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Resultados 26 resultados LastUpdate Última actualización: 30/07/2016 [20:02:00] pdf PDF




Solicitudes de Patente publicadas en los últimos 30 días / Patent Applications published in the last 30 days



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Spiralförmiger gewendelter Erdwärmetauscher aus PE Rohr zur Aufnahme von Erdwärme oder Abgabe von Wärme aus/an die Erde

Nº publicación: DE102015000924A1 28/07/2016

Solicitante:
KRIPPNER-STROBEL ANJA [DE]

Resumen de: DE102015000924A1

Wärmetauscher zur Aufnahme oder zur Abgabe an das Erdreich der durch ein spiralförmig gewendeltes Rohr gebildet ist, dadurch gekennzeichnet, dass die Rohre in 5 PU-Schaumleisten eingeschäumt sind.



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COLD HEAT ENGINE

Nº publicación: US2016209082A1 21/07/2016

Solicitante:
YANG ONG KIAN [MY]

Resumen de: US2016209082A1

The present invention provides a cold heat engine designed to work at a lower temperature compared to the environment temperature which allows for zero fuel consumption and emission. Substances such as acetone or methanol can be used to obtain a required result. The cold heat engine earns mechanical energy by the expansion of the second substance in high temperature and compression in low temperature. The cold heat engine also comprises a container and a heat exchanger, where the heat exchanger is designed to exchange heat energy.



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UNDERGROUND HEAT EXCHANGE SYSTEM

Nº publicación: US2016209083A1 21/07/2016

Solicitante:
UNIV SEOUL INDUSTRY COOP FOUND [KR]

Resumen de: KR101462251B1

Provided is an underground heat exchange system including: a geothermal heat exchange part having a double pipe structure buried under the ground in order to change the state of a heat exchange medium to an available state; a medium collection part to collect the heat exchange medium, the sate of the heat exchange medium being changed to a waste heat state through a user consumption place through the geothermal heat exchange part, the collected heat exchange medium being circulated to the geothermal heat exchange part; and a plurality of circulation path, so that energy consumption can be saved for the circulation of the heat exchange medium and the burdens on construction, management, and maintenance costs can be reduced. The medium collection part includes first and second storage places spaced from each other at two stages in a vertical direction, and a lifting pump is provided on the first circulation path between the first and second storage places. The second storage place is provided higher than the first storage place. The geothermal heat exchange part increases the area and the time of the contact of terrestrial heat to the heat exchange medium to increase the heat exchange efficiency.



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种调温式干式变压器装置

Nº publicación: CN105788807A 20/07/2016

Resumen de: CN105788807A

本发明涉及种调温式干式变压器装置,属于干式变压器领域.包括壳体,设于壳体内的干式变压器,设于壳体内的换热器,离地面2.5?6m深的土中的地热装置;地热装置获取地热并将地热经换热器传递给干式变压器.同时能够良好的适应加热腔的形状,在不使用加热器的是时;候能够凝固,有效的防止电加热器漏电,危害人身安全,同时还能够防止冷却管内的介质溢出的情况,有效的延长了换热器的使用寿命.本换热器通过的换热器的设计增大了吞吐量,提高换热器中的流量,兼顾了换热效率和进出效率,有利于换热器的小型化生产和使用.



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种智能调温式干式变压器

Nº publicación: CN105788806A 20/07/2016

Resumen de: CN105788806A

本发明涉及种智能调温式干式变压器,属于干式变压器领域.包括壳体,设于壳体内的干式变压器,设于壳体内的换热器,离地面3?5m深的土中的地热装置;地热装置获取地热并将地热经换热器传递给干式变压器;换热器包括换热管,喷气头,鼓风机,换热管包括冷却腔,散热腔;,加热腔,鼓风机通过管道连接散热腔的端,散热腔的另端通过管道连接喷气头,该喷漆头与干式变压器相对;冷却腔的端通过换热水泵连接水箱,另端通过过滤器连接水箱;所述加热腔内设有电加热器;在壳体上还设有用于控制地热装置和换热器的MCU.其结构简单,使用和;生产方便,能够有效提高是设备的生产效率,其加热器的设计能够换热器制冷.



