石油化工应用
石油化工應用
석유화공응용
PETROCHEMICAL INDUSTRY APPLICATION
2012年
3期
10-11,30
,共3页
沙东南-渤中地区%馆陶组%砂岩%储层%水资源量
沙東南-渤中地區%館陶組%砂巖%儲層%水資源量
사동남-발중지구%관도조%사암%저층%수자원량
Shadongnan-Bozhong region%Guantao formation%sand reservoir%water resource
海上油田对注入水质要求严格、水源研究日趋重要。沙东南-渤中地区为渤海油田重要产区,注入水源充足与否直接决定着油田开发生产是否顺利。本次针对该地区,对主要水源目的层馆陶组进行了水资源量评价研究工作。馆陶组储层系统研究表明,馆陶组砂岩虽然分布广、但厚度变化大、物性非均质性强,具体油田馆陶组水源条件因此有所差异。采用容积法对沙东南-渤中地区馆陶组储层水资源量进行了计算,该区馆陶组水资源量为3366×10^8m^3,其中Ng1段水资源量为840×10^8m^3;Ng2段水资源量为483×10^8m^3;Ng3段水资源量为2043×10^8m^3总体水资源量比较充沛,能够满足沙东南一渤中地区各油田长期开发对水资源的需要,但分布复杂,需要针对具体油田进行深入研究。
海上油田對註入水質要求嚴格、水源研究日趨重要。沙東南-渤中地區為渤海油田重要產區,註入水源充足與否直接決定著油田開髮生產是否順利。本次針對該地區,對主要水源目的層館陶組進行瞭水資源量評價研究工作。館陶組儲層繫統研究錶明,館陶組砂巖雖然分佈廣、但厚度變化大、物性非均質性彊,具體油田館陶組水源條件因此有所差異。採用容積法對沙東南-渤中地區館陶組儲層水資源量進行瞭計算,該區館陶組水資源量為3366×10^8m^3,其中Ng1段水資源量為840×10^8m^3;Ng2段水資源量為483×10^8m^3;Ng3段水資源量為2043×10^8m^3總體水資源量比較充沛,能夠滿足沙東南一渤中地區各油田長期開髮對水資源的需要,但分佈複雜,需要針對具體油田進行深入研究。
해상유전대주입수질요구엄격、수원연구일추중요。사동남-발중지구위발해유전중요산구,주입수원충족여부직접결정착유전개발생산시부순리。본차침대해지구,대주요수원목적층관도조진행료수자원량평개연구공작。관도조저층계통연구표명,관도조사암수연분포엄、단후도변화대、물성비균질성강,구체유전관도조수원조건인차유소차이。채용용적법대사동남-발중지구관도조저층수자원량진행료계산,해구관도조수자원량위3366×10^8m^3,기중Ng1단수자원량위840×10^8m^3;Ng2단수자원량위483×10^8m^3;Ng3단수자원량위2043×10^8m^3총체수자원량비교충패,능구만족사동남일발중지구각유전장기개발대수자원적수요,단분포복잡,수요침대구체유전진행심입연구。
The water quality injected in offshore oilfield is very strict and the water resource study is more and more important. Shadongnan-Bozhong region is one of important oil&gas plays in Bohai Bay Basin. Whether there is enough water injected or not will have great effect on the production of oilfield. Aiming at the problem, the water resource of Guantao formation is evaluated. Systematic investigation shows that sandstone of Guantao formation distributes widely and has distinct thickness with different property and permeability. Different oilfield in this area therefore has different water resource condition. Then the water resource of Guantao formation is calculated with the volumetric method. The result is that the total water resource of Guantao formation is up to 3 366×10^8m^3, of which the water resource of Ngl is 840×10^8m^3,Ng2 has 483×10^8m^3,and the water resource of Ng3 is 2 043×10^8m^3.In all the water resource is enough for the oilfield production of Shadongnan-Bozhong region. However water resource distribute law is very complex and further study must be done when some oilfield in the area is developed.