高產油井 的英文怎麼說
中文拼音 [gāochǎnyóujǐng]
高產油井
英文
barreler- 高 : Ⅰ形容詞1 (從下向上距離大; 離地面遠) tall; high 2 (在一般標準或平均程度之上; 等級在上的) above...
- 產 : Ⅰ動詞1 (人或動物的幼體從母體中分離出來) give birth to; be delivered of; breed 2 (創造財富; 生...
- 油 : Ⅰ名詞1 (脂肪; 油脂) oil; fat; grease 2 (姓氏) a surname Ⅱ動詞1 (用桐油、油漆等塗抹) apply t...
- 井 : Ⅰ名詞1 (從地面往下鑿成的能取水的深洞) well 2 (形狀像井的東西) sth in the shape of a well 3 (...
- 油井 : oil well
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Also the theoretical basis of the method have been checked through simple deducing simulation and the influences of various physical parameters on the method have been studied. it is shown that the method is theoretically reliable for the production oil wells without very high production rate and is more suitable in field production for oil wells ( i ) in area with bigger geothermal gradient ; ( ii ) producing fluids ( oil and water ) with distinguish thermal characteristics ; ( iii ) producing oil with lower heat capacity or water with higher heat capacity ; ( iv ) with good surface measurement accuracy, as well as the method h as certain requirements on the accuracy of the temperature and flowmeter logs sensors
就該產出剖面方法的理論基礎進行了簡單的正演模擬和可能影響該方法的各項物理參數進行了全面的考察,結果表明,該方法對于非高產的生產油井來說在理論上是可靠的,在實際生產中適合於( 1 ) 、油井所在地區地溫梯度較大的油井; ( 2 ) 、油水熱特性差別較大的油井; ( 3 ) 、油比熱容值偏低水比熱容值偏高的油井; ( 4 ) 、井口計量精度較高的油井,並且對井溫測井和流量測井的傳感性精度有一定的要求。The sand control sieve tube of the model fs - 1 2, is a kind of oil well sand control new high - tech product that our company developed
Fs 1 2型防砂篩管,系我公司研製的一種油井防砂高新技術產品。The main products range is various forged fasteners, pressed hardware and machining parts, inclusing non - standard bolt, high strength bolt, steel - strcture bolt, stude screws, double arming bolt, u - bolt or l - blot, tower bolt and other bolt, with hex head or square one according to the customer " s requirement
該公司的主要產品為熱鐓成型的各種緊固件和五金沖壓件具體類型:高強度螺栓、鋼結構螺栓、普通外六角螺栓、內六角螺栓、地角螺栓、雙頭螺栓、 「 u 」或「 l 」型螺栓、電力鐵塔螺栓、鐵路道釘、高速公路護攔螺栓、油井上用的各種專用螺栓和汽車配件。The whitebait salangid the wire and cable line : it has over 30 various enterprises which produce medium - high voltage electric cables, controlling cables, cables for ships, bearing probing cables, light - fiber cables, computer s cables and fire - resist cable, and white ant - proof cables
生產110千伏交聯電纜核電站電纜油井探測電纜消防耐火電纜船用橡膠電纜等20多個系列1000多個品種,產銷能力達20多億元,擁有一批高新技術企業和高新技術產品,系華東地區聞名的「電纜之鄉」 。Since the commercial oil flow being obtained in bulate fractured reservoir by fracturing well bei 10 in 2001, daqing oilfield company ltd. has speeded up the exploration of this kind of reservoir in hailaer basin
摘要自2001年貝10井首次在布達特裂縫性儲層壓裂改造后獲得高產工業油流以來,大慶油田公司加大了對海拉爾盆地該類儲層的勘探力度。When the new ipr is used to direct the design of suction parameters of rod pumping wells, the oil wells can run at the reasonably flowing pressure and the maximal liquid output, which is of important significance to raising economic effects of low permeability oil field
應用新型油井流入特性曲線指導油井抽汲參數設計,確保油井在合理流壓下生產,可以實現油井產量最大化,提高低滲透油田開發的經濟效益。Abstract : the stimulation treatment of & quot; loosening rock by the dilatancy of explosive waves & quot; is tested in the casing well 4242 for studying its result and its influence on casing. the result of the field test shows that this test is successful in technology, the oil production of the well is 4 times as much as that of it before the test ; the deformation of casing is local, and the result of the strength calculation shows that the deformation will not destroy casing
