TTT Inc. Holding Group
ESCO PROJECT QUESTIONNAIRE

Facility Name:

Facility President/Managing Director:
 
Facility Technical Director:

Phone:
Fax:
E-mail:
Website:


PLEASE PROVIDE AS DETAILED INFORMATION AS POSSIBLE:

1) Schematic Diagram of the layout of your facility, including location of all Energy/Environment/Automation systems with detailed dimensions.

2) Weekly or Monthly Summary of Energy and Steam/Hot Water Consumption for the past 3 years.

3) The cost you pay for:
 - Externally generated Electricity
 - Natural Gas
 - Fuel Oil
 - Coal 
 - Other Fuel

4) Are partial/complete Facility Energy Audit reports available for review?
If yes, please provide a copy of the most current one/ones.

5) Data on your existing:

a) Boilers if any: 
 - Number of units:
 - Type: 
 - Power Rating:
 - Fuel Source:
 - BTU in at 100% Load:
 - BTU out at 100% Load:
 - BTU in at 75% Load:
 - BTU out at 75% Load:
 - BTU in at 50% Load:
 - BTU out at 50% Load:
 - BTU in at 25% Load:
 - BTU out at 25% Load: 
 - Number of hours a day in use:

b) (Micro) Turbines if any:
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used: 
 - Number of hours a day in use:

c) Chillers if any: 
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used:
 - Number of hours a day in use:

d) Heat Exchangers if any:
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used:
 - Number of hours a day in use:

e) Condensers if any: 
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used:
 - Number of hours a day in use:

f) Absorbers if any: 
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used:
 - Number of hours a day in use:

g) Thermal Storage Tank if any
 - Number of units:
 - Type:
 - Storage Capacity:
 - Actual Operating Efficiency and Calculation Method Used:
 - Number of hours a day in use:
 
h) Diesel or other Generating Set/Engine if any: 
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used:  
 - Number of hours a day in use:

i) Fuel Cells if any: 
 - Number of units:
 - Type:
 - Power Rating:
 - Actual Operating Efficiency and Calculation Method Used:
 - Number of hours a day in use:

j) Heating/Ventilating/Air Conditioning Systems if any
 - Number of units:
 - Type:
 - Actual Operating Efficiency and Calculation Method Used: 

k) Other Systems if any: 
 - Type:
 - Actual Operating Efficiency:

6) In your Facilities Department, as it pertains to operation/maintenance of Energy/Environmental Systems, how many of your staff are:

 - Engineers:            Additional certifications/training:

 - Technicians:          Additional certifications/training:

7) In your Facilities Department, which of the Energy Systems listed in question 5 are connected via Internal Local Area Network to a real-time Computer Monitoring System?

8) If considering ON-SITE COGENERATION at your facility, are there any CONSTRAINTS/LIMITATIONS we should be aware of:

a) Right to re-sell extra power?

b) Right to back-up/maintenance power from the public electricity grid in case of system shutdown/overload?

c) Feasibility study undertaken for pending project?

d) Construction/Installation issues (boiler house size restrictions on height, area)?

e) Fuel supply options and Price Arbitrage options?

f) Insurance Issues?

g) Combustion Cycles required:

 - Topping/bottoming:
 - Heat balance:
 - Repowering:
 - Combined-cycle:
 - Baseload:
 - Peak-shaving:
 - Thermal-tracking:

h) Local Permits?
 
i) Interconnection with the public electric grid:

 - safety/line protection?
 - inspection/testing program?

j) Environmental considerations:

 - air emissions control?
 - water requirements?
 - waste disposal?
 - other?