B. Styward, R. Wijaya, D. Manalu, F. Wahyudhi, T. Setiawan, Albert Malvin Richal Dading, M. Rizal, T. Widarena, Geraldie Lukman, I. Primasari, Putu Astari Merati, Rizka Hezmela, M. Fuad, C. Nwafor, Liu Hai, Pratyush Singh
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引用次数: 1
摘要
Pertamina Hulu Energi公司在Mahakam三角洲运营着许多从松散致密砂岩中开采天然气的井。该公司坚持零出砂政策,因为其地面设施不是为处理砂而设计的。如果出砂,井就会堵塞,从而影响整个油田的产量。为了将砂石和细砂固定到位,主要的防砂方法是多层单趟砾石充填,有时在非经济层使用固砂或陶瓷筛管。然而,目前Tunu浅层组合的现状使得砂体固结不可行,因为超过50%的剩余储层要么是低风险(即不经济),要么位于低渗透层。在这种背景下,砂团被认为是开采剩余储层的另一种解决方案。已经进行了一项试验,以评估在马哈坎三角洲使用砂团技术作为砂固结的替代方案的可行性,本文将对其结果进行审查。
Sand Conglomeration Trial as an Alternative to Sand Control: Case Study from Mahakam Delta, Indonesia
Pertamina Hulu Energi operates numerous wells that produce gas from unconsolidated, tight sands in the Mahakam Delta. The company maintains a zero-sand production policy as its surface facilities are not designed to handle sand. If sand is produced, the wells are choked back, thus impairing the overall field production. To fix sand and fines in place, the primary sand control method used has been multizone single-trip gravel packing, sometimes in conjunction with sand consolidation or ceramic screen for noneconomic zones. However, the current state of the Tunu shallow portfolio renders sand consolidation infeasible, as more than 50% of the remaining reservoirs are either low-stakes (i.e. not economical) or are located in low-permeability zones. Against this backdrop, sand conglomeration is being considered as an alternative solution to produce the remaining reservoirs. A trial has been conducted to assess the feasibility of using sand conglomeration technology as an alternative to sand consolidation in the Mahakam Delta, the results of which will be reviewed in this paper.