Meet Ava Clastics

FAKTS Database

SMAKS Database

DMAKS Database

Variogram Analysis

Learn how Ava Clastics helps with variogram analysis and selection in an automated, yet fully customisable workflow.

Grid-Cell Size Recommendation

Ava Clastics helps asset teams determine the appropriate grid-cell size based on the desired scale of detail required for the reservoir model.

Advanced Charting

Ava Clastics provides charts that help users understand transitions between elements - laterally, vertically, and downdip.

“How-To” Tutorials

Detailed self-help and how-to tutorials guide users through the workflows and provide explanations for the features within the software.

FAQs

Want to learn more about Ava Clastics? This FAQ document provides answers to many of the general questions we are asked about the technology.

Specifications

Learn about our cloud environment, backup policies, system specifications and supported Petrel* E&P software platform releases.

* Mark of Schlumberger

User Guide

Interested in learning about new functionality and how to use Ava Clastics?

Check this area for the latest release notes.

Case Study: Overview

Speed and Robustness: Two Benefits of Using Geological Analogues in Static Modelling

Learn how Ava Clastics compares to a standard workflow and improves efficiency by 31.5 hours.

Case Study: Extended Version

Speed and Robustness: Two Benefits of Using Geological Analogues in Static Modelling

In a timed-trial, we analysed the traditional method vs. the use of Ava Clastics to incorporate analogues into facies modelling workflows. Read the complete case study to learn about the time savings improvements achieved with use of Ava Clastics.

Article: Reduce Uncertainty in Geomodelling by Asking These Five Essential Questions

Asking yourself these 5 questions can help improve reservoir modelling while building a consistent understanding of the geological constraints across a multi-disciplinary asset team.

Why is it important to understand deep-water reservoirs?

The inaccessibility of deep-water siliciclastic systems, combined with their enormous hydrocarbon potential, make these deposits unique. Read this article to find out why characterising their internal heterogeneity is so crucial to understanding their hydrocarbon potential.