井完整性/控制

新的声学工具扩展了流量诊断

诊断公司 TGT 推出了最新的声学平台,称该平台通过在收集的数据中添加径向距离来拓宽流动分析范围。

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资料来源:名气通诊断

TGT Diagnostics 宣布推出其最新的声学平台 ChorusX,这是一种新的诊断资源,旨在定位和表征油气井中的流动。TGT 表示,新的声学阵列平台使能源公司能够轻松、精确地查找和绘制整个井/储层系统的流体流动图。

TGT 首席营销官 Ken Feather 表示:“了解油井系统中的流动动力学是释放更好的油井和油藏性能的关键,而声学技术已成为实现这一目标不可或缺的手段。” “horusX 是 20 年来深入研究、创新以及将声音的力量应用于数千口井的流量诊断的丰富现场经验的成果。八个高清阵列传感器、极端动态范围记录和独特的相位分析引擎协同工作,为分析师和油井操作员提供无与伦比的清晰度、精度和确定性。”

ChorusX 的核心是一个由八个纳米同步传感器组成的紧凑阵列,可在强度和频率的极端动态范围内记录高分辨率的流动声音。独特的相位分析工作流程将专门的声场建模与波形匹配算法相结合。这种组合为声学和流量诊断提供了重要的新维度——径向距离。

“horusX 经过彻底重新设计,在三个重要领域表现出色:扩展空间和听觉范围,记录最轻、最安静和最远的流动;识别不同类型的流量;并以无与伦比的深度和径向精度精确定位流源。”Feather 说。

原文链接/jpt
Well integrity/control

New Acoustic Tool Expands Flow Diagnostics

Diagnostics firm TGT launched its newest acoustic platform that it says broadens flow analysis by adding radial distance to the data collected.

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Source: TGT Diagnostics

TGT Diagnostics announced the launch of its latest acoustic platform, ChorusX, a new diagnostic resource designed to locate and characterize flow in oil and gas wells. TGT says the new acoustic array platform allows energy companies to find and map fluid flow throughout the well/reservoir system with ease and precision.

“Understanding flow dynamics in the well system is the key to unlocking better well and reservoir performance, and acoustic techniques have become an indispensable means of achieving that goal,” said Ken Feather, TGT’s chief marketing officer. “ChorusX is the result of 2 decades of intensive research, innovation, and extensive field experience in applying the power of sound to flow diagnostics in thousands of wells. Eight high-definition array sensors, extreme dynamic range recording, and a unique phase analysis engine work in concert to deliver uncompromising levels of clarity, precision, and certainty to analysts and well operators.”

At the heart of ChorusX is a compact array of eight nano-synchronized sensors that record high-resolution flow sounds across an extreme dynamic range of intensities and frequencies. A unique phase analysis work flow combines specialized acoustic field modeling with a waveform-matching algorithm. This combination delivers an important new dimension to acoustics and flow diagnosis—radial distance.

“ChorusX has been redesigned from the ground up to excel in three important areas: extending spatial and audible reach to record the lightest, quietest, and furthest flows; recognizing different types of flows; and pinpointing flow sources with unmatched accuracy in depth, and radially,” Feather said.