International site for Spirax Sarco
Tel: (800) 575-0394
Fax: (803) 714-2222
InsideSalesLeads@Spirax.com
http://www.SpiraxSarco.com/us/
Fax: (803) 714-2222
InsideSalesLeads@Spirax.com
http://www.SpiraxSarco.com/us/
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Steam Generation
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Condensate Contamination Detection
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Spirax Range of Flowmeters
Blowdown Heat Recovery Systems
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Pipeline Strainers
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Blowdown Vessel
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Spirax Range of Flowmeters
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Direct Acting Pressure Control
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Steam Trap Set with Float Trap
Safety Valves
Air Venting
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Self-Acting Temperature Control
Steam Specialisation and Condensate Handling
High Capacity Direct Acting Pressure Control
Heater Battery Steam Trapping
Humidification
Low Capacity Direct Acting Pressure Control
Branch Line Steam Trap Set
Electrical Condensate Pumping
Pneumatic Temperature Control
Process Heat Exchange
End of Main Steam Trapping and Air Venting
Flash Steam Recovery
Examples of Typical Solutions
Boiler House
TDS Automatic Control
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Feedtanks
Heat Recovery
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Pressure
Pilot Operated Reducing Station (Flanged)
Pilot Operated Reducing Station (Screwed)
Pilot Operated Parallel Reducing Station (Flanged)
Pilot Operated Parallel Reducing Station (Screwed)
Pilot Operated Series Reducing Station (Flanged)
Pilot Operated Series Reducing Station (Screwed)
Direct Acting Reducing Station (Flanged)
Direct Acting Reducing Station (Screwed)
Pilot Operated Pressure Maintaining Valves
Direct Acting, Remote Sensing, Pressure Reducing Station (Flanged)
Direct Acting, Remote Sensing, Pressure Reducing Station (Screwed)
Electropneumatic Pressure Control Station (Flanged)
Electropneumatic Pressure Control Station (Screwed)
Pneumatic Pressure Control Station (Flanged)
Pneumatic Pressure Control Station (Screwed)
Water
Flowmetering
Variable Area
General
Orifice Plate
Steam Trapping
Thermodynamic Steam Traps
Mechanical Steam Traps
Balanced Pressure Steam Traps
Bimetallic Steam Traps
Quick Fit Steam Traps
Steam Mains Drainage
Steam Tracing and Manifolds
Condensate & Flash Steam Recovery
Condensate Recovery
Active Drainage of Shell and Tube Heat Exchanger
Active Drainage of Heater Battery
Active Drainage of Water Tube Heat Exchanger with Winterised Pump
Drainage of Multi-Heater Batteries with Winterisation and Common Pumping Set
Sump Pumping by Automatic Pump
Drainage of Vacuum System to an Elevated Return Line
Drainage of Vacuum System to Atmosphere
Drainage of Low Level Condensate Outlet
Pumping Long Delivery Lines
Draining a Vacuum Line to Atmosphere
Plate Heat Exchanger with Steam Trap
Plate Heat Exchanger with Active Drainage System
Plate Heat Exchanger with Balancing Valve
Plate Heat Exchanger with Secondary Control Valve
Plate Heat Exchanger with Condensate Level Control
Active Drainage System with Separate Condensate Lines
Flash Steam
Contamination Control
Clean Steam
Generators
Filter Stations
Pressure Reducing Stations
Steam Trapping Stations
Process
Heat Exchangers
Electropneumatic Control System for Vertical Heat Exchanger (Flanged)
Electropneumatic Control System for Vertical Heat Exchanger (Screwed)
Electric Control System for Non-Storage Heat Exchanger (Flanged)
Electric Control System for Non-Storage Heat Exchanger (Screwed)
Active Drainage of Shell and Tube Heat Exchanger
Active Drainage of Water Tube Heat Exchanger with Winterised Pump
Heat Exchanger with Flash Cooling and Active Drainage
Plate Heat Exchanger with Steam Trap
Plate Heat Exchanger with Active Drainage System
Plate Heat Exchanger with Balancing Valve
Plate Heat Exchanger with Secondary Control Valve
Plate Heat Exchanger with Condensate Level Control
Active Drainage System with Separate Condensate Lines
Air Heater Batteries
Tanks and Vats
Self-Acting Tank Heating with a Coil
Self-Acting Tank Heating with Steam Injection (Flanged)
Pilot Operated Tank Heating with a Coil (Flanged)
Pilot Operated Tank Heating with a Coil (Screwed)
Pilot Operated Tank Heating with Steam Injection (Flanged)
Pilot Operated Tank Heating with Steam Injection (Screwed)
Jacketed Pans
Presses
Storage Calorifiers
Industries
Case Studies
Training
Resources
The Steam and Condensate Loop Book
Steam Engineering Tutorials
Introduction
Steam Engineering Principles and Heat Transfer
Engineering Units
What is Steam?
