Fulton Ancillary Equipment SteamPac Unfired Steam Generators - Manual (Page 69)

Fulton Thermal Corp.*SteamPac Unfired Steam Generators Manual* Version 2010-0201
Page 69
Section 6 –Product Specs & Data
Fulton SteamPac Packaged Heat Exchanger Systems
1. General Description
a) Contractor shall furnish and install a_____HP thermal fluid to steam heat exchanger
package. The entire system shall be “Fulton” as manufactured by Fulton Thermal
Corporation, Pulaski, New York. The system shall be a complete package including a
thermal fluid to steam heat exchanger, condensate return tank with pump, blowdown
tank, interconnecting piping with thermal fluid pneumatic control valve provided.
2. Heat Exchanger Size & Operating Temperature
a) The heat exchanger shall require thermal fluid at _____ degrees F at a minimum flow
rate of ________GPM. It shall produce a minimum of ___________BHP (from and at 212
degrees F) (___________BTU/Hr.) output as measured at the steam outlet. The heat
exchanger system shall be supplied complete with control panel, thermal fluid control
valve and all required safety devices for a maximum operating steam pressure of 150
PSIG (consult factory for higher operation pressures). The heat exchanger shall
incorporate a steam safety relief valve rated for use with a Section I vessel (“V” stamped)
and the safety valve shall be located on the steam separator; set pressure 150 PSIG
standard and sized according to exchanger maximum steaming capacity.
3. Heat Exchanger Design
a) Vertical or Horizontal
b) Factory Piped, Wired and Tested
c) Design Pressure - 150 PSIG
d) Test Pressure: Per ASME Code, Section VlIl, Division I
e) Construction Materials- Carbon Steel ASTM 53B and SA 285C Plate
f) Stamped per ASME Code
4. Steam Separator Vertical Design Units
a) Vertical Centrifugal
b) ASME Code Section l
c) Design Pressure - 150 PSIG MAWP Standard
d) Test Pressure -as per ASME Code Section I
e) Construction Materials - SA-53B seamless pipe and SA 285C plate
f) Stamped per ASME Code
5. Water Bottle Design