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SYSTEM AND METHOD OF USING GRAPHENE ENRICHED PRODUCTS FOR DISTRIBUTING HEAT ENERGY

Nº publicación: EP3044530A2 20/07/2016

Solicitante:
RENEW GROUP PRIVATE LTD [SG]

Resumen de: WO2015036866A2

A system and method of using GEPs to conduct and distribute heat energy. The system includes at least one heat energy source, at least one GEP, a system for extracting heat energy through the GEP, and a system for distributing the heat energy extracted through the GEP. The present invention can include a variety of heat sources including geothermal, solar, nuclear, chemical, magmatic, or electrical energy. The present invention can include a variety of devices to engage the heat source. The present invention can also include a variety of conduits upon which graphene is applied or combined to form GEPs. The system for extracting heat energy can include a variety of devices, such as heat exchangers, boilers, turbines, thermocouples, or thermoelectric generators.; The system for distributing heat energy can include a computer controlled manifold or regulator for dividing the heat energy extracted through the heat source. The system for distributing heat energy can include a variety of devices for converting the heat energy into other forms of energy including electricity, steam, mechanical, potential, kinetic, elastic, conduction, convection, chemical, nuclear, or incandescence.



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Ground-air heat exchanger

Nº publicación: PL415144A1 18/07/2016

Solicitante:
POLITECHNIKA SWIETOKRZYSKA [PL]

Resumen de: PL415144A1

Gruntowy wymiennik ciepla zawierajacy kolektor usytuowany w gruncie ponizej strefy przemarzania, charakteryzuje sie tym, ze pod poziomo usytuowanym kolektorem górnym (17), zainstalowany jest drugi, poziomo usytuowany kolektor dolny (19), a obok kolektorów poziomych zainstalowany jest kolektor pionowy (5), korzystnie w postaci studni, który polaczony jest instalacja hydrauliczna z wymiennikiem ciepla (10). Kolektor dolny (19) wyposazony jest w zawór spustowy (4) usytuowany w górnej warstwie cieczy wypelniajacej kolektor pionowy (5). Kolektor górny (17) wyposazony jest w zawór zwrotny (3) poboru cieczy, usytuowany w górnej warstwie cieczy wypelniajacej pionowy kolektor (5).; Instalacja odprowadzajaca ciecz z wymiennika ciepla (10) wyposazona jest w zawór trójdrogowy (6) laczacy wymiennik (10) z kolektorem dolnym (19) i kolektorem pionowym (5), a wymiennik ciepla (10) wyposazony jest w zawór spustowy (2) cieczy i zawór zwrotny (1) poboru cieczy, które usytuowane sa w dolnej warstwie cieczy wypelniajacej pionowy kolektor (5).



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A METHOD FOR THE CONVERSION OF ENERGY USING A THERMODYNAMIC CYCLE WITH A DESORBER AND AN ABSORBER

Nº publicación: US2016201521A1 14/07/2016

Solicitantes:
CLIMEON AB [SE]
CLIMEON AB [SE]

Resumen de: WO2015034418A1

The invention relates to a method is provided which allows the generation of high temperatures, e.g. above 120 DEG C and maximum 200 DEG C and low temperatures, e.g. below minimum minus 20 DEG C, from waste heat or geothermal heat or similar heat sources having a temperature of between 20 and 70 DEG C. The method may use essentially pure carbon dioxide as primary working fluid in an essentially closed loop as described in previous disclosures, alternatively low boiling solvents are employed. The common feature of different embodiments is that the system operates at least partly, specifically in the absorber or cold side of the process, below atmospheric pressure (1 bar). In the method a heat pump or heat transformer is realized within the technical boundaries mentioned above. The invention also relates to the use of the method in combination with a district heating system for elevating the temperature of the district heating medium or for electricity production on demand.