Superheated Steam
Steam Quality
Heat Transfer
Methods of Estimating Steam Consumption
Measurement of Steam Consumption
Thermal Rating
Energy Consumption of Tanks and Vats
Heating with Coils and Jackets
Heating Vats and Tanks by Steam Injection
Steam Consumption of Pipes and Air Heaters
Steam Consumption of Heat Exchangers
Steam Consumption of Plant Items
Entropy - A Basic Understanding
Entropy - Its Practical Use
The Boiler House
Introduction
Shell Boilers
Water-tube Boilers
Miscellaneous Boiler Types, Economisers and Superheaters
Boiler Ratings
Boiler Efficiency and Combustion
Boiler Fittings and Mountings
Steam Headers and Off-takes
Water Treatment, Storage and Blowdown for Steam Boilers
Water for the Boiler
The Feedtank and Feedwater Conditioning
Controlling TDS in the Boiler Water
Heat Recovery from Boiler Blowdown (TDS control only)
Bottom Blowdown
Water Levels in Steam Boilers
Methods of Detecting Water Level in Steam Boilers
Automatic Level Control Systems
Water Level Alarms
Installation of Level Controls
Testing Requirements in the Boiler House
Pressurised Deaerators
Steam Accumulators
Flowmetering
Basic Control Theory
Control Hardware: Electric/Pneumatic Actuation
Control Hardware: Self-acting Actuation
Control Applications
Safety Valves
Steam Distribution
Steam Traps and Steam Trapping
Introduction - Why Steam Traps?
Thermostatic Steam Traps
Mechanical Steam Traps
Thermodynamic Steam Traps
Considerations for Selecting Steam Traps
Selecting Steam Traps - Canteen Equipment; Oil Transfer/Storage; Hospital Equipment
Selecting Steam Traps - Industrial Dryers
Selecting Steam Traps - Laundries, Presses
Selecting Steam Traps - Process Equipment
Selecting Steam Traps - Space Heating Equipment
Selecting Steam Traps - Steam Mains; Tanks and Vats; Pressure Reducing Valves
Air Venting Theory
Air Venting Applications
Testing and Maintenance of Steam Traps
Energy Losses in Steam Traps
Pipeline Ancillaries
Condensate Removal
Heat Exchangers and Stall
The Heat Load, Heat Exchanger and Steam Load Relationship
Oversized Heat Exchangers
Example: Selecting the Trap
The Stall Chart - Constant Flow Secondary - Varying Inlet Temperature - Constant Outlet Temperature
The Stall Chart - Varying Flow Secondary - Constant Inlet Temperature - Constant Outlet Temperature
The Stall Chart - Constant Flow Secondary - Constant Inlet Temperature - Varying Outlet Temperature
Practical Methods of Preventing Stall
Condensate Recovery
Desuperheating
Equations
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Application Drawings
CASSIO Offline Drawings
Frequently Asked Questions
Steam Tables
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