Steam Surface Condenser

Description: The long awaited revision of PTC 12.2 presents a more practical approach to the testing of Steam Surface Condensers, while being updated with current condenser test technology. Whereas the previous edition was mainly focused on conducting a rigorous full-scale acceptance

Description: The long awaited revision of PTC 12.2 presents a more practical approach to the testing of Steam Surface Condensers, while being updated with current condenser test technology. Whereas the previous edition was mainly focused on conducting a rigorous full-scale acceptance

Description: overall performance of an operating condenser. Further discussion includes condenser cleaning schedules that save money and reduce CO2 emissions, diagnostic methods that help unit operators pinpoint problem areas, monitoring techniques that help predict the onset of tube fouling and

Description: overall performance of an operating condenser. Further discussion includes condenser cleaning schedules that save money and reduce CO2 emissions, diagnostic methods that help unit operators pinpoint problem areas, monitoring techniques that help predict the onset of tube fouling and

Description: compact, highly efficient condensers in cases where the only previous option was to install a conventional shell-and-tube condenser, which is up to three times the size of an AlfaCond unit. The AlfaCond plate condenser is ideal for use in applications such as a vacuum

• Surface Area: 115 to 550 m²
• Application: Steam Power Turbine
• Type: Surface Condenser

Description: address procedures for assessing noise. This Performance Test Code is not intended for tests of devices for which the process fluid is above atmospheric pressure, devices for process fluids other than steam, devices for single-phase process fluids, wet surface air cooled

Description: address procedures for assessing noise. This Performance Test Code is not intended for tests of devices for which the process fluid is above atmospheric pressure, devices for process fluids other than steam, devices for single-phase process fluids, wet surface air cooled

Description: Ejectors consist of a booster ejector, a booster condenser, and a Two-Stage Ejector consisting of a high-vacuum ejector, intercondenser, and low vacuum ejector. In some applications another condenser (after-condenser) can be used at the low vacuum ejector discharge. Applications

• Ultimate Operating Vacuum: 759.5 to 0 torr
• Application: Analytical / Scientific, Chemical / Corrosive Gas, Food Processing, General Purpose / Industrial, Manufacturing Processing, Medical / Laboratory, Packaging, Pharmaceutical / Sanitary, Power Generation, Semiconductor Manufacturing
• Features: Four or More Stages, Other
• Venturi Type: Liquid Eductor / Ejector, Steam Ejector, Venturi Air Jet

Description: 1.1 This specification covers nominal-wall-thickness tubes intended for use as steam surface condenser tubes. These tubes are made from the austenitic steels listed in Table 1 using a high-frequency induction welding process where post-weld solution heat treatment is not

Description: PLATECOIL® Prime Surface Heat Exchangers are fabricated from two metal sheets, one or both of which are embossed. When welded together, the embossings form a series of well-defined passages through which the heat transfer media flows. Standard PLATECOIL® panels are available in more than 300

• Maximum Working Pressure: 400 psi
• Construction Features: ASME Certified
• Application / Industry: Chemical Processing, Food and Beverage Processing, Marine / Shipboard, Refrigeration (Evaporator / Condenser), Steam
• Connection Options: Flange, NPT

Description: the following types of shell-and-tube heat exchangers: heaters, condensers, coolers and reboilers. ISO 16812:2007 is not applicable to vacuum-operated steam surface condensers and feed-water heaters.

Description: the following types of shell-and-tube heat exchangers: heaters, condensers, coolers and reboilers. ISO 16812:2007 is not applicable to vacuum-operated steam surface condensers and feed-water heaters.

Description: ISO 25902-1:2009 specifies a method for the eddy-current examination for detecting flaws in titanium seamless tubes and welded tubes. Titanium tubes are now used as steam surface condensers in steam-power plants, anatomic-power plants and desalination plants. Therefore,

Description: ISO 25902-1:2009 specifies a method for the eddy-current examination for detecting flaws in titanium seamless tubes and welded tubes. Titanium tubes are now used as steam surface condensers in steam-power plants, anatomic-power plants and desalination plants. Therefore,

Description: Provides extremely high thermal transfer for package size. FEATURES Patented fabrication process ensures consistent, high quality production. No gaskets to fail. TIG welding is used on the sheet edge (which separates Circuit A from Circuit B). Offers easy installation and servicing. Manifolding is

• Maximum Working Pressure: 230 to 360 psi
• Temperature Range: -60 to 480 F
• Application / Industry: Chemical Processing, Electronics / Power Supply Cooling, Food and Beverage Processing, HVAC, Power Generation, Refrigeration (Evaporator / Condenser), Steam
• Features: Other

Description: equipped with externally controlled full or partial enclosures to protect personnel when drying toxic, dusty, or flammable products Solvents can be reclaimed by connecting vapor outlet to a condenser Recovery or elimination of dust from vapor can be accomplished by adding a scrubber

• Applications / Materials Handled: Chemicals / Fertilizers, Foods / Grains, Pastes, Pharmaceutical, Solutions / Liquids
• Heat Source: Indirect / Contact / Conduction, Steam
• Features: Other
• Equipment Type: Rotary Dryer (Internal Drum)

Description: This Code provides uniform test methods for conducting and reporting thermal performance characteristics of wet mechanical draft, natural draft, wet-dry cooling towers, closed circuit evaporative (wet) coolers, and wet surface air-cooled steam condensers (WSACC). This Code also

Description: This Code provides uniform test methods for conducting and reporting thermal performance characteristics of wet mechanical draft, natural draft, wet-dry cooling towers, closed circuit evaporative (wet) coolers, and wet surface air-cooled steam condensers (WSACC). This Code also