专利检索_ .从多层井中开采专利检索_ .从多层井中开采专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
181	利用可能な廃熱を用いてハイドレート貯留層から炭化水素を生産する方法及びシステム	JP2015033177	2015-02-23	JP2015121093A	2015-07-02	バルチェウスキー、ジョン、ティー.
【課題】炭化水素含有地下ハイドレート貯留層から炭化水素を生産する方法及びシステムを開示する。【解決手段】廃熱を回収し、炭化水素含有ハイドレート地層に移動させて、ハイドレートを天然ガスと水に解離させる。廃熱は、ガス液化油(GTL)プラント、液化天然ガス(LNG)プラント、電気又は動力発生プラント及び地下貯留層から他の従来型又は非従来型炭化水素を生産する陸上又は沖合施設などの地表施設から発生する熱でありうる。或いは、廃熱は、炭化水素含有生産井及び加熱された水を生産する地熱井などの地下貯留層から得ることができる。【選択図】図1
182	Method and system of joint production and processing of hydrocarbons from natural gas hydrate and conventional hydrocarbon reservoir	JP2011525119	2009-08-24	JP5559793B2	2014-07-23	ジョーンズ、エムリーズ; バルチェブスキー、ジョン、ティー．

183	Method for producing hydrocarbons from hydrate reservoir using available waste heat and system	JP2011544555	2009-12-28	JP2012514148A	2012-06-21	バルチェウスキー、ジョン、ティー．
炭化水素含有地下ハイドレート貯留層から炭化水素を生産する方法及びシステムを開示する。廃熱を回収し、炭化水素含有ハイドレート地層に移動させて、ハイドレートを天然ガスと水に解離させる。廃熱は、ガス液化油（ＧＴＬ）プラント、液化天然ガス（ＬＮＧ）プラント、電気又は動力発生プラント及び地下貯留層から他の従来型又は非従来型炭化水素を生産する陸上又は沖合施設などの地表施設から発生する熱でありうる。或いは、廃熱は、炭化水素含有生産井及び加熱された水を生産する地熱井などの地下貯留層から得ることができる。
184	Apparatus for optimizing the production of multi-phase fluid	JP2001515418	2000-08-03	JP4084042B2	2008-04-30	ヘイ，アーサー，ディー．

185	Pollutant removal method and apparatus	JP13704096	1996-05-30	JP3884793B2	2007-02-21	アール．マンチニアルフォンソ; エヌ．ダフニーエリオット; エフ．トーマサージョン; エム．フバースコット; ティー．サロッティマイケル; エー．ウィリアムズリチャード; イー．ヘスロナルド

186	Pollutant removal method and apparatus	JP9709895	1995-04-21	JP3786987B2	2006-06-21	エヌ．ドゥフニーエリオット; エム．ヒューバースコット; エム．トーナトーポウル; イー．ヘスロナルド

187	Apparatus and method for drilling and finishing a multi-type wells	JP51559295	1994-09-16	JP2799522B2	1998-09-17	コリンズ・ジェイ・ゲアリー; ボードイン・アーヴィン

188	Process for removing contaminants and apparatus therefor	JP13704096	1996-05-30	JPH08332476A	1996-12-17	RICHIYAADO EE UIRIAMUZU; RONARUDO II HESU; MAIKERU TEII SAROTSUTEI; JIYON EFU TOOMASAA; SUKOTSUTO EMU FUBAA; ERIOTSUTO ENU DAFUNII; ARUFUONSO AARU MANCHINI
PROBLEM TO BE SOLVED: To provide a process for removing contaminants from sheet, groundwater and soil and apparatus therefor. SOLUTION: A borehole is provided in the contaminated area, a perforated riser pipe 44 is placed in the borehole, a vacuum extraction pipe 30 with an opening arranged inside of the perforated riser pipe 44 is instaled within the perforated riser pipe 44, and a packing 61 is instaled in a portion of the annular space between the vacuum extraction pipe and the perforated riser pipe 44. And gases and liquid are introduced from the subsurface to the packing 61 by applying a vacuum to the vacuum extraction pipe 30, and the gases and the liquid are transported to the surface as a common stream, and a stream which is primarily liquid and a stream which is primarily gaseous are formed, and contaminants are removed from at least one of the liquid stream and the gaseous stream.
189	JPS5943636B2 -	JP9654777	1977-08-11	JPS5943636B2	1984-10-23	TOOMASU EDOWAADO SHUWAGAA; JOSEFU AUERII BAAKUHAATO

