哈里伯顿和 Ensign 将在澳大利亚陆上部署北美式页岩钻探实践

2024 年 9 月 10 日

(WO) — Empire Energy Group Limited 已与 Ensign Australia 和 Halliburton 签订钻井合同,为澳大利亚陆上 EP187 的 Carpentaria-5H(“淐-5H”)井提供钻井服务。 

少尉钻机 965

Ensign 钻井合同。在对澳大利亚合适的钻井平台进行详细的商业和技术尽职调查以及竞争性招标程序后,Empire 已聘请Ensign Rig 965在 Beetaloo 盆地许可证 EP187 中钻探、套管和悬挂 C-5H 井。C-5H 的钻探预计将于 2024 年 10 月下旬开始。

在候选名单中,965 号钻井平台被确定为商业上操作和调动效率最高的钻井平台,因其近期在澳大利亚陆上钻探类似油井的良好记录和经验丰富的工作人员而备受青睐。

965 号钻机是 ADR-1500 型三重钻机,吊钩载荷为 750,000 磅。与之前的钻井活动相比,该钻机将缩短钻井时间,并可下 5 陆英寸套管。该钻机型号在澳大利亚各地钻探类似长度的井方面有着良好的记录。965号钻机有能力钻探超出 Carpentaria-5H 计划总深度的井,并在必要时具有备用作业能力。

哈里伯顿服务协议。Empire还与哈里伯顿澳大利亚有限公司签订了一项合同,对 C-5H 计划中的水平生产段进行约 60 个阶段的压裂刺激。

哈里伯顿将为C-5H项目的实施提供综合服务包,其中包括增产、电缆和连续油管。  

结合本地和国际的页岩知识,哈里伯顿将调动超过 44,000 个 HHP 来执行北美风格、高效的 60 阶段压裂计划,包括辅助服务。 

C-5H 压裂作业预计在钻机释放后不久开始。

C-5H 将与 Carpentaria-2H 和 Carpentaria-3H 在同一钻井平台上钻探,目标是 Velkerri B 页岩,并采用 5 英寸套管完成。这三口井将成为 Carpentaria 试点项目的一部分,Empire 预计将于 2025 年中期为该项目输送第一批天然气(需获得监管机构批准才能销售测试天然气)。 

C-5H 将成为 Empire 已钻探和压裂的最长的水平页岩井,目标是实现约 3,000 米的水平段和约 60 个压裂阶段。 

C-5H 将整合北美页岩类似物的最佳完井实践,并吸取 Carpentaria-2H 和 Carpentaria-3H 的经验。该井的目标是:

  • 执行卡奔塔利亚试点项目的开发规模;
  • 优化压裂设计,提高产能;
  • 进行长期生产测试,制定适合长水平井的卡奔塔利亚型曲线,以供开发规划使用,以及
  • 开始从 Beetaloo 盆地销售天然气。

 

原文链接/WorldOil

Halliburton, Ensign to deploy North American-style shale drilling practices onshore Australia

September 10, 2024

(WO) – Empire Energy Group Limited has executed drilling contracts with Ensign Australia and Halliburton to provide drilling services for the Carpentaria-5H (“C-5H”) well in EP187, onshore Australia. 

Ensign Rig 965

Ensign drilling contract. Following detailed commercial and technical due diligence of suitable rigs in Australia and a competitive tender process, Empire has engaged the Ensign Rig 965 to drill, case and suspend the C-5H well in Beetaloo basin permit EP187. The drilling of C-5H is expected to commence in late October 2024.

Of the candidate list, Rig 965 was determined to be the most commercially efficient to operate and mobilize with a strong track record of recent performance drilling similar wells onshore Australia and an experienced crew.

Rig 965 is an ADR-1500 model triple rig with a 750,000 lbs hook load. This rig will reduce drilling time from previous campaigns and run 5 ½” casing. The rig model has a proven track record of drilling wells of similar length throughout Australia. Rig 965 has the capacity to drill beyond the planned total depth of Carpentaria-5H with spare operational capability should it be required.

Halliburton services agreement. Empire has also executed a contract with Halliburton Australia Pty Ltd to fracture stimulate ~60 stages across the planned horizontal production section of C-5H.

Halliburton will provide an integrated services package for the delivery of the C-5H program including stimulation, wireline and coiled tubing.  

Combining both local and international shale knowledge, Halliburton will mobilize over 44,000 HHP to execute a North American-style, high-efficiency 60 stage fracture stimulation program including ancillary services. 

C-5H fracture stimulation is expected to commence shortly after rig release.

C-5H will be drilled from the same wellpad as Carpentaria-2H and Carpentaria-3H, targeting the Velkerri B Shale completed with 5 ½” casing. These three wells will form part of the Carpentaria Pilot Project, for which Empire is expecting first gas deliveries from mid-2025 (subject to regulatory approvals to sell test gas). 

C-5H will be Empire’s longest drilled and stimulated horizontal shale well and will target a ~3,000 m horizontal section and ~60 fracture stimulation stages. 

C-5H will integrate the best completion practices from North American shale analogues and incorporate learnings from Carpentaria-2H and Carpentaria-3H. The goals of the well are to:

  • Execute a development scale well for the Carpentaria Pilot Project;
  • Optimize fracture stimulation design to achieve higher productivity;
  • Conduct a long-term production test to develop a Carpentaria type curve for long laterals for development planning, and
  • Commence gas sales from the Beetaloo basin.