Share trusted knowledge for effective decisions
There is more pressure than ever to produce safely and efficiently and comprehensive reservoir management is essential. Achieving effective reservoir management demands advanced petrotechnical workflows. This requires consideration of enhanced rock mechanics, an understanding permeability, and improved integration of modeling and simulation.
Unified Reservoir is an integrated platform-based solution that improves efficiency in drilling, laboratory analysis of rock samples, field development, fracking and production workflows. It introduces advanced rock mechanics, fully coupled with both reservoir modeling and flow simulation. It also brings high-resolution digital analysis to simulate and analyze essential fluid flow properties such as relative permeability and delivers an integrated and collaborative project life cycle management environment for better control and monitoring of reservoir development.
Unified Reservoir combines reliable subsurface knowledge with state-of-the art rock mechanics to assess how the reservoir responds to fracking, drilling campaigns, completion and production optimization programs. It also solves drilling, wellbore stability, fault re-activation, fracking, re-fracking and subsidence challenges.
Benefits of Unified Reservoir
Smooth workflows going from interpreted geostructure models to geomechanical simulations.
Better exploration and production
Improves predictability, safety and cost effectiveness of exploration and production operations, while enabling optimal ROI in oil and gas projects.
Eliminates collaboration gaps, enabling effective workflows, improving information and knowledge exchange between disciplines.
Mitigates development and production risks, and provides a path to optimally develop the field and maximize recovery.
Eliminate months of lab testing by leveraging digital images of rock samples to simulate and analyze essential, flow-related properties, providing faster and more accurate data and optimize reservoir management and production.