190	Pumping of underground water	JP12226982	1982-07-15	JPS5837241A	1983-03-04	BERI ERIASU RAIYONEN
The invention concerns a procedure for drawing water from a ground water store in such manner that the water obtained will contain the least possible amount of iron or manganese compounds, of hardness-inducing salts or of other detrimental impurities occurring in the ground water. The procedure is intended for use in those cases commonly encountered in practice where there is stratification in the occurrence of impurities in the ground water, and according to it at least two separate lifting pipes are inserted in the soil in different layers in accordance with the way in which the contents of impurities vary in different layers. From the lifting pipes water of different quality is then obtained, and the invention implies that water is simultaneously drawn with both lifting pipes, but only the water from that lifting pipe is conducted to normal consumption which is of better quality. The significance of the lifting of inferior quality water lies therein that thereby is reduced the water mixing between different layers, whereby the quality of the water conducted to consumption is constantly good.
191	Secondary oil recovering system	JP10628282	1982-06-22	JPS5811291A	1983-01-22	GEIRII EDOWAADO TATORU

192	JPS4965302A -	JP6546473	1973-06-12	JPS4965302A	1974-06-25

193	자동-조정식 유입 제어 장치	KR1020147006392	2012-09-14	KR1020140074890A	2014-06-18	조우,샤오후아
유입 제어 장치는 표면 아래의 유체 저장부로부터 생산 배관 스트링으로의 유체 유동율을 제어한다. 유입 제어 장치는 저장부 유체로부터의 입자상 물질을 제거하기 위한 입자 스크린과, 적어도 두 개의 유동 제한기를 포함한다. 유동 제한기는 유입 제어 장치의 원주방향으로 반대쪽에 위치하고 그리고 격리된 유체 통로에 의해 연결된다. 유동 제한기는, 저장부 유체가 큰 물-대-오일이나 또는 가스-대-오일 비를 가질 때, 저장부 유체의 유동율을 제한한다. 유입 제어 장치는 또한 적어도 한 개의 압력 강하 장치를 포함하고, 상기 압력 강하 장치는 저장부에서의 유체 압력에 응답하여 저장부 유체에 대해 압력 강하를 발생시킨다. 유입 제어 장치는 또한 저장부 유체의 유동이 차단될 수 있게 되고 유입 제어 장치가 홀에서 제 위치에 있으면서 입자 스크린이 세정될 수 있게 되는 쵸킹 기기(choking apparatus)를 포함한다.
194	채수관	KR1020120088825	2012-08-14	KR101278691B1	2013-06-24	김규상; 이치형; 임원근; 이상엽
PURPOSE: A water sampling pipe is provided to ensure the accuracy of measurement and to facilitate water sampling by positioning a strainer in a fracture zone for pulling out only the casing to prevent the collapse of the fracture zone. CONSTITUTION: A water sampling pipe comprises a casing(100), a first joint(200), a second joint(300), and a strainer(400). The first joint is integrally installed in the lower end of the casing. The outer circumference of the first joint is formed with a hooking protrusion(230). The second joint is formed with a hooking groove in order to be attached to or detached from the lower end of the first joint by horizontally rotating. The strainer is positioned in a fracture zone due to the separation of the first and second joints when pulling out the casing after forming a tubular well.
195	다단 채수장치 및 그 방법	KR1020110118683	2011-11-15	KR101144285B1	2012-05-11	김규상; 이치형; 임원근; 이상엽
PURPOSE: A multi-stage water sampling device and a multi-stage water sampling method are provided to selectively discharge underground water existing in each layer to the outside. CONSTITUTION: A multi-stage water sampling device comprises a casing(100), multiple packers(200), water outlet units(300), and measurement units(400). The casing is vertically inserted into a tube well formed in the ground. The packers are inflated by water pressure supplied from the outside. The water outlet units are inserted into the hollow of the casing and pumps underground water existing in each layer of the tube well to the ground. The measurement units are inserted into the hollow of the casing and measure the state information of the underground water.
