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FREEZING PROCEDURE,THE KEY FOR A SUCCESSFUL FORMATION EVALUATION PROGRAM - HOW TO ENSURE CORE SAMPLES REMAIN FROZEN DURING THE ENTIRE PROCESSING AND TRANSPORTATION STAGE –

机译：冻结程序，成功形成评估计划的关键 - 如何确保在整个加工和运输阶段进行核心样品冻结 -

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Freezing is a preservation technique recommended for unconsolidated formations and is used to maintain core integrity during handling.Remote areas can often create challenges for successfully completing freezing operations.Appropriate design and equipment solutions together with a full operation plan are key factors in assuring that all eventualities are covered and the core is given the required freezing conditions. Inappropriate planning and equipment design will render the whole process obsolete and increases the potential for irreversible core damage.Lack of awareness in maintaining a constant core temperature is one of the most common mistakes made throughout the industry and the resulting change in rock properties brings into question the accuracy of core analysis data further down the chain. This case study aims to highlight the various stages and precautions taken during the core handling process and provides details showing the full audit trail of the rock samples during operation.Extensive testing has resulted in the creation of specialized equipment and procedures using specialized corrugated freezing containers equipped with internal and external thermal sensors.The tests have been modelled to allow use in areas typically characterized by harsh environmental conditions in both their weather patterns and remoteness pushing freezing capability beyond the normal range of conditions.The purpose of this study is to increase the confidence of oil operators in using this new freezing technique as a reliable and comprehensive method in preserving quality core and by making transparent the whole freezing process from core acquisition at well site to arrival at the laboratory.

机译：冻结是建议未计算的结构的保存技术，用于在处理过程中保持核心完整性.Remote区域通常可以创造成功完成冻结操作的挑战。与完整的操作计划一起制定设计和设备解决方案是确保所有事件的关键因素被覆盖，核心被赋予所需的冷冻条件。不适当的规划和设备设计将使整个过程过时并提高不可逆转核心损伤的潜力。对维持恒定核心温度的意识是在整个行业中最常见的错误之一，并导致岩石属性的变化会带来问题核心分析数据的准确性进一步下行链条。本案例研究旨在突出核心处理过程中采取的各个阶段和预防措施，并提供了详细介绍了在运营期间显示岩石样本的完整审计跟踪。扩建测试导致专业设备和程序的创建使用专业的瓦楞冻结容器的专业设备和程序。具有内部和外部热敏传感器。测试已经建模以允许在天气模式和远程性在其天气模式和遥感中使用苛刻的环境条件的区域使用，从而推动超出正常条件范围的冻结能力。本研究的目的是增加信心石油运营商在利用这种新的冻结技术作为保留质量核心的可靠和综合方法，并通过井网站核心收购透明整个冻结过程到达实验室。

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《International Symposium of the Society of Core Analysts》|2018年|1 USB card|共6页
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Julien Rousseau; Francois Ollivier; Scott Parker;
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中图分类化工过程（物理过程及物理化学过程）;
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4. FREEZING PROCEDURE,THE KEY FOR A SUCCESSFUL FORMATION EVALUATION PROGRAM - HOW TO ENSURE CORE SAMPLES REMAIN FROZEN DURING THE ENTIRE PROCESSING AND TRANSPORTATION STAGE – [C] . Julien Rousseau, Francois Ollivier, Scott Parker International Symposium of the Society of Core Analysts . 2018

机译：冻结程序，成功形成评估计划的关键 - 如何确保在整个加工和运输阶段进行核心样品冻结 -
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FREEZING PROCEDURE,THE KEY FOR A SUCCESSFUL FORMATION EVALUATION PROGRAM - HOW TO ENSURE CORE SAMPLES REMAIN FROZEN DURING THE ENTIRE PROCESSING AND TRANSPORTATION STAGE –

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