| Document |
Document Title |
|
JP2015055380A |
To provide a natural circulation type cooling device which achieves miniaturization and relaxation of arrangement restraint and which has high cooling performance by improvement of a boiling heat transfer coefficient.A cooling device inc...
|
|
JP2015052443A |
To provide a steam condenser which can suppress the increase of size by improving the efficiency of condensing steam with cooling water.A steam condenser includes a housing 31 having a hollow structure, and an inlet port 43 for exhaust g...
|
|
JP2015048972A |
To provide a condenser which allows easy exchange of a water chamber even though a free space above the water chamber in which many pipes and cables are provided is small.A condenser (2) cooling and condensing exhaust steam from a steam ...
|
|
JP5676976B2 |
The method involves measuring cooling water level of a condenser (1) in a measuring pot (9), where the measuring pot is mounted outside the condenser. The measured level is used as a measured variable for adjusting a delivery volume of a...
|
|
JP5672450B2 |
The invention provides a water-producing device, which can save energy and improve water-producing efficiency. The water-producing device (100) comprises a heating device (10) which heats raw water to produce water vapor, and a condenser...
|
|
JP2015014386A |
To make a condenser compact.A condenser comprises: a condenser body 12 that condenses steam turbine exhaust containing steam; a communicating duct 11 that forms a flow passage 21 for supplying the steam turbine exhaust to the condenser b...
|
|
JP2014228148A |
To restrict the inflow of fluid such as sea water into a turbine building even when breakage of circulation water piping of a condenser occurs.The fluid inflow restriction device includes: a turbine building 11 in which a turbine and a c...
|
|
JP2014228245A |
To prevent freezing of an ejector without using a dedicated heat source.A vacuum pump freezing prevention device 200 includes: a water jacket 201 that is provided around an ejector 102 in a condenser vacuum system 100 guiding non-condens...
|
|
JP5627952B2 |
|
|
JP5627876B2 |
|
|
JP5627970B2 |
|
|
JP5627875B2 |
|
|
JP5627969B2 |
|
|
JP2014214981A |
To provide cooling device and method of a condenser free from cracking such as a pin hole, of cooling water capillaries of the condenser.A cooling device includes an introduction passage 12 for introducing cooling water 11, a pair of inl...
|
|
JP2014214980A |
To provide cooling device and method of a condenser free from cracking such as a pin hole, of cooling water capillaries of the condenser.A cooling device includes an introduction passage 12 for introducing cooling water 11, an inlet wate...
|
|
JP2014206312A |
To provide a device and method for cooling a steam condenser that can eliminate leakage of seawater even if cracking such as a clearance, a crack, and a pin hole is generated on cooling water condenser tubes of the steam condenser.A devi...
|
|
JP2014206311A |
To provide a device and method for cooling a steam condenser that does not require chlorination of seawater all the time, contributes to environmental conservation and eliminates leakage of seawater from the steam condenser.A device for ...
|
|
JP5601914B2 |
|
|
JP5601915B2 |
|
|
JP5600263B2 |
A condenser (20) is provided and includes a body (50) into and through which steam turbine discharge is able to flow, and first and second cooling members (80, 90) disposed in the body (50), wherein the first and second cooling members (...
|
|
JP5595816B2 |
|
|
JP2014163650A |
To provide a heat exchanger capable of utilizing potential heat of steam effectively.A heat exchanger is configured by connecting a re-evaporation tank 1 and suction means 2 by a pipeline 3. A high temperature condensate pipe 4, which is...
|
|
JP2014159883A |
To provide a steam condenser capable of suppressing the reduction in a seal function between a tube plate and a water chamber flange even if an inclination of the tube plate surface or a step between division modules are generated, for e...
|
|
JP2014159914A |
To provide a make-up water system control device and a make-up water system control method capable of precisely detecting arrangement leak such as tube leak in a heat exchange appliance such as boiler at an early time.A make-up water sys...
|
|
JP5550746B2 |
[Problem] To provide a condensate flow rate control device and control method for a power plant that improve responsiveness to frequency fluctuations or requested load changes, that can reduce frequency fluctuations with precision, or th...
|
|
JP2014129731A |
To provide a thermal power system with high efficiency and economic performance even under a location condition where water cannot be obtained from the ocean or a large river around a power-generating plant and industrial water cannot be...
|
|
JP5546853B2 |
|
|
JP2014125965A |
To provide a power generation system capable of further improving power generation output by using seawater at different depths and a power generation system operating method using the same.In this power generation system, second power g...
|
|
JP5537165B2 |
|
|
JP5537166B2 |
|
|
JP2014119118A |
To suppress reduction of heat transfer rate due to a liquid film being gradually thickened toward a lower part by a fluid condensed at a pipe upper side flowing down along a pipe inner wall, in a condenser using a condenser pipe of a typ...
|
|
JP5531557B2 |
|
|
JP2014112001A |
To provide a heat exchange device capable of utilizing warm water over a wide range of applications without wasting the same by arbitrarily controlling a temperature of the warm water generated in heat exchange with steam.A steam supply ...
|
|
JP5525788B2 |
|
|
JP5519980B2 |
|
|
JP5520031B2 |
To provide a waste steam recovering device which maintains the temperature of a mixed fluid of waste steam and cooling water at a relatively high level. A cooling water injection pipe 5, an in-line mixer 6, and a liquid gas separator 3 a...
|
|
JP5520033B2 |
To provide a waste steam recovering device which maintains a temperature of a mixed fluid of waste steam and cooling water at a relatively high level. An in-line mixer 6 and a gas liquid separator 3 are sequentially connected to a waste ...
|
|
JP5520032B2 |
|
|
JP2014105982A |
To provide a steam condenser capable of greatly reducing the occurrence of overcooling of condensed water increasing along with dripping to a lower part of a tube bundle.A steam condenser of the present invention includes: an inflow port...
|
|
JP5508887B2 |
|
|
JP5508888B2 |
|
|
JP2014095526A |
To provide a heat exchange device improved in heat recovering efficiency by recovering sensible heat of high-temperature condensate with latent heat of steam.A steam supply pipe 2 and a cooling fluid supply pipe 3 are connected to a heat...
|
|
JP2014095525A |
To provide a heat exchange device capable of surely discharging condensate generated in a heat exchanger to the external even when suction force of an ejector device is lowered.A steam supply pipe 2 and a fluid discharge pipe 3 are conne...
|
|
JP2014095527A |
To provide a waste steam recovery device capable of eliminating waste steam rising up from a steam application device and generating the heating steam used in the steam application device by a heat pump.This waste steam recovery device i...
|
|
JP5485625B2 |
|
|
JP5486321B2 |
|
|
JP5486322B2 |
|
|
JP5474415B2 |
|
|
JP5463313B2 |
|
|
JP5463727B2 |
|
