11results about "Evaporators with horizontal tubes" patented technology

The invention relates to an evaporator-condenser-type heat exchanger comprising a plurality of zones, each zone comprising at least one extractor means configured to channel at least a portion of the primary vapor generated in said zone towards the outside of the heat exchanger. The heat exchanger includes a plurality of sub-assemblies consisting in part of a layer of a thermally conductive material.

The application discloses a high-efficiency magnesium nitrate denitration device, which is characterized by being provided with a magnesium nitrate solution buffer tank and an M-shaped baffle distribution plate, the M-shaped baffle distribution plate comprises a center plate, two wing return plates and end baffle plates, the center plate and the baffle plates are horizontally arranged and are each provided with a protruding cofferdam at an outer edge, the two wing return plates are provided with fluid holes and are arranged at an angle with the center plate and the baffle plates, the outer edges of the two wing return plates in the axial direction are also provided with cofferdams, and the axial ends of the two wing return plates are open; the buffer tank can effectively buffer the scouring impact force of heavy component magnesium nitrate due to height difference, meanwhile, the sawtooth structure at the upper end of the tank body can make the magnesium nitrate solution uniformly overflow to the M-shaped baffle distribution plate, so that the corrosion and scouring damage of the magnesium nitrate heater tube can be reduced from the source, and the service life of the heat exchange equipment is prolonged; and the M-shaped baffle distribution plate can prolong the flow and residence time of the solution on the M-shaped baffle distribution plate, so that the denitration effect is improved.

The utility model relates to evaporator technical field especially for a kind of evaporator device applied to heat pump system, including evaporator shell, the both ends of evaporator shell are equipped with head, one of the head is equipped with heat medium inlet, the other head is equipped with heat medium outlet, the top of evaporator shell is equipped with refrigerant medium inlet, the bottom of evaporator shell is equipped with refrigerant medium outlet, refrigerant medium inlet and refrigerant medium outlet are about the vertical center line of evaporator shell symmetrical alternation distribution, the inside of evaporator shell is equipped with several heat exchange pipes, the both sides outside of heat exchange pipe is equipped with oil return mechanism. The device can pass through the mode of indirect heat exchange, so that heat medium flows in heat exchange pipe, and infiltrates in refrigerant medium, to reach the purpose of sufficient heat exchange, and lubricating oil can be recycled under the action of oil return mechanism, reduce lubricating oil accumulation in evaporator.

Disclosed herein is a low-pressure drop ethylbenzene evaporator, comprising a double-layer structure consisting of a heat exchange unit and a gas-liquid separation unit, the upper layer and the lower layer thereof being connected via an intermediate pipe. The top of the gas-liquid separation unit is provided with an exhaust pipe, and the bottom is provided with a separated liquid return pipe. The heat exchange unit comprises a housing side and a heat exchange pipe, the bottom of the housing side being provided with a liquid flow inlet, and a low-pressure vapor feed pipe being disposed on a side wall of the housing side, located below the heat exchange pipe and close to the position of the heat exchange pipe. In an energy saving process for ethylbenzene vaporization of the present application, a large amount of heat is recovered by means of a main cooler to generate a vapor at 6-32 kpaA, which is used for primary vapor distribution of the ethylbenzene vaporizer design of the present application after being pressurized by a compressor, and is used to replace supplemental 0.21 MPaG low-pressure vapor for a vapor pipe network of a related device, greatly reducing consumption of low-pressure steam in the reaction system, as well as decreasing the amount of circulating water used in the device. The process only consumes the power consumption of a compressor, and saves a large amount of low-pressure vapor and circulating water.

An evaporator includes: a cylindrical member 10 through which a heating medium can flow; a heat exchange structure provided on a radially inner side of the cylindrical member 10; and a jacket member 30 provided on a radially outer side of the cylindrical member 10 with a space so as to define a flow path for a liquid and a vapor thereof, the jacket member 30 having a feed port 31 for a liquid M1 and a discharge port 32 for a vapor.

An evaporator includes: a cylindrical member through which a heating medium can flow; a heat exchange structure provided on a radially inner side of the cylindrical member; and a jacket member provided on a radially outer side of the cylindrical member with a space so as to define a flow path for a liquid and a vapor thereof, the jacket member having a feed port for a liquid and a discharge port for a vapor.

The present application provides a kind of evaporator, can stably generate steam, and manufacture easily, durable reliability is high, can be miniaturized.Evaporator has: tubular member (10), which can be supplied heating medium flow-through;Heat exchange structure, which is configured to the radial inner side of tubular member (10);And sheath member (30), it is spaced apart in the manner of forming the flow path of liquid and its steam and is configured to the radial outer side of tubular member (10), and has the supply port (31) of liquid (M1) and the exhaust port (32) of steam.

An evaporator includes: a cylindrical member 10 through which a heating medium can flow; a heat exchange structure provided on a radially inner side of the cylindrical member 10; and a jacket member 30 provided on a radially outer side of the cylindrical member 10 with a space so as to define a flow path for a liquid and a vapor thereof, the jacket member 30 having a feed port 31 for a liquid M1 and a discharge port 32 for a vapor.

To provide an evaporator that can stably generate steam, is easy to manufacture, has high durability and reliability, and can be miniaturized. [Solution] The evaporator comprises a cylindrical member 10 through which a heating medium can flow, a heat exchange structure arranged radially inside the cylindrical member 10, and a jacket member 30 arranged radially outside the cylindrical member 10 at intervals to form a flow path for liquid and its vapor, and having a liquid supply port 31 and a vapor outlet 32.

This utility model discloses a rotating tube-side enhanced evaporator for an evaporation system. The main equipment includes a heat exchange tube side connected to it in a rotating pair. The heat exchange tube side comprises a steam distribution chamber, a condensate collection chamber, and several rotating tube bundles. The heat exchange tube side is fixed to a horizontally positioned rotating main shaft. The rotating main shaft has through holes on the tube walls corresponding to the steam distribution chamber and the condensate collection chamber. Both ends extend from detachable flat covers on both sides of the main equipment, pass through bearing supports, and are connected to metal hoses via rotary joints. One end serves as the heating steam inlet, and the other end as the steam condensate outlet. The rotating main shaft is located outside the main equipment, near the heating steam inlet, and is connected to a rotating power output device via a mechanical transmission chain, which drives its rotation. The rotating main shaft is equipped with stirring blades. This utility model more effectively enhances heat transfer, reduces the risk of scaling through stirring and rotation, and is more conducive to long-term operation of the equipment.