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JPH0588747B2 |
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JPH0585233B2 |
In the distillation of fresh water from sea water, the sea water is passed downwardly in a falling film evaporator through a multiplicity of vertical tube evaporator (VTE) stages and multiple stage flash (MSF) evaporators. After the sea ...
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JPH0583318B2 |
In the distillation of fresh water from sea water, the sea water is passed downwardly in a falling film evaporator through a multiplicity of vertical tube evaporator (VTE) stages and multiple stage flash (MSF) evaporators. After the sea ...
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JPH0539267Y2 |
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JPH0531410Y2 |
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JPH05164496A |
PURPOSE: To obtain a fin tube for an open rack type carburetor in which a surface of the fin tube can be protected for a long period even in an environment in which icing and deicing of sea water are repeated. CONSTITUTION: A fin tube of...
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JPH05164482A |
PURPOSE: To protect heat exchanger tubes from being cooled extremely without interrupting vaporization efficiency of a whole device. CONSTITUTION: In a heat exchanger tube 22 which connects a lower header to an upper header, a liquefied ...
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JPH0545456U |
[Purpose] We provide a flow-through pipe for heat exchange that is easy to manufacture, inexpensive, and has a small number of parts. [Constitution] In a heat exchange flow-down pipe in which a fluid flows down in a thin film on the inne...
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JPH0518618Y2 |
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JPH0534460U |
[Purpose] By reducing the stress generated in the heat transfer tube due to temperature drop and temperature fluctuation, the life of the open rack heat exchanger is extended. [Constitution] An open rack type heat exchanger, and a panel-...
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JPH0524440B2 |
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JPH058424Y2 |
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JPH058248U |
[Purpose] In the absorption condensation heat exchanger, the absorption liquid that absorbs the heat transfer vapor is surely sprayed on the heat transfer surface to efficiently absorb the heat transfer vapor. In addition, stable operati...
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JPH059707B2 |
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JPH0518637A |
PURPOSE: To provide an absorption refrigerating machine which improves the spread of a refrigerant in an evaporator. CONSTITUTION: In an absorption type freezer comprising an absorber 7, a reproducer 1, a condenser 13, and an evaporator ...
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JPH056114B2 |
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JPH052907B2 |
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JPH052908B2 |
An improved mass transfer heat exchanger in which heat transmission surfaces are more effectively used and having excellent mass transmission characteristics. Heat transmission pipes are arranged vertically in a tank, extending through a...
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JPH05697Y2 |
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JPH0451324Y2 |
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JPH0449516Y2 |
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JPH04313686A |
PURPOSE: To enhance the efficiency of heat exchange by increasing the flow rate of a secondary fluid (air) from that inlet side of a tube which a primary fluid (refrigerant) enters to the outlet side from which the secondary fluid leaves...
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JPH0468554B2 |
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JPH0443748Y2 |
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JPH0459555B2 |
A liquid film evaporation type heat exchanger including a plurality of heat transfer units, with each unit including a plurality of flat heat transfer ducts of square cross section formed with a plurality of warm water passageways extend...
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JPH04251188A |
PURPOSE: To obtain a heat exchanger, capable of effecting the movement of medium solution surely by a simple constitution utilizing the heat transfer surface of the hear exchanging unit of a heat transfer member even under a minute gravi...
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JPH0435744Y2 |
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JPH0435731Y2 |
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JPH04217788A |
PURPOSE: To prevent excess cooling of a heat transfer tube in advance without inhibiting the efficiently of vaporization by installing an insulation section which inhibits heat transfer and has increasingly larger thermal conductivity to...
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JPH04217789A |
PURPOSE: To inhibit the generation of thermal stress. increase the flow rate of gas per heat transfer tube and reduce the size of a device, by introducing liquefied natural gas from an inner manifold to a second sub-heat transfer tube an...
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JPH0473760U |
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JPH04174295A |
PURPOSE: To improve heat transfer performance and obtain a heat transfer tube, high in absorbing capacity, by a method wherein the pitch as well as the height of fins are set so that the tip end of at least one fin of neighboring fins an...
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JPH0468970U |
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JPH04169758A |
PURPOSE: To prevent a reduction in negative pressure within some heat transmitting pipes from affecting other heat transmitting pipes even if the reduction of negative pressure occurs by a method wherein a lower chamber of an upper chamb...
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JPH0449754U |
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JPH04116386A |
PURPOSE: To form a dropping-down liquid film and promote evaporation of liquid by a method wherein a plate is locally projected toward a vapor side passage at an upper part of a vapor passage to form an adjusting part. CONSTITUTION: A va...
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JPH0413509Y2 |
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JPH0413510Y2 |
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JPH0412371Y2 |
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JPH0412372Y2 |
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JPH0433861U |
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JPH0412384B2 |
PURPOSE:To reduce a possibility of interruption a flowing solution and to easily flow the flowing solution uniformly on the outer peripheral surface of a heat transfer pipe thereby to improve the substance transfer characteristic. CONSTI...
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JPH042876B2 |
This invention relates to the reheating of a cold cryogenic fluid by heat exchange with a warm liquid, commonly water. The cold cryogenic fluid first flows into a descending tube and then into a rising tube whereas the water trickles alo...
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JPH041272B2 |
PURPOSE:To simplify the constitution of a dry type section heat exchanger while reducing its manufacturing cost by partitioning paths for hot water to be treated and the outside air for cooling to the heat exchanger by a plate-shaped wal...
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JPH03104668U |
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JPH03504461A |
Heating elements formed by joining a pair of plates around most of their peripheries are provided with an internal partition which separates upper and lower internal spaces within the element so that separate streams of condensate are di...
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JPH0353559B2 |
This invention relates to apparatus for carrying out physical and/or chemical processes, more specifically a heat exchanger (10) of the continuous type, comprising a large number of vertical heat exchanger tubes (18) mounted between a lo...
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JPH0335990Y2 |
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JPH03168591A |
PURPOSE: To improve an operating efficiency and save an energy by a method wherein a numerical value of a white smoke generating line of each of a full air-cooled, an air-cooled and water-cooled and a full water-cooled systems is compare...
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JPH0371270U |
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