SPM Oil & Gas 推出系统以增强水力压裂工艺

作者:
, 《油田技术》副主编


SPM Oil & Gas 是压力泵送和压力控制设备及服务的上游供应商,宣布推出一项增强水力压裂工艺的创新技术:更加精简的新型 SPM™ 简化压裂铁系统。简化的压裂铁系统改进了传统磨铁固有的典型脱节过程。

传统的压裂作业涉及数百个移动部件和小口径铁管柱来管理极高的压力。由于冗长的设置、组装和连接要求,这种复杂的布置会产生大量的非生产时间 (NPT)。此外,每个连接都代表潜在的泄漏路径,必须不断检查。

SPM Oil & Gas 是简化压裂铁概念的创新者,其不断发展的设计已在现场证明了自己。新增强的 SPM 简化压裂铁系统减少了压裂作业所需的占地面积和铁用量,最终提高了压裂现场的运营效率。这会导致更少的线路、连接和组件——此外还有更少的潜在泄漏路径和更少的 NPT。

单个大口径入口连接到拉链歧管,取代了传统压裂树上的多个连接线。这样可以减少转弯和连接,从而减少装备时间、劳动力成本、流体湍流、潜在泄漏路径和安全隐患。紧固件冗余组件预先组装在模块化滑轨上,以适应各种现场配置。七英寸隔离阀和方向阀提供可预测且可重复的高压控制。此外,API 法兰取代了由壬连接,性能更可靠、更安全。

提供多种配置,包括四站橇、六站橇和十二站拖车,使客户能够配置或定制系统以满足他们的要求。这些变化允许客户在每个设备上移动滑橇,以平衡资产的磨损。

“PM Oil & Gas 继续利用其全系统方法和端到端能力来改善压裂作业,”SPM Oil & Gas 销售副总裁 Ronnie Phelps 表示。“我们的新型增强型简化压裂铁系统显着提高了性能和安全性。”

该公告是 SPM 石油和天然气公司参加 NRG 园区 2022 年海上技术会议的一部分。在整个会议期间,SPM Oil & Gas 在 533 号展位展示了其为压裂作业带来的创新。


免费阅读最新一期《油田技术》全文:2022 年春季

《油田技术》2022 年第一期首先介绍了 Wood Mackenzie 对油价飙升与美国石油产量增长和投资之间脱节的分析。本期的其余部分专门讨论除砂技术、可溶性压裂塞技术、海上作业数字化、环空干预、油田化学品、海底压缩系统和智能仪器测量等专题。

独家贡献来自 TETRA Technologies、NOV、Archer、Expro、Locus Bio-Energy Solutions、AES Drilling Fluids、MAN Energy Solutions 和 Winters Instruments。

在线阅读文章:https://www.oilfieldtechnology.com/Hydraulic-fracturing/03052022/spm-oil-gas-launches-system-to-enhance-the-Hydraulic-fracturing-process/

 

本文已被标记为以下内容:

水力压裂新闻


原文链接/oilfieldtechnology

SPM Oil & Gas launches system to enhance the hydraulic fracturing process

Published by , Deputy Editor
Oilfield Technology,


SPM Oil & Gas, an upstream provider of pressure pumping and pressure control equipment and services, has announced an innovation to enhance the hydraulic fracturing process: the new, more streamlined SPM™ Simplified Frac Iron System. The Simplified Frac Iron System improves the typically disjointed process inherent with conventional ground iron.

Traditional frac operations involve hundreds of moving parts and small-bore iron strings to manage extremely high pressures. Such a complex arrangement creates substantial non-productive time (NPT) due to lengthy set up, assembly and connection requirements. Additionally, every connection represents a potential leak path and must be checked continuously.

SPM Oil & Gas was an innovator of the simplified frac iron concept, and its continuously evolving design has proven itself in the field. The newly enhanced SPM Simplified Frac Iron System reduces the footprint and amount of iron required for fracing operations, ultimately increasing frac site operational efficiency. This results in fewer lines, connections and components – in addition to fewer potential leak paths and less NPT.

A single large-bore inlet connects to the zipper manifold, replacing the multiple tie-in lines on a conventional frac tree. This creates fewer turns and connections, which decreases rig up time, labour costs, fluid turbulence, potential leak paths and safety hazards. Fastener redundancy components are preassembled on modular skids to accommodate a variety of site configurations. Seven-inch isolation and directional valves provide predictable and repeatable high-pressure control. Additionally, API flanges replace Hammer Union connections for more reliable and safer performance.

Multiple configurations are available, including four-station skids, six-station skids and 12-station trailers, enabling customers to configure or customise the system to meet their requirements. These variations allow customers to move skids around with each rig-up to balance wear across assets.

“SPM Oil & Gas continues to leverage its system-wide approach and end-to-end capabilities to improve frac operations,” said Ronnie Phelps, Vice-President of Sales, SPM Oil & Gas. “Our new and enhanced Simplified Frac Iron System significantly increases performance and safety.”

The announcement is part of SPM Oil & Gas’ participation in the 2022 Offshore Technology Conference at NRG Park. Throughout the conference, SPM Oil & Gas is demonstrating the innovations it is bringing to frac operations in Booth 533.


Read the latest issue of Oilfield Technology in full for free: Spring 2022

Oilfield Technology’s first issue of 2022 begins with analysis from Wood Mackenzie on the disconnect between surging oil prices and US oil production growth and investment. The rest of the issue is dedicated to features covering sand removal technology, dissolvable frac plug technology, digitalisation of offshore operations, annular intervention, oilfield chemicals, subsea compression systems and smart instrument measurement.

Exclusive contributions come from TETRA Technologies, NOV, Archer, Expro, Locus Bio-Energy Solutions, AES Drilling Fluids, MAN Energy Solutions and Winters Instruments.

Read the article online at: https://www.oilfieldtechnology.com/hydraulic-fracturing/03052022/spm-oil-gas-launches-system-to-enhance-the-hydraulic-fracturing-process/

 

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