TH64310A - Absorption cooling system that superheated, superheated, short circuit. - Google Patents

Abstract

DC60 (20/02/47) The superheated absorbing refrigerant short circuit is the output result. New designs that have never appeared anywhere before. And a system that provides a high coefficient of performance Than conventional absorption cooling systems and can be applied in industry The new absorption cooling system is characterized by the following: Lithium bromide solution Inside the first set of refrigerant separators It is heated by a heating source and releases high-pressure steam. This high-pressure steam flows into the ejector, causing the superheated steam generated by the saturated steam from The evaporator flows through the heat exchanger inside the absorption unit and is absorbed into the mixing chamber. Of ejector After that, the mixed steam will flow into the condenser through the separation device. Second set of cooling To heat the lithium bromide solution inside the separation device, Second coolness Until allowing steam to flow into the condenser as well Water obtained by condensing steam Will flow through the expansion device It then flows into the evaporator to receive heat from the source to be cooled. The steam from the evaporator is split into two. In which the first part will be sucked into the ejector through Heat exchanger inside the absorption unit And the other part is absorbed by a lithium solution. Bromide inside the absorbent pack For the cycle of lithium bromide solution, it starts with the concentrated lithium bromide solution. In the absorbent kit, the water vapor from the evaporator is absorbed until the diluted solution is sent to the separation device. The first and the second coolness Through the heat exchanger of each set After that substance The diluent of the lithium bromide is heated inside each refrigerant separation device to The high pressure steam is extracted until the concentration is increased. And flows through the heat exchanger to Absorption unit to get the steam from the evaporator again. An absorption cooling system that absorbs the superheated refrigerant for short circuits as a result of the design work. A new type that has never appeared in the past. And a system that provides a high coefficient of performance Than conventional absorption cooling systems and can be applied in industry The new absorption cooling system is characterized by the following: Lithium bromide solution Inside the first set of refrigerant separators It is heated by a heating source and releases high-pressure steam. This high-pressure steam flows into the ejector, causing the superheated steam generated by the saturated steam from The evaporator flows through the heat exchanger inside the absorption unit and is absorbed into the mixing chamber. Of ejector After that, the mixed steam will flow into the condenser through the separation device. Second set of cooling To heat the lithium bromide solution inside the separation device, Second coolness Until allowing steam to flow into the condenser as well Water obtained by condensing steam Will flow through the expansion device It then flows into the evaporator to receive heat from the source to be cooled. The steam from the evaporator is split into two. In which the first part will be sucked into the ejector through Heat exchanger inside the absorption unit And the other part is absorbed by a lithium solution. Bromide inside the absorbent pack For the cycle of lithium bromide solution, it starts with the concentrated lithium bromide solution. In the absorbent kit, the water vapor from the evaporator is absorbed until the diluted solution is sent to the separation device. The first and the second coolness Through the heat exchanger of each set After that substance The diluent of the lithium bromide is heated inside each refrigerant separation device to The high pressure steam is extracted until the concentration is increased. And flows through the heat exchanger to Absorption unit to get the steam from the evaporator again.

Claims (1)

: DC60 (20/02/47) The superheated absorption refrigerant short circuit is the output work. New designs that have never appeared anywhere before. And a system that provides a high coefficient of performance Than conventional absorption cooling systems and can be applied in industry The new absorption cooling system is characterized by the following: Lithium bromide solution Inside the first set of refrigerant separators It is heated by a heating source and releases high-pressure steam. This high-pressure steam flows into the ejector, causing the superheated steam generated by the saturated steam from The evaporator flows through the heat exchanger inside the absorption unit and is absorbed into the mixing chamber. Of ejector After that, the mixed steam will flow into the condenser through the separation device. Second set of cooling To heat the lithium bromide solution inside the separation device, Second coolness Until allowing steam to flow into the condenser as well Water obtained by condensing steam Will flow through the expansion device It then flows into the evaporator to receive heat from the source to be cooled. The steam from the evaporator is split into two. In which the first part will be sucked into the ejector through Heat exchanger inside the absorption unit And the other part is absorbed by a lithium solution. Bromide inside the absorbent pack For the cycle of lithium bromide solution, it starts with the concentrated lithium bromide solution. In the absorbent kit, the water vapor from the evaporator is absorbed until the diluted solution is sent to the separation device. The first and the second coolness Through the heat exchanger of each set After that substance The diluent of the lithium bromide is heated inside each refrigerant separation device to The high pressure steam is extracted until the concentration is increased. And flows through the heat exchanger to Absorption unit to get the steam from the evaporator again. An absorption cooling system that absorbs the superheated refrigerant for short circuits as a result of the design work. A new type that has never appeared in the past. And a system that provides a high coefficient of performance Than conventional absorption cooling systems and can be applied in industry The new absorption cooling system is characterized by the following: Lithium bromide solution Inside the first set of refrigerant separators It is heated by a heating source and releases high-pressure steam. This high-pressure steam flows into the ejector, causing the superheated steam generated by the saturated steam from The evaporator flows through the heat exchanger inside the absorption unit and is absorbed into the mixing chamber. Of ejector After that, the mixed steam will flow into the condenser through the separation device. Second set of cooling To heat the lithium bromide solution inside the separation device, Second coolness Until allowing steam to flow into the condenser as well Water obtained by condensing steam Will flow through the expansion device It then flows into the evaporator to receive heat from the source to be cooled. The steam from the evaporator is split into two. In which the first part will be sucked into the ejector through Heat exchanger inside the absorption unit And the other part is absorbed by a lithium solution. Bromide inside the absorbent pack For the cycle of lithium bromide solution, it starts with the concentrated lithium bromide solution. In the absorbent kit, the water vapor from the evaporator is absorbed until the diluted solution is sent to the separation device. The first and the second coolness Through the heat exchanger of each set After that substance The diluent of the lithium bromide is heated inside each refrigerant separation device to The high pressure steam is extracted until the concentration is increased. And flows through the heat exchanger to Absorption unit to get the steam from the evaporator again. (Number One), which will appear on the advertisement page: This superheated, short-circuit absorption refrigerant is characterized by the presence of an ejector added to the cooling system. A typical double-effect absorbing coolant is characterized by the placement of an ejector in an absorption cooling system that absorbs the hot refrigerant. Superficial short circuit is as follows The inlet for the high pressure fluid (19) is connected to the separation device. The first cooler (1), the inlet for the low pressure fluid (23) is connected to the coil (3) inside the absorber unit (8) and the fluid outlet.