文摘:為了研究「壓脹松動」增產技術的增產效果和對套管的影響,在延長石油管理局子長油礦對4242井進行了現場實驗.該技術採用強動載波在地層深處疊加的方法,造成壓脹條件,松動巖石,增大近井帶滲透率,提高油井產量.施工后,該井產量增加為原來的4倍多.本次實驗工藝上是成功的,首先是按設計要求引爆了炸藥,其二是由於採取了保護措施,使套管變形局限在施工段處,不影響下泵,不影響油井生產;套管強度校核分析也證明了套管不會破壞.施工后地質效果明顯This article introduces the handle object and applied conditionetc. using the software the amount of test work can be decreased, the designing level of oilfiel surface technology canbe hightened, the practicality of the design raised, the production technology condition can be improved or optimized and the economic effency enhanced
氣舉是中原文東油田的主要採油方式.針對該油田連續氣舉開發過程中出現的注入氣利用效率低,綜合效益差的問題,建立了在供氣能力有限時的優化配氣數學模型,並給出了解析法求解過程.現場試驗表明,應用該技術可以實現連續氣舉井的合理配氣並提高油井產量,適合在油田推廣應用The measurement of oil / water two - phase flow is primarily accomplished by the combination of total flow rate and holdup measurement, and at present, the rotator flowmeter is used to measure the total flow rate. since the rotator flowmeter has movable parts, which makes its responsibility behave nonlinearly under poor environment of me under hole whose fluids have very complex and changeful characteristics and affects the measurement precision. what ' s more, the widely used centralized measurement instrumentation meets problems in oil wells characterized with high production or high water cuts
通常油水兩相流測量主要是通過總流量和持率的測量組合來完成的,目前在總流量的測量中主要使用的是渦輪流量計,由於渦輪流量計具有可動部件使其在流體特性復雜多變的惡劣井條件下的響應呈非線性變化規律,影響測量精度,此外,普遍採用的集流型測試儀器在高產井及含水率高的油井中使用也遇到困難,為此,一種新型的適合非集流型點測的測試方法和測試儀器亟待發展和推廣。As compared with the conventional straight well, the horizontal well can greatly increase the contact area between well and reservoir, change the filtrational mode in the vicinity of wellbore in the reservoir and reduce filtrational resistance, thus obtaining higher oil and gas production by a relatively low producing pressure difference
摘要同常規的垂直井相對比,採用水平井開采能夠大幅度增加油氣井與油氣藏的接觸面積,改變油氣藏中井筒附近區域的滲流方式,降低滲流阻力,進而可以利用較低的生產壓差來實現更高的油氣產量。Field use and test shows that, ( 1 ) the coupler drive system improves the soft characteristics in the starting and transmission of the pumping unit ; ( 2 ) the new drive system solves the problems of drive slippage and frequent change of rubber belt ; ( 3 ) it provides large transmission rate and enables adjusting the stroke number optionally ; ( 4 ) the system efficiency of the pumping unit can be improved and power consumption can be lowered by using the coupler drive system
現場應用測試表明: ( 1 )耦合器傳動系統可改善抽油機啟動和傳動中的軟特性,提高整機和抽油桿的使用壽命; ( 2 )解決了抽油機膠帶傳動中打滑「丟轉」和頻繁更換膠帶等問題; ( 3 )實現了抽油機大傳動比,沖次任意可調,從而滿足供液不足油井和稠油注蒸汽生產井的不同需要; ( 4 )可提高抽油機系統效率2 . 24 % ,日耗電量下降39 . 6 % 。All wells are arranged in the order of the unit variable cost from low to high. the well whose unit variable cost is smaller than or equals the threshold of unit variable cost and the new well whose unit variable cost is high go into production
全廠單井(除撈油井)按單位變動成本由低到高排序,把中、低成本井、高成本可轉撈油井、高成本新井和長期撈油井作為投產單井,投產單井產量總和為優化產量。As a general artificial lifting extraction mode, mechanical pump well has taken an important role in the world oil extraction for its proven technique, reliable performance and well adaptability, for underground reserves decreasing year - by - year, percent of water increasing year after year, in order to keep high and stable yields, restrict management ways and efficient technical measures must be taken in daqing oil field
