We have created SMART4D to allow you to dynamically and confidently geosteer toward the target. In this post we highlight the benefits of geosteering with SMART4D and using the 3D model approach.

Modeling geology in 3D for geosteering in tandem with optimized waypoints, designed to remain in the sweet spot of drilling targets has proven to improve geosteering results.

Modelling drainage volume of wells (SRVs) is an important Reservoir Engineering step that can reduce the risk of well placement in low pressure areas associated with legacy vertical and newer horizontal wells and their fracs. For both well planning and geosteering applications.

SMART4D is a predictive learning model approach, by incorporating available geological and geophysical datasets and in real-time building 3D models.

At UNITED we are well aware of how operations geology teams are trying to reduce fixed and variable costs; in efforts to become more profitable. Better landings and good placement is expected at every well. SMART4D is designed to make this possible.

UNITED has developed SMART4D Geosteering to be a more powerful software than the traditional 3D and 2D geosteering and geomodeling software. We have addressed the main pain points of using a geomodeling software, and improved specific areas to make our 3D software light and fast.

At UNITED we have been developing geosteering and geomodeling software and technology for over 20 years. UNITED and SMART4D has been involved with over a 1000 horizontal wells, geosteering and providing consulting services for oil and gas exploration.