| Document |
Document Title |
|
JP2021524571A |
Heat exchangers for heat exchange between fluid streams incorporate rotational features that control the passage of the streams. [Selection diagram] Fig. 10
|
|
JP6933414B2 |
This invention is a further recovery system for residual heat of flue gas. The recovery system comprises a housing of upright thin-wall hollow tubular shape (1), a rotating core (2) coaxially installed in the upper part of the housing (1...
|
|
JP6915216B2 |
A basket for an air preheater includes two metallic frames each having two corner pieces and two connector pieces. For each frame, one of the connector pieces is secured to one end of each of the corner pieces and another of the connecto...
|
|
JP6912035B2 |
A seal assembly includes a leaf assembly and a supplemental leaf assembly. The leaf assembly includes a first leaf having a first base section. The first base section defines a first fastening area for securing the first leaf to a diaphr...
|
|
JP6889152B2 |
A seal assembly includes a leaf assembly and a supplemental leaf assembly. The leaf assembly includes a first leaf having a first base section. The first base section defines a first fastening area for securing the first leaf to a diaphr...
|
|
JP6858764B2 |
A heat transfer sheet for a rotary regenerative heat exchanger includes a plurality of rows of heat transfer surfaces each being aligned with a longitudinal axis extending between first and second ends thereof. The heat transfer surfaces...
|
|
JP2021025756A |
To disclose a high-efficiency and intelligent automatic processing facility for a rotor of a rotary heat exchanger, and its operation method.This high-efficiency and intelligent automatic processing facility for a rotor of a rotary heat ...
|
|
JP6812090B2 |
A gas to gas heat exchanger 110 equipped with heat transfer element cleaning system 160, effluent collector hopper 162 and effluent collector hopper cleaning system 164 is provided. The heat transfer element cleaning system 160 is useful...
|
|
JP6772589B2 |
To provide a deposit determination device for efficiently determining the degree of adhesion of a deposit to a heat reservoir of an air preheater.A deposit determination device 10 determines the degree of adhesion of a deposit to a heat ...
|
|
JP6760517B2 |
Provided is an energy storage device (100), including: a first heat exchanger (130) configured to exchange heat between gas and solid particles; a gas supplier (110) configured to supply gas to the first heat exchanger; a heater (124) co...
|
|
JP6658875B2 |
A cold energy storage evaporator is used in a vehicle refrigeration cycle device configured to cool a vehicle compartment. The cold energy storage evaporator includes a refrigerant tube through which a refrigerant flows, and a cold energ...
|
|
JP2019143918A |
To provide a rotary air preheater which can efficiently prevent a block caused by an acid ammonium sulfate while saving energy, and a block prevention method of the rotary air preheater.A rotary air preheater 4 comprises: a rotary heat e...
|
|
JP6211526B2 |
A heat exchange matrix includes a plurality of generally planar foils including a water retaining material, arranged in spaced, substantially parallel relationship. Each foil defines a main plane having a flow direction and a transverse ...
|
|
JP2017172867A |
To provide a rotary heat exchanger capable of easily replacing a heat transfer element.In a rotary type heat exchanger 1 in which a plurality of baskets 4 accommodating plate-shaped heat transfer elements 3 are accommodated in a rotor ho...
|
|
JP6180407B2 |
Heat transfer sheets (70) for a rotary regenerative heat exchanger (10) have a alternating first and second undulation surfaces (71,81). The first and second undulation surfaces (71,81) are composed of parallel ridges (75,85) angled in a...
|
|
JP6150679B2 |
|
|
JP6142895B2 |
A switching device sequentially switches from having an evaporator-condenser generate an adsorbate and an adsorbent adsorb the adsorbate, to having an evaporator-condenser condense the adsorbate and an adsorbent desorb the adsorbate, suc...
|
|
JP6107445B2 |
|
|
JP2017048973A |
To provide a heat transfer element laminated body for a low temperature layer improved in durability.A heat transfer element laminated body laminates a plurality of heat transfer elements for a rotary regenerative heat exchanger. Each he...
|
|
JP6088909B2 |
|
|
JP2016169931A |
To provide a heat exchanger having a function for efficiently cleaning attached sublimates and impurities, in particular, in being used under an environment where the sublimates and impurities easily attach.In a heat exchanger including ...
|
|
JP5996597B2 |
To provide a rotary regenerative air preheater capable of efficiently preventing corrosion (ash erosion) of diaphragm and grating caused by friction with fine particles of coal ash and the like included in an exhaust gas.A rotary regener...
|
|
JP5973517B2 |
To provide a seal mechanism of an air preheater which reduces the component replacement frequency.A seal mechanism of an air preheater includes: a carbon body 5 for securing airtightness with a lower surface 5a contacting with sealing ba...
|
|
JP5959606B2 |
|
|
JP5908027B2 |
A heat transfer sheet (360) for a rotary regenerative heat exchanger is shaped to include sheet spacing features (59), which provide spacing between adjacent heat transfer sheets (360), and undulation surfaces (368) in the sections betwe...