機械採油井作為常規的人工舉升開采方式,由於其技術成熟便於掌握,工作性能可靠,適應性較強,因而在當今世界各國油田生產中佔有舉足輕重的地位。在大慶油田,由於地下儲量在逐年減少,含水逐漸上升,在這種情況下,要繼續保持油田高產穩產,必須採取嚴格的管理辦法和有效的技術手段,確保油田高產穩產。At present, liaohe oilfield is in its middle and late stages of exploration and development, which means it is more difficult to keep a stable production. in recent years, a series of stimulation measures such as reperforation, water plugging and so on have been taken in different parts of the field to improve oil production and relax the natural depletion
目前,油田勘探和開發均已進入中、後期,穩產難度越來越大,為了阻止原油產量的遞減,近幾年遼河油田在全油區都不同程度地加大了進攻性措施的工作量,對油井採用了補層、堵水等一系列技術措施,大大的提高了油井的產量,有效的緩解了全油田產量的自然遞減。Under the guidance of new principles and methods of modern sedimentology, detrital petrography, reservoir geology, diagenesis, this thesis has carried out detailed study on paleogene formation correlation, sedimentary environment, characteristics of sedimentary facies and diagenesis of the eastern kuche depression, tarim basin, dina area being taken as the main target of the study. based on the core, geology logging, log and seismic data from 9 typical wells, combined with the data of the adjoining area, the dominant sedimentary types of the study area have been recognized and illustrated, such as fan - delta, lacus and normal delta. in terms of the analysis on the sedimentary facies of typical and connecting wells in different areas and facies belt, together with the paleogene tectonic evolution characteristics of foreland basin, the distribution and evolution of the sedimentary facies of the study area have been clearly discovered both vertically and laterally
通過對該區9口井的巖芯、錄井、測井、地震資料及鄰區資料的分析,識別並闡述了庫車坳陷東部下第三系的幾種主要的沉積相類型,如扇三角洲相、湖泊相和正常三角洲相;通過對不同地區、不同相帶典型井及連井的沉積相分析,結合前陸盆地在下第三系的構造演化特點,弄清了迪那地區下第三系沉積相的縱橫相發育展布和演化規律,並建立了沉積相模式;同時,初步開展了成巖作用、儲層孔隙演化和儲層發育模式的研究工作,科學合理地解釋了現今迪那地區下第三系儲產層主要發育在粉砂巖中的特殊現象,首次建立了下第三系儲層的發育演化模式,為庫車坳陷東部地區進一步尋找下第三系大儲量、高產油氣藏和有利的勘探區塊提供科學的、可靠的和最直接的地質依據。In this paper, the author explains the cross well technology series that suits for the bohai bay area that combines oilfield production with cross well seismic acquisition, processing and result analysis, therefore, a key technical method was provided for oilfield development in eor and determination of residual oil distribution
本文主要結合油田的實際生產,從井間地震的野外採集、資料處理、效果分析等方面總結出一套適合渤海灣地區的井間地震技術系列方法,從而為油田開發提高採收率、挖掘剩餘油分佈方面提供了一項主要的技術方法。In order to enhance the stability of production plan and the economic efficiency, this paper proposes the route : “ collecting the primitive data of wells - > the forecast of wells ’ output and cost - > forms the budget plan - > sifting wells to form the initial plan - > forms the revision plan - > forms the final plan "
為提高採油廠配產計劃的嚴肅性和經濟效益,本文提出按照「收集單井數據產量和成本預測形成預算方案篩選單井形成初步方案形成修正方案形成執行方案」的路線,實現產量成本優化配置。Simulation results shows that water cut increases rapidly after coning control to the level before coning control and oil production increases a little but too little compared with the production loss during oil well shut - in
還通過數值模擬方法對壓錐效果進行了研究,模擬結果顯示,壓錐后油井的含水快速升高至壓錐前的水平,油井產量雖略有提高,但與壓錐期間油井關井損失的產量相比,仍然得不償失。The statistics on the measured data in a oil - field shows the submergence depth and discharge coefficient are very low, some key measures for improving discharge coefficient and sucker rod pump performance are presented ; the applications of discharge coefficient to practice are illustrated with examples
通過對某具體油田區塊測試數據分析,指出該區塊油井存在沉沒度、排量系數低的現象,提出了提高抽油泵排量系數、改善工作性能的措施。舉例說明了排量系數計算在生產管理中的應用。Strategies for prevention and treatment of well blowout and for protection of high productive oil and gas reservoirs
積極保護高產油氣藏科學防治井噴對策分享友人