196	천연 가스 하이드레이트 저장소 및 기존 탄화수소 저장소로부터 탄화수소의 공동 생산과 가공 방법 및 시스템	KR1020117006925	2009-08-24	KR1020110046568A	2011-05-04	존스,엠리스; 발크제브스키,존,티.
복수의 탄화수소 함유 저장소로부터 탄화수소를 생산하는 방법, 시스템 및 상기 시스템을 개발하는 방법이 기술된다. 상기 시스템은 적어도 하나의 기존 탄화수소 저장소 및 적어도 하나의 천연 가스 하이드레이트 저장소를 포함한다. 상기 시스템은 또한 상기 적어도 하나의 탄화수소 저장소 및 상기 적어도 하나의 천연 가스 하이드레이트 저장소와 유체 연통되는 물 분리 장치를 포함한 생산 설비를 포함한다. 상기 생산 설비는 제1 기존 탄화수소 저장소 및 제2 천연 가스 하이드레이트 저장소로부터 수령한 탄화수소와 물을 동시에 분리할 수 있다. 상기 적어도 하나의 탄화수소 저장소 및 상기 적어도 하나의 하이드레이트 저장소는 동시에 개발될 수 있다. 그렇지 않으면, 적어도 하나의 하이드레이트 저장소를 후에 개발하고, 이후 상기 생산 설비와 유체 연결될 수 있다.
197	수팽창부재를 이용한 관정 오염방지장치	KR2020060000538	2006-01-09	KR200413971Y1	2006-04-14	임철호
본 고안은 수팽창부재를 이용한 관정 오염방지장치에 관한 것으로, 관정 내에 수팽창부재가 구비된 관체를 설치함으로써, 관정 내 물이나 습기에 의하여 수팽창부재가 팽창되어 관정의 암반층 벽면과 관체의 외측면이 더욱 견고하게 밀착 고정되어, 간단하고 효과적으로 관정의 오염을 방지할 수 있는 효과가 있다. 관정, 관체, 연결관, 수팽창부재
198	지하 영역에 접근하기 위한 방법 및 3차원 정 시스템	KR1020057004253	2003-09-09	KR1020050042501A	2005-05-09	쥬파니크,죠셉,에이.
A drainage system for accessing multiple subterranean zones (20A, 20B, 20C) from the surface includes an entry well (30) extending from the surface. The system also includes two or more exterior drainage wells (40) extending from the entry well through the subterranean zones. The exterior drainage wells each extend outwardly and downwardly from the entry well for a first selected distance and then extend downwardly in a substantially vertical orientation for a second selected distance.
199	INDEXING STIMULATING SLEEVE AND OTHER DOWNHOLE TOOLS	EP15193544.2	2015-11-06	EP3018285B1	2018-12-26	GONZALEZ, Dick S.; GARCIA, Cesar G.
A downhole tool (100) is responsive to passing objects and applied fluid pressure. A plugless valve (120) in the tool (100) is operable from an unobstructed condition to an obstructed condition unobstructing the tool's bore (104) to an obstructed condition obstructing the tool's bore (104) to the applied fluid pressure. An indexer (130) counts the objects passing through the tool's bore (104) and permits operation of the plugless valve (120) from the unobstructed to the obstructed condition in response to the counted number. The applied fluid pressure in the bore (104) obstructed by the plugless valve (120) can then communicate outside the tool (100) via at least one port (106). The plugless valve (120) can have a movable insert that moves relative to a flapper. The indexer (130) can use ratcheting dogs, collet, J-slot, electronic sensor, and other components to count the passing objects.
200	Casing valves system for selective well stimulation and control	EP10155974.8	2007-01-25	EP2189622B1	2018-11-21	Tips, Timothy R.; Curington, Alfred R.
Casing valves for selective well stimulation and control. A well system (10) includes at least one valve (22,24,26,28) interconnected in a casing string (21) operable via at least one line external to the casing string to selectively control fluid flow between an exterior and interior of the casing string, and the casing string, valve and line being cemented in a wellbore. A method of selectively stimulating a subterranean formation includes: positioning a casing string in a wellbore, the casing string including spaced apart valves operable via a line to selectively control fluid flow between an interior and exterior of the casing string; and for each of multiple intervals of the formation in sequence, stimulating the interval by opening a corresponding one of the valves, closing the remainder of the valves, and flowing a stimulation fluid from the casing string into the interval.

5 6 7 8 9 10 11 12 13 14

该功能需要专业版企业版VIP权限，您可以：