如何处理分离后产生的固体:脱水、运输和处置

C. Rawlins
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引用次数: 0

摘要

海上固体处理的主要作用是在不中断或关闭的情况下,适当地移除和处置产出的固体。大多数砂管理论文只关注分离组件(即井口除砂器、喷射系统或产出水除砂器)。然而,80%的资本支出(CAPEX)用于分离设备,80%的砂处理操作支出(OPEX)涉及脱水、运输和处置(D-T-D)。本工作概述了设备设计过程中需要考虑的问题,并提供了分离后每个砂处理步骤的指南、计算和示例。砂处理不是一个废物流处理练习,而是一个关键的流动保障问题。遵循设施砂管理(FSM)的所有五个步骤,将最大限度地提高油气产量并降低运营成本。
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What to do with Produced Solids After Separation: Dewatering, Transport, and Disposal
The primary role of offshore solids handling is to properly remove and dispose of produced solids, without interruption or shutdown. Most sand management papers focus on the separation component only (i.e., wellhead desander, jetting system, or produced water desander). However, 80% of the capital expenditure (CAPEX) is attributed to separating devices, and 80% of the operating expenditure (OPEX) in sand handling operations involves dewatering, transport, and disposal (D-T-D). The present work outlines questions to ask during facility design and provides guidelines, calculations, and examples on each of the sand handling steps to be implemented after separation. Sand handling is not a waste-stream treatment exercise but a critical flow assurance issue. Following all five steps of Facilities Sand Management (FSM) will maximize hydrocarbon production and minimize the operating costs.
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