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METHOD FOR THE REGENERATION OF THE PRIMARY ENERGY STORE OF A BRINE WATER HEAT PUMP

Nº publicación: WO2016109861A2 14/07/2016

Solicitante:
MASSWOHL JOSEF [AT]

Resumen de: WO2016109861A2

The invention relates to a method for the regeneration of the primary energy store (1) of a brine water heat pump (4), in which an air brine heat exchanger (3), which is designed preferably as a metallic finned heat exchanger, is connected in series into the primary circuit of the brine water heat pump (4), in such a way that the brine pump (6) is operated even when the refrigeration circuit of the heat pump (4) is deactivated. In this way, the space requirements for the primary energy store (1) can be reduced to a fraction of a conventional surface collector. The air brine heat exchanger (3) is preferably operated with exclusively natural air movement.



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ENERGY SYSTEM

Nº publicación: US2016201948A1 14/07/2016

Solicitante:
SASIE LTD [GB]

Resumen de: WO2015014951A2

Storage of excess energy on a domestic or small scale as a result of input feeds from solar panels and like can be problematic. Furthermore ensuring such panels operate at best temperatures can be difficult by operating through a controller a heat pump and such panels or other sources of energy such as anaerobic digesters excess heat can be stored in a ground mass below the system for use in maintaining heating as well as operation of the panels at best temperatures.



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Wärmetauscher, insbesondere zum Aufnehmen von Erdwärme

Nº publicación: DE102015000385A1 14/07/2016

Solicitante:
HOLZAMMER KUNSTSTOFFTECHNIK UND SENGENTHALER HOLZ- UND HEIMWERKERBEDARF GMBH [DE]

Resumen de: DE102015000385A1

Bei einem Wärmetauscher, insbesondere zum Aufnehmen von Erdwärme, der einen zwischen einer insgesamt flächigen Oberschale und einer insgesamt flächigen Unterschale ausgebildeten Innenraum enthält, der einen von einem Einlassanschluss zu einem Auslassanschluss des Wärmetauschers führenden Flüssigkeitspfad bildet, sind die Oberschale (22; 122) und die Unterschale (24; 124) gewellt ausgebildet und bilden sich abwechselnde nebeneinander angeordnete Scheitelbereiche (18) und Talbereiche (20), wobei die Scheitelbereiche und Talbereiche der Oberschale (22) über den Scheitelbereichen und Talbereichen der Unterschale (24) angeordnet sind, so dass der Flüssigkeitspfad in einer zu einer Erstreckungsfläche des Wärmetauschers senkrechten Projektion wellenförmig ist.



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种以二氧化碳为传热介质的地温空调及其使用方法

Nº publicación: CN105757859A 13/07/2016

Resumen de: CN105757859A

本发明属于地温空调技术领域,涉及种以二氧化碳为传热介质的地温空调及其使用方法,地层内钻有井筒,井下换热器浸没在地下水中,井下换热器的侧通过入井管线与二氧化碳循环泵连接,另侧与第节流阀连接,第节流阀通过地面管线分别与第二节流阀和第三节流;阀连接,第二节流阀和第三节流阀分别连接第空调器和第二空调器,第空调器和第二空调器并联后与二氧化碳循环泵连接;二氧化碳循环泵和第二空调器之间的管线外层,井下换热器和第节流阀之间的管线外层均包覆有保温层,二氧化碳储罐和二氧化碳循环泵之间;安装有第四节流阀,其结构简单,不需要气液转化与分离设备,传热介质易得,环境友好,成本低,有利于节能减排.



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COAXIAL GROUND HEAT EXCHANGER AND METHOD FOR INSTALLING SAID GROUND HEAT EXCHANGER IN THE GROUND

Nº publicación: RU2014150551A 10/07/2016

Resumen de: WO2013170389A2

The invention relates to a coaxial ground heat exchanger which has a central core tube (11) that is preferably provided with a thermally insulating casing and an outer tube that delimits an annular gap (15) which extends radially outwards from the core tube (11), the core tube (11) and the annular gap (15) being designed such that a flowable heat transfer medium can flow through. The outer tube is formed by a tubular expandable cover (14) that directly adjoins a wall (2) of a ground heat exchanger borehole (1) when the heat exchanger is installed. The invention also relates to a method for introducing a coaxial ground heat exchanger (10) into a ground heat exchanger borehole (1).



