非在来型石化燃料（シェール）用の多相流量計測
コンパクトで費用対効果の高い設計で高品質の多相測定を実現
シェール油井オペレーションにおける測定品質の最適化
測定品質を維持、向上させつつも、効率性を見出さなければならないというプレッシャーは常に存在します。投資すべき技術を把握するのは難しくもあります。Roxar 2600 多相流量計は、急速に変化する厳しい流量条件にも耐えられる、堅牢かつ高感度で高品質の多相測定機器です。シェール用途のフローバック、初期、中期、後期生産で実証済みの高品質測定機器により、お客様のニーズに適した機器を自信を持ってお選びいただけます。
クリックして続きを読む シェール油井オペレーションにおける測定品質の最適化
製品ソリューション
ケーススタディ
フラッキング水の相互汚染を検出
ケース スタディ
フラッキング水の相互汚染を検出
多相流計が北米のパーミアン盆地でフラッキング水の相互汚染を検出しました。
Seneca リソースでのテストに成功
ケース スタディ
Seneca リソースでのテストに成功
Roxar 2600 多相流量計はアパラチア盆地のセネカリソースを支援しています。
フローバックオペレーションでの試験に成功
ケース スタディ
フローバックオペレーションでの試験に成功
Roxar 2600 多相流量計は、フローバック作業に適した機器であることが実証されています。
Vaca Muerta での試験に成功
ケース スタディ
Vaca Muerta での試験に成功
Roxar 2600 多相流流量計は、シェール油井の回転坑井試験測定に有効な測定ソリューションであることが実証されています。
総粘度流量の最適化
ケース スタディ
総粘度流量の最適化
DJ 盆地のオペレーターは Roxar 2600 MPFM を使用して生産の最適化を改善しました。
特集動画
Supporting Automation in Dynamic Multiphase Flow Metering with Roxar Rapid Adaptive Measurement™
Advanced innovation taking multiphase flow measurement to new heights.
Supporting Automation in Dynamic Multiphase Flow Measurement
As oil and gas operators worldwide adjust their production methodologies and target more challenging reservoirs, the flow profiles from the wells are becoming significantly more varied and dynamic, and the demands on the instrumentation increase. To address these demands in multiphase measurement, Emerson restructured how the Roxar 2600 Multiphase Flow Meter now processes sensor signals, self-verifies calculation modules and automatically selects the best-suited measurement modes at any given moment. This ensures that operators receive reliable oil, water and gas measurement, without the need for frequent reconfiguration, even in the most challenging field conditions.
Assuring Multiphase Flow Measurement Performance in Assisted Recovery Methods
Functionality within the core and Advanced PVT features.
Enhancing Autonomous Multiphase Flow Measurement with the Embedded PVT Engine
Functionality within the core and Advanced PVT features.
Improving Operational Efficiency with Layer Compensation Features
Layer detection and compensation features are built into the embedded software of the Roxar 2600 Multiphase Flow Meter to protect the integrity, reliability and robustness of the measurement results provided by the Roxar 2600 Multiphase Flow Meter.
Ensuring Piping Arrangements Support Optimum Multiphase Flow Meter Performance
Gain reliable multiphase flow meter performance with optimum piping arrangements
Managing Flow Property Influences in Multiphase Flow Measurement
The Roxar 2600 Multiphase Flow Meter has proven to be robust and is performing well with all the various assisted recovery methods. With naturally flowing wells with erratic behaviors due to continuous changes in water, oil and gas, the Roxar 2600 Multiphase Flow Meter can adapt to the different flow regimes using advanced sensor capabilities to determine not only the rapid changes of the total flow but also address complex combinations of phase distribution.
Reduce Field Trips and Increase ROI for your Unconventional Shale Project Using Roxar 2600...
In today’s changing market conditions, operators in the unconventional shale are looking to increase the ROI for their assets. Watch how the Roxar 2600 (Multiphase Flow Meter) MPFM is a tool that can help provide real-time insight for well-performance.
Webinar: Advances in Multiphase Metering for Onshore Applications
To optimize production to maximize revenue streams and to reduce operating costs
Supporting Automation in Dynamic Multiphase Flow Metering with Roxar Rapid Adaptive Measurement™
Advanced innovation taking multiphase flow measurement to new heights.
Supporting Automation in Dynamic Multiphase Flow Measurement
As oil and gas operators worldwide adjust their production methodologies and target more challenging reservoirs, the flow profiles from the wells are becoming significantly more varied and dynamic, and the demands on the instrumentation increase. To address these demands in multiphase measurement, Emerson restructured how the Roxar 2600 Multiphase Flow Meter now processes sensor signals, self-verifies calculation modules and automatically selects the best-suited measurement modes at any given moment. This ensures that operators receive reliable oil, water and gas measurement, without the need for frequent reconfiguration, even in the most challenging field conditions.
Assuring Multiphase Flow Measurement Performance in Assisted Recovery Methods
Functionality within the core and Advanced PVT features.
Enhancing Autonomous Multiphase Flow Measurement with the Embedded PVT Engine
Functionality within the core and Advanced PVT features.
Improving Operational Efficiency with Layer Compensation Features
Layer detection and compensation features are built into the embedded software of the Roxar 2600 Multiphase Flow Meter to protect the integrity, reliability and robustness of the measurement results provided by the Roxar 2600 Multiphase Flow Meter.
Ensuring Piping Arrangements Support Optimum Multiphase Flow Meter Performance
Gain reliable multiphase flow meter performance with optimum piping arrangements
Managing Flow Property Influences in Multiphase Flow Measurement
The Roxar 2600 Multiphase Flow Meter has proven to be robust and is performing well with all the various assisted recovery methods. With naturally flowing wells with erratic behaviors due to continuous changes in water, oil and gas, the Roxar 2600 Multiphase Flow Meter can adapt to the different flow regimes using advanced sensor capabilities to determine not only the rapid changes of the total flow but also address complex combinations of phase distribution.
Reduce Field Trips and Increase ROI for your Unconventional Shale Project Using Roxar 2600...
In today’s changing market conditions, operators in the unconventional shale are looking to increase the ROI for their assets. Watch how the Roxar 2600 (Multiphase Flow Meter) MPFM is a tool that can help provide real-time insight for well-performance.
Webinar: Advances in Multiphase Metering for Onshore Applications
To optimize production to maximize revenue streams and to reduce operating costs
