Steam to operate the ejectors at the water plant is extracted at 185 psia from the reheat turbine. Condenasate from the ejectors at 90ºF is first heated by extracted steam to 213ºF., combined with brine heater condensate and deaerated. Makeup water from the feed water tanks is first demineralized and then deaerated. Normally, make-up from the water tanks is not required, since the ejector condensate should suffice to make up all losses. Deaerated condensate is pumped up to 2815 psia and returned to the boiler via steam-heated feed water heaters. -8-24-Epson Perfection 4870 Photo, 400 dpi, 8 bit, 14,723,072 byte
Most of the energy derived from Steam turbine is discharge in the condenser at temperatures that may...
This paper considers the possibility of using liquid-vapor ejectors in condensing units of steam tur...
This master’s thesis focuses on the design of steam condensate system of steam power plants. Condens...
Steam to operate the ejectors at the water plant is extracted at 185 psi from the reheat turbine. Co...
temperature stages to accomplish the condensing of steam at low temperature. About 45% of the intake...
Document: Appendices to Pacific Southwest Water Plan Review Draft "Office of Saline Waters Appendix"...
tank before flowing through the condenser coils in the heat rejection stages. It is then deaerated a...
tank before flowing through the condenser coils in the heat rejection stages. It is then deaerated a...
Principles of Operation The operation of the plant is pictured in the flow sheet of Figure 2. Sea w...
Four feed-water tanks, with a combined capacity of 14 million pounds of water, provide two hours of ...
The condenser heat from the steam turbine system is discharged into the environment in a way that is...
The product water flows from stage to stage and is cooled by partial flushing and recondensing on th...
Water is the main products and basic necessities in the process of generating electrical energy in a...
Water is the main products and basic necessities in the process of generating electrical energy in a...
water for each 1000 Btu of "new" heat added. Brine is withdrawn continuously by the blowdown pump i...
Most of the energy derived from Steam turbine is discharge in the condenser at temperatures that may...
This paper considers the possibility of using liquid-vapor ejectors in condensing units of steam tur...
This master’s thesis focuses on the design of steam condensate system of steam power plants. Condens...
Steam to operate the ejectors at the water plant is extracted at 185 psi from the reheat turbine. Co...
temperature stages to accomplish the condensing of steam at low temperature. About 45% of the intake...
Document: Appendices to Pacific Southwest Water Plan Review Draft "Office of Saline Waters Appendix"...
tank before flowing through the condenser coils in the heat rejection stages. It is then deaerated a...
tank before flowing through the condenser coils in the heat rejection stages. It is then deaerated a...
Principles of Operation The operation of the plant is pictured in the flow sheet of Figure 2. Sea w...
Four feed-water tanks, with a combined capacity of 14 million pounds of water, provide two hours of ...
The condenser heat from the steam turbine system is discharged into the environment in a way that is...
The product water flows from stage to stage and is cooled by partial flushing and recondensing on th...
Water is the main products and basic necessities in the process of generating electrical energy in a...
Water is the main products and basic necessities in the process of generating electrical energy in a...
water for each 1000 Btu of "new" heat added. Brine is withdrawn continuously by the blowdown pump i...
Most of the energy derived from Steam turbine is discharge in the condenser at temperatures that may...
This paper considers the possibility of using liquid-vapor ejectors in condensing units of steam tur...
This master’s thesis focuses on the design of steam condensate system of steam power plants. Condens...