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HEAT PUMP, SMALL POWER PLANT AND HEAT PUMP METHOD

Nº publicación: US2016195314A1 07/07/2016

Solicitante:
EFFICIENT ENERGY GMBH [DE]

Resumen de: WO2008095676A2

A heat pump comprises a first section (10) for evaporating a working fluid at a first pressure, for compressing (16) the evaporated working fluid to a second higher pressure and for condensing (18) the compressed working fluid in a condenser, and a second section for compressing (1100) the liquid working fluid to a third pressure which is higher than the second pressure, for evaporating (1102) the working fluid that is compressed to the third pressure, for relaxing (1106) the evaporated working fluid to a pressure that is lower than the third pressure to generate electric current (1108) and for condensing (18) the relaxed evaporated working fluid in the condenser.



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WALL ASSEMBLY WITH PHOTOVOLTAIC PANEL

Nº publicación: US2016197580A1 07/07/2016

Solicitantes:
NANEFF BORIS [CA]
MANCINI ROBERT [CA]
LISK LES [CA]
HOOD JOHN [CA]

Resumen de: WO2011047484A1

A wall assembly including a power generation subassembly having one or more body elements and one or more photovoltaic power generation modules. Each photovoltaic power generation module includes one or more photovoltaic panel with photovoltaic cells for converting light energy into electricity, being adapted to operate at an operating temperature within a range of operating temperatures, and means for attaching the photovoltaic panel to the body element. The wall assembly also includes one or more loop circuits adapted to permit flow of a heat transfer medium therethrough. Each loop circuit is at least partially engaged with the power generation subassembly for transfer of heat energy therebetween via conduction for moderating the operating temperature of the photovoltaic cells.



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ENERGY SYSTEM FOR DWELLING SUPPORT

Nº publicación: US2016194997A1 07/07/2016

Solicitante:
MCALISTER TECHNOLOGIES LLC [US]

Resumen de: US2016194997A1

The present disclosure is directed to a system and method of providing energy to a dwelling. An engine is housed within an inner tank, which is in turn housed within an outer tank. The engine provides electricity which is used for a dwelling. Exhaust fumes from the engine are piped through a series of heat-exchanging tubes within the outer tank to heat potable water within the outer tank. Water enters the potable tank at a bottom of the tank, and warms as it rises through the outer tank toward an outlet near a top of the outer tank. Hot, potable water is provided from the top of the outer tank to the dwelling. Condensate from the exhaust is captured and used as potable water. Heat, vibration, and acoustic energy from the engine is captured by the fluid in the inner tank and transferred to the outer tank.



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GEOTHERMAL PROBE WITH MIXING ELEMENTS

Nº publicación: US2016195304A1 07/07/2016

Solicitante:
DYNAMIC BLUE HOLDING GMBH [DE]

Resumen de: WO2015044142A1

The invention relates to a geothermal probe (10) for exchanging heat between ground surrounding the geothermal probe (10), in which the geothermal probe (10) is arranged in the operating state, and a heat transfer fluid. The geothermal probe (10) comprises an inflow pipe (12) with an inflow pipe inner surface (16) and an outflow pipe (18), arranged therein, with an outflow pipe outer surface (19), characterized in that between the inflow pipe inner surface (16) and the outflow pipe outer surface (19) there is formed an annular space (15) that is entered by the heat transfer fluid in laminar flow. At least two mixing elements (20) are arranged at a distance from one another in the annular space (15). The mixing elements (20) bring about a repeated alternation between laminar flow of the heat transfer fluid and mixing.



