Models

a. System Level

I. DOE2

II. BLAST

III. ENERGY 10

b. Heat Pump Selection

I. Manual-J

II. Manual-N

III. ASHRAE

I. GLPRO 3.0

c. Engineering Considerations (Flags)

Description of Three Existing Projects

a. Long Island Lighting

c. 360 Court Street Brooklyn

d. 9 East 64 th Street

Geothermal Heat Pump Manufacturers

EPA Form 7520-6 and Instructions

I pg. 5

Open Systems in Brooklyn, Queens and Long Island.

Kensington Library Geophysical Log.

Contributor Directory.

Plik z chomika:

Inne pliki z tego folderu:

Inne foldery tego chomika: