Reveal Energy Services推出的完井評估服務以云技術為基礎，能夠優化作業設計，提高作業效率！
編譯 | 驚蟄
在今年七月舉行的非常規油氣資源技術大會（URTeC）上，Reveal Energy Services宣布該公司的完井評價服務DSCVRi正式投入商業應用。DSCVRi是一款基于云技術的完井作業評估引擎，能夠滿足當下開發商對于完井作業的要求，降低成本，提高效率。在此次會議中，Reveal Energy首次展示了該技術。
Reveal Energy Services首席執行官Sudhendu Kashikar說：“在低油價時代，開發商對于成本的控制非常嚴格，我們將繼續為開發商提供有效的解決方案。通過使用DSCVRi技術引擎，作業人員可以確定具有最高ROI的水力壓裂作業方案?！?/span>
在預算緊縮的情況下，頁巖油和天然氣的勘探與開發挑戰更加巨大，以北美地區為代表，開發商的需求不斷增加，希望通過高效技術，提高完井效率。在以往的作業中，開發商借助Reveal Energy Services的技術獲得了很大收益。隨后，基于油氣行業對于經濟收益的要求，
該公司推出了DSCVRi作業引擎，該技術允許開發商將水力壓裂作業結果整合到一個門戶網站，并快速識別最有效的作業設計模式。有了這些信息，作業人員可以以更低的成本進行完井作業。
DSCVRi是該公司五個月內推出的第二個商業化技術，也是過去三年中推出的第七個油氣作業技術。該平臺整合了來自多個地區不同井和作業階段的數據，覆蓋范圍非常全面。DSCVRi的門戶網站包括Reveal Energy Services的壓力裂縫圖IMAGE Frac和壓裂分析服務FracEYESM數據，所有這些都經過整合，具有一致的格式和報告。結合交互式標準化儀表板，借助Web門戶，作業員能夠通過持續改進和學習過程，來測試不同作業想法并得到統計學上有效的結論，獲得最佳的作業設計方案。
在URTeC期間，該公司的地球科學家和完井工程師詳細展示了DSCVRi作業引擎以及IMAGE Frac技術、四種補充服務和FracEYE服務。截至目前，Reveal Energy Services的技術已在美國和加拿大的10000多口水力壓裂井中得進行了實際應用，取得了非常好的作業效果。
DSCVRi是一種基于云技術的完井評價引擎，通過對不同作業級數和井筒數據的篩選、排序，達到優化作業設計的目的。
可視化提高完井效率
DSCVRi數據倉庫支持一整套分析工具，具有全面透徹的壓裂級診斷分析結果，可確保作業人員在幾分鐘內了解哪些工作正常，哪些出現了問題。根據情況，開發商可以在簡化的視圖中存儲、查看和分析水力壓裂結果，無需查找分散在整個作業網絡中的項目報告，作業壓力大大減小。
通過這種簡化的視圖，通過公司網絡查找項目數據已成為過去時，可以徹底告別低效率?；贗MAGE Frac壓力裂縫圖和FracEYE壓裂命中分析服務數據的持續改進，開發商能夠確定最具成本效益的增產作業計劃。
通過DSCVRi，利用可訪問的數據，作業人員可以更深入地了解水力壓裂結果，以便快速識別作業模式和相關性，使開發商能夠更加自信地進行后續作業。
主要模塊：
- 數據存儲：診斷數據，完井數據，數據模式完整，格式統一，數據管理高效；
- 數據獲?。捍鎯Π踩?，可通過云技術獲取，自動分析與報告生成，提高數據利用效率；
- 數據捕獲：標準化交互式面板，嚴謹的定量數據分析，交互式設計優化。
存儲數據模式：
- 地區級數據：州，郡，地區，以及各家開發商數據；
- 井筒級數據：每口井的數據包括9個診斷數據點，巖層數據，生產數據；
- 壓裂層級數據：19個IMAGE Frac和FracEYE數據點，壓裂裂縫壓力變化曲線以及其它診斷結果；
- 壓裂層級完井數據：完井設計參數，處理數據，壓裂順序等。
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Reveal Energy Services announced the commercialization of the DSCVRi cloud-based completion evaluation engine to support the industry’s age of fiscal discipline. The company is presenting the secure web portal at the Unconventional Resources Technology Conference (URTeC) in Denver, July 22–24.
“In this age of fiscal discipline, we’re continuing to develop technology that offers immediate answers operators can act on,” said Sudhendu Kashikar, CEO of Reveal Energy Services. “With the DSCVRi engine, operators can determine the hydraulic fracturing strategy with the highest ROI.”
As US operators develop their shale oil and gas assets with tighter budgets, their demand is continually increasing for superior technology that improves completion performance. This industry dynamic for greater fiscal discipline is the context for the development of the DSCVRi engine—in addition to all other Reveal Energy Services’ technology—that allows operators to consolidate their hydraulic fracturing results in one web portal and quickly identify stimulation design patterns. With this information, operators can complete better wells at lower cost.
The DSCVRi engine, the company’s second technology commercialization in five months and seventh overall in three years, has data from region, well, and stage levels. The web portal includes their Reveal Energy Services’ IMAGE Frac? pressure-based fracture map and FracEYESM frac hit analysis service data, all in a central location with consistent formats and reports. Combined with the interactive, standardized dashboards, the web portal lets operators test ideas and arrive at statistically valid conclusions through a continual improvement and learning process.
During URTeC, the company’s geoscientists and completion engineers will be presenting the DSCVRi engine, IMAGE Frac technology and four complementary services, and the FracEYE service. Reveal Energy Services’ technology is field-proven in more than 10,000 hydraulic fracturing stages in the US and Canada.
The DSCVRi cloud-based completion evaluation engine improves completion performance with stage- and well-level data that you sift, sort, and display.
Improve completion performance
A suite of analysis tools supported by a data warehouse with comprehensive stage-level diagnostic results ensure that you will know what works in a matter of minutes. You can store, access, and analyze hydraulic fracturing results in a streamlined view and forget about the stress of looking for project reports scattered all over the corporate network.
With this streamlined view, looking for project data on the corporate network is a thing of the past. A continuous improvement process, based on your IMAGE Frac pressure-based fracture map and FracEYE frac hit analysis service data, enables you to determine the most cost-effective stimulation plan.
- Centralized diagnostic data
- Centralized completion data
- Consistent data, report formats
- Effective data management
- Secure, cloud-based, high-availability architecture
- Automated analysis and reporting
- Accelerated learning across teams
- Interactive, standardized dashboards
- Rigorous, quantitative stage-level analytics
- Iterative, methodical design testing
- Get meaningful data with a few clicks
The accessible data let you take a deeper dive into your hydraulic fracturing results so you can identify patterns and correlations quickly, enabling you to update the next stimulation plan confidently.
Stored Information
- REGION-LEVEL DATA：State, county, basin；Lease name and number
- WELL-LEVEL DATA：Well identifie；9 diagnostic datapoints；Lithology；Production*
- STAGE-LEVEL DIAGNOSTIC DATA：19 IMAGE Frac and FracEYE datapoints；Fracture growth curves；Other diagnostic results
- STAGE-LEVEL COMPLETION：Completion design parameters；Treatment data；Fracture sequence
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