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A GEOTHERMAL ENERGY PLANT AND A METHOD FOR ESTABLISHING SAME

Nº publicación: EP3039354A1 06/07/2016

Solicitante:
GEOVARME AS [NO]

Resumen de: WO2015030601A1

A plant for exploiting geothermal energy by circulating water or another fluid through a non-porous geological formation at a substantial depth below the earth surface, comprising multiple heat absorbing / production holes penetrating the said formation, with a total length of several kilometers and spaced more than 50 m apart. The production holes are connected to the surface by one single combined supply and return hole in which upward and downward flow is separated by a pipe comprising an insulating material and a seal. At the given positions of the common supply and return hole manifold zone designs connect the hole to the multiple production holes. The supply and return holes and production holes are closed circuits for transport of a fluid such as water through the said formation. A method for designing and establishing the plant is also disclosed.



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MULTISOURCE GEOTHERMAL AIR-CONDITIONING DEVICE ON DIFFUSIVE WALL

Nº publicación: EP3040641A1 06/07/2016

Solicitante:
PROVOST FRANCK [FR]

Resumen de: FR3031169A1

Dispositif de climatisation passif multi source destiner à chauffer ou climatiser totalement ou partiellement un bâtiment ou une habitation à destination passive (B), comprenant un collecteur échangeur double effet dit 'géothermie sur mur technique diffusif' (E), ledit collecteur étant constitué d'un ou plusieurs serpentins (E',E") connectés entre eux ayant fonction de collecteur échangeur dans un sandwich terre à inertie (T) canalisation d'air (E) sur mur diffusif (MD), le dispositif pouvant être relié à un équipement VMC (V) ou fonctionner en autonomie d'insufflation d'air avec son propre ventilateur embarqué, en ce que ledit collecteur (E) réalise son premier gain d'échange géothermique avec la formation massique de terre qui l'entoure (T), en parallèle et dans le même temps, de façon à assurer son deuxième gain d'échange thermique,; le collecteur est fixé au contact sur toute sa surface contre des caissons alvéolaires diffusants encapsulés de résine (C) formant une zone technique de mur diffusif (MD) en vis-à-vis du collecteur (E), ledit mur diffusif (MD) est chargé par l'intérieur de l'habitat d'un matériau isolant et diffusif amovible (C3), le dispositif collecteur échangeur (C) avec son mur diffusif (MD) formant un ensemble solidarisé à un bâtiment taluté en vis-à-vis d'une formation massique de terre à haute inertie en contrefort (T). Le dispositif est destiné à équiper tous bâtiments ou habitations talutés entièrement ou p



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新风预处理地热交换系统

Nº publicación: CN105737308A 06/07/2016

Resumen de: CN105737308A

一种新风预处理地热交换系统,它包括通过通风管路连通的室外新风取风部分,地热交换部分和室内新风处理部分三部分,其特征是室外新风取风部分设置于地上,室外新风取风部分包括自上而下依次布置且连通的新风口,粗效过滤装置,中效过滤装置,静电除尘装置;,固体除湿装置;地热交换部分包括地埋管,设置于地埋管上的温度测点,气动清洗装置预留口和流量测点;室内新风处理部分包括新风机组,排水管,新风阀门,静压箱,新风管道.



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一种利用干热岩热能的高效清洁能源供热系统

Nº publicación: CN105737232A 06/07/2016

Resumen de: CN105737232A

一种利用干热岩热能的高效清洁能源供热系统,包括处于干热岩层内的装有热媒的若干管式金属换热器,管式金属换热器的热媒出口与热媒循环泵通过管道相连,热媒循环泵与地面换热器热媒入口通过管道相连,地面换热器热媒出口与管式金属换热器的热媒入口通;过管道相连;还包括用户端,用户端出水口与水循环泵通过管道相连,水循环泵与地面换热器入水口通过管道相连,地面换热器出水口与用户端入水口通过管道相连.本系统提供了一种利用干热岩热能的高效清洁能源供热系统,有效的利用了清洁能源,不污染地下水,开;发过程无污染物排放,运行费用低,适用面广.



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太阳能地热能综合利用墙体系统

Nº publicación: CN105737397A 06/07/2016

Resumen de: CN105737397A

本发明涉及一种太阳能地热能综合利用墙体系统.由太阳能集热板,热辐射板,太阳能热水箱,保温隔热层,建筑墙体,热辐射反射层,气流通道,玻璃幕墙,通风窗,循环管,温度传感器,控制器构成,建筑墙体内表面为热辐射板,热辐射板与建筑墙体之间为保温隔热层,建筑墙体;外表面贴热辐射反射层,建筑墙体外侧为玻璃幕墙,玻璃幕墙设置上通风窗和下通风窗,热辐射反射层与玻璃幕墙之间的气流通道内设置太阳能集热板和太阳能热水箱,温度传感器设于太阳能热水箱内,控制器控制阀门开启或关闭和控制上通风窗下通风窗开启或关;闭.本发明利用太阳能热水和地热水为冷热源,可实现建筑在不同季节所需保温,隔热,供暖,供冷以及供全年生活热水的功能.



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Erdwärmesondenrohr.

Nº publicación: CH710540A2 30/06/2016

Solicitante:
HAKA GERODUR AG [CH]

Resumen de: CH710540A2

Die vorliegende Erfindung betrifft ein Erdwärmesondenrohr für eine Erdwärmesondenanlage. Das Erdwärmsondenrohr ist dadurch gekennzeichnet, dass es mindestens teilweise aus einem Material gebildet ist, welches ein aus zwei oder mehreren verschiedenartigen Monomeren gebildetes Copolymer enthält, wovon ein erstes Monomer Propen und ein zweites Monomer ein Olefin mit mindestens 6 Kohlenstoffatomen ist, oder welches im Wesentlichen aus dem Copolymer besteht.



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METHOD FOR HEATING AND COOLING BUILDINGS

Nº publicación: EA201600157A1 30/06/2016

Resumen de: WO2015165476A1

The invention relates to methods for autonomously heating and cooling buildings using low-potential sources. The method is carried out by recovering low-potential heat from the ground using a closed circulation system with a heat carrier. The same heat carrier is used for cooling a building during the summer, wherein heat is accumulated in the ground, which prevents the depletion of heat flow from the ground and eliminates the risk of the ground freezing. The low-potential heat carrier is circulated between an inner siding and an outer siding in a specially laid pipeline, or within a framework of a building to be heated; the framework is positioned between the inner siding and the outer siding, forming a non-removable formwork, and the outer siding is thermally insulated from the inner siding. The aim consists in avoiding an increase in the temperature potential of a low-temperature heat carrier, doing away with complex technical equipment and doing away with a volumetric radiator heating system. The aim also consists in preventing the depletion of heat flow from the ground and eliminating the risk of the ground freezing.



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地熱抽出の促進方法及び地熱抽出促進型閉ループ循環地熱発電システム

Nº publicación: JP2016118078A 30/06/2016

Resumen de: JP2016118078A

(課題)多量の地熱を長期安定的に抽出して利用できる地熱抽出の促進方法と,当該地熱抽出促進方法を応用した閉ループ循環型の地熱発電システムを提供する.(解決手段)高温岩体1または高温地層中を水圧破砕してフラクチャー14を形成した後に,熱伝導促進用;プロパント14を混入させてフラクチャー14の支持と,フラクチャー14内への熱伝導促進用プロパント15の圧入浸透による地熱伝熱経路の構成を行った後に,熱伝導率の高い耐熱材で構成された熱交換促進用多孔体10または複数の熱交換板の集合体を有する地熱抽;出促進用熱交換器3を挿入して,地熱伝熱経路と密着させることで,地熱抽出面積の増大と高温岩体1または高温地層中から地熱抽出用熱交換器3までの地熱の熱伝導向上を図り,地熱抽出と熱交換を促進する.(選択図)図1


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