Booth #5036
© 2001-2008
AESYS Technologies, LLC

The York-Shipley Global Series HR Heat Recovery Boilers provides industrial end-users and waste heat recovery system manufacturers the opportunity to extract usable heat from virtually any process where elevated gas temperatures from turbine, incinerators, or solid waste fuel processes are generally wasted to atmosphere. The Series HR Boiler are available in standard two- and three- pass configurations utilizing centerline furnace construction and custom low-offset furnace design and single pass firetube configurations.

Standard features include tangential side gas inlet or outlet, particulate drops, operating and pre-piped and wired limit and level control devices and soot-blower systems. Compliance to such standards including UL, CSD, FM Global, GAP and construction for use in NEMA classified indoor or outdoor non-hazardous locations are accommodated.


Series HR

S2D/S3D/S1T

H2D/H3D/H1T

H2D/H3D/H1T

Standard Safety, Operation and Level Control Devices

S050 to S300

S015

W030 to W160

Pressure Gauge
Temperature Gauge N/A N/A
Float-Type LWCO - Pump Control
w/ Gauge Glass Assembly
N/A
Probe-Type LWCO - Manual Reset
High-Pressure Limit Control - Manual Reset •†
Operating Pressure Limit Control •†
Firing Rate Pressure Control •†
Low-Fire Hold Pressure Control •† •†
Minimum Water Temperature Control N/A N/A •†
ASME Safety Valve(s) N/A
ASME Safety Relief Valve(s) N/A N/A
Single-Point Spring-Loaded Furnace Pressure Relief Device
† Temperature Limit Control
Download Series HR Literature
High pressure steam boilers are constructed in accordance with ASME Section I ‘Rules for Construction of Power Boilers’ at standard design pressures of 50 to 300 PSIG (344 to 2068 kPa). For design pressure beyond standard offering, please consult factory.
Low pressure steam and hot water boilers are constructed in accordance with ASME Section IV ‘Rules for Construction of Heating Boilers’ limited to design steam pressure of 15 PSIG (103 kPa) and reverse flow hot water service of 30 to 160 PSIG (206 to 1103 kPa) – maximum 250°F (121°C).