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首页> 外文会议>SPE/IADC Middle East Drilling Technology Conference >Communication protocol management tool between Rigs in 'CAT-A' wells and the successful story to deliver sour gas project
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Communication protocol management tool between Rigs in 'CAT-A' wells and the successful story to deliver sour gas project

机译：“Cat-A”井的钻机之间的通信协议管理工具以及提供酸性天然气项目的成功故事

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This paper is going to present Communication Protocol Management Tool between Rigs in “CAT-A” Wells and the Successful Story to Deliver Sour Gas Project and using Simultaneous Operations Management Tool based on a new concept and the respective qualification program run in the Field. CAT-A; CATEGORY-A is the high risky wells, gas wells, and exploration wells has high content of H2S and CO2 We should think about Communication Protocol in SIMOPS terms of “Sharing Information Maximizes Our Personnel Safety”. With this stated, a plan can be created by following a process outlined as: Communication Protocol - Study the project, Identify possible SIMOPS, Meet with all Parties Involved, Organize a Plan, and Share the plan/Information. This practice should begin at project inception and is repeated throughout the entire process until completion. Thus making the SIMOPS plan dynamic and causes communication between all parties. This Communication Protocol I in SIMOPS plan will be applicable from spud in Rigs operation and all persons likely to be working within the Emergency Planning Zone (EPZ) during the drilling of the H2S bearing formations must be made aware of this plan and establish a means of communication with Field Control room prior to entering the zone. Based on this approach, we implemented a Communication Protocol in SIMOPS plan in one of Sour Gas Field where the Rigs needed to operate inside the emergency planning Zone (EPZ) of the third one of other project. This is one of the biggest challenges in Sour Gas Field project due to high risk encountered with high exposure of H2S up to 26% PPM and 10% CO2 in one of High Gas Reservoir Field. There were numerous challenges in terms of the harsh sour gas environment. The implementation of this particular Communication Protocol in Simultaneous Operations was very successful, several large scale exercise were made to verify the effectiveness of the process and an evacuation of the EPZ was done before entering the H2S successfully, this project and the other Rigs within the EPZ area completed the drilling and production testing operation objectives without incident and successfully with no harm.
机译：本文将在“CAT-A”井和成功的故事中呈现钻机之间的通信协议管理工具，以提供酸性气体项目，并使用基于新概念的同时运营管理工具以及现场运行的各个资格计划。猫-A;类别-A是高风险井，天然气井和勘探井H2S和CO2高含量，我们应该考虑Simops的通信协议“共享信息最大化我们的人员安全”。有了这个规定，可以通过遵循概述的过程来创建计划 - 通信协议 - 研究项目，确定可能的SIMOPS，与所涉及的所有各方会面，组织计划，并分享计划/信息。这种做法应该在项目开始时开始，并且在整个过程中重复，直到完成。从而使Simops计划动态并导致所有各方之间的通信。 SIMOPS计划中的这种通信协议将适用于钻机运行中的Spud，并且必须在H2S轴承结构钻井期间在紧急计划区（EPZ）中的所有人员都必须了解这个计划并建立一种方法进入区域之前与现场控制室的通信。基于这种方法，我们在Simops计划中实施了一个酸气领域的通信协议，其中在其他项目中第三个项目的紧急计划区（EPZ）内部所需的钻井座。这是由于高曝光高达26％PPM和10％CO2在高气体储层领域中遇到的高风险导致酸天然气场项目中最大的挑战之一。在苛刻的气体环境方面存在许多挑战。在同时操作中的这种特定通信协议的实施非常成功，进行了几种大规模的练习，以验证过程的有效性，并在成功进入H2S之前进行EPZ的疏散，这个项目和EPZ内的其他钻机在进入H2S之前完成了ePZ地区完成了钻井和生产测试操作目标，而不发生，没有危害。

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