The JewelSuite™ Subsurface Modeling application is an innovative, powerful application that generates precise geological models and actionable insights at speed. Designed for a seamless user experience, its intuitive, integrated workflows generate the subsurface intelligence required to maximize production and recovery, and minimize non-productive time and costs. Oversimplified gridding leads to inaccurate assessments of in-place volumes, sub-optimal well placement, and poor investment decisions. We know how important it is to see reservoirs in realistic detail, so we’re obsessed with accuracy: unlike pillar or stairstep gridding, our revolutionary gridding technology avoids significant simplifications, ensuring we accurately capture all geometries. With models that extend from below the reservoir to the surface, our reliable and versatile physics-based algorithms rapidly assess any combination of geological scenarios and subsurface risk parameters, from the structure of the formation itself to the properties of its fluid contents. From intricate fault systems to unconformities and salt intrusions, advanced scenario planning removes uncertainty and enables more reliable evaluation of the most complex geology—providing a solid foundation for optimal well planning. Class-leading subsurface insights enable you to avoid geohazards, stay in zone, maximize reservoir contact, and link up isolated pockets of oil and natural gas. From drilling, completion, and production to business outcomes, JewelSuite Subsurface Modeling makes the unpredictable predictable and ensures maximum value is safely captured from each well.

Features and Benefits

• Perform accurate, high-resolution gridding

• Optimize production and recovery with fewer wells

• Mitigate geological risk

• Utilize fast and efficient automated digital workflows

• Quickly integrate cross-discipline data and insights

• Transfer lossless data between workflows

• Enriched insights through advanced scenario modeling

• Reduce uncertainty for every subsurface parameter

• Compare multiple geological scenarios