Enhancing the Imaging Quality of Pay Sands and Improving the Deeper Paleocene and Cretaceous Sediments Through Advancements in Seismic Processing and Full Azimuth Imaging from Land & OBC Data - a Case Study from KG Basin, India

The latest advancements in seismic processing and imaging, such as geostatistical interval velocity derivation and full-azimuth imaging, have improved many geologically complex and structurally deeper sediments.

In this study, a full-azimuth imaging tool combined with a geostatistical interval velocity was used in the KG Basin, where the subsurface is structurally complex. Significant improvements were observed.

AspenTechは、当社の事業、可能な限り最善の製品やカスタマーサービスのご提供、そして全体的なユーザエクスペリエンスに関わるさまざまな理由でお客様の個人データを収集および処理する場合があります。当社はお客様の個人データを使用して適宜、アンケートや調査の管理、契約サービスの正確な提供、イベントへの登録、お客様の好みの理解、および不正または不正な活動の検出と防止を行う場合があります。個人データの収集と処理の詳細については、こちらからAspenTechのプライバシーおよびセキュリティポリシーを参照してください。

First Name*

Last Name*

Email address*

Country/region*

State*

City*

Company*

Job Role

Industry

Job Function

Are you a current user of AspenTech solutions?

Yes No

I would like to talk to an AspenTech Expert?

Phone Number*

Thank you for downloading this resource

If your download did not begin

Digital Grid Management

Subsurface Science & Engineering

Enhancing the Imaging Quality of Pay Sands and Improving the Deeper Paleocene and Cretaceous Sediments Through Advancements in Seismic Processing and Full Azimuth Imaging from Land & OBC Data - a Case Study from KG Basin, India

Are you a current user of AspenTech solutions?

I would like to talk to an AspenTech Expert?

Thank you for downloading this resource

Related Content