|
|
JP5811478B2 |
The present invention discloses a rotary gas-gas heat exchanger with an isolating air curtain structure of a leak-free sealing system. The rotary gas-gas heat exchanger comprises: a shell (2); a rotor (1), which is arranged in said shell...
|
|
JP5777671B2 |
Disclosed is a heat transfer assembly for a rotary regenerative preheater. The heat transfer assembly, includes, a plurality of heat transfer elements stacked in spaced relationship to each other in a manner such that each notch from a p...
|
|
JP5717409B2 |
|
|
JP5713884B2 |
A rotary regenerative heat exchanger has a structure in which a rotor accommodating a heat storage body such as a heat transfer element is rotated inside a housing, the heat storage body is heated by means of a high-temperature heating f...
|
|
JP5662545B1 |
To exchange total heat to and from temperature and humidity, no hygroscopic agent or moisture adsorbent is required. Not only are many of them inadequate in their ability to transfer moisture, but the use of these materials also impedes ...
|
|
JP5656979B2 |
A heat transfer sheet (360) for a rotary regenerative heat exchanger is shaped to include sheet spacing features (59), which provide spacing between adjacent heat transfer sheets (360), and undulation surfaces (368) in the sections betwe...
|
|
JP5656999B2 |
A rotary regenerative heat exchanger (1) employs heat transfer elements (100) shaped to include notches (150), which provide spacing between adjacent elements (100), and undulations (corrugations) (165,185) in the sections between the no...
|
|
JP2014234983A |
To prevent occurrence of a problem such as contact of a center plate or a casing with a rotor even if water enters a heat retention material.A regenerative air preheater comprises: a rotor 3 including a heat transfer element 2 and rotati...
|
|
JP2014085102A |
To provide a respiratory organ type ventilation system in which a ventilation unit changes over aspiration and evacuation for prescribed time to generate an air flow.This invention relates to a respiratory organ type ventilation system c...
|
|
JP5408629B2 |
An air preheater 100 is described having an air damper assembly 162 that partially restricts an air inlet 130 and a flue gas damper assembly 152 that partially restricts flue gas inlet 124 during periods of reduced boiler load. Restricti...
|
|
JP2013200051A |
To provide a heat exchange rotor capable of reducing a heat loss caused by heat exchange by suppressing the heat exchange on primary and secondary sides accompanied by heat transmission between the primary and secondary sides during a ro...
|
|
JP5231526B2 |
A heat exchanger heat transfer element basket assembly (500) for receiving heat transfer element plates (850) therein. The heat exchanger heat transfer element basket assembly (500) includes first and second one-piece side straps (520a, ...
|
|
JP2012225566A |
To provide a heat control device capable of accurately deciding that heat storage material failure occurs, in the decision whether the heat storage material failure occurs.A heat storage material 6 having completed addition of water is h...
|
|
JP2012526964A |
A heat exchanger 500 for transferring heat between a first gas flow 28, such as flue gases, and a second gas flow 34, such as air or oxygen, includes a housing 514 having a first inlet plenum 520 for receiving the first gas flow 28, a fi...
|
|
JP4897456B2 |
|
|
JP4759837B2 |
To prevent gas leakage generated on a seal part in a hydrogen supply apparatus provided with a rotary heat exchanger. A hydrogen supply apparatus has a low temperature fluid passage A, a high temperature fluid passage B provided with com...
|
|
JP4706303B2 |
|
|
JP4696358B2 |
To prevent abrasion of a rotary heat regenerative body and a sealing members while keeping sealing efficiency of a rotary regenerative heat exchanger which performs heat exchange between high-temperature fluid and low-temperature fluid a...
|
|
JP4660587B2 |
Disclosed is a harmful material treatment system for recovering the energy and removing the harmful material in the process of treating the gas containing the harmful material generated in the multiplex utilization facility, in the displ...
|
|
JP4639485B2 |
|
|
JP4581044B2 |
|
|
JP4569059B2 |
To improve the strength of a seal member for sealing the leakage of fluid between passages in a rotary heat storage type heat exchanger having a rotary heat storage body. The rotary heat storage type heat exchanger, having a rotary heat ...
|
|
JP4540147B2 |
To reduce a dioxin resynthesis amount of combustion exhaust gas of a fluidized bed type waste combustion device. A fluidized bed type waste combustion device 1 is formed such that waste 5 is charged on a fluidized bed 3 heated in a combu...
|
|
JP4469848B2 |
The invention relates to a rotating heat exchanger (1) with a rotatably mounted rotor (3), comprising a first flow sector (4), for external (5) and supply air (6) and a second flow sector (7), for exhaust (8) and venting air (9), through...
|
|
JP4434674B2 |
To provide a heat storage type heat exchanger that can easily cancel the increase in pressure difference due to adhesion of fly ash, etc. onto a heat storage body without stopping operation of a combustion device such as industrial furna...
|
