RN-GRID is a new generation hydraulic fracturing software, designed to be convenient, accurate and fast.
The RN-GRID mathematical model uses the Planar3D concept, which most accurately describes the complex geometry of the fracture that occurs in the rock during hydraulic fracturing.
We continually improve RN-GRID according to fracturing engineers' requests.
RN-SIGMA is a piece of software for solving the problems of geomechanical modeling and stability analysis of the wellbore of directional and horizontal wells.
RN-SIGMA contains all the necessary algorithms and tools for constructing a 1D geomechanical model of wellbore stability.
Features implemented in RN-SIGMA allow to construct and analyse models taking into account elastic and strength anisotropy, thermal and osmotic phenomena.
RN-KIN is an expert-analytical software package for solving the problems of managing the development of oil and gas fields.
It allows to analyze the development of reserves and evaluate the dynamics of reservoir pressure, perform optimization and design of well workover and intervention, design and monitor field development, plan well surveys, optimize the reservoir pressure support system, reduce capital costs in making decisions on land development.
RN-Horizon+ provides full set of tools for well control during drilling with the aim of its optimal placement in the target zone.
It implements state-of-the-art techniques for rapid importing of initial project data from various sources, building 3D geosteering model, updating this model in real time through WITSML, identifying structural grid angles and predicting drilling direction at any time followed by automatic formatting and sending reports.
Being a comprehensive solution, RN-Horizon+ contains tools for solving geosteering complementary tasks, such as interactive well correlation, image logs, mud logs interpretation, well logs transformation using embedded calculator, etc.
Hydrodynamic simulator RN-KIM is a comprehensive high-performance solution for three-dimensional digital modeling of development processes for all types of fields.
RN-KIM provides a complete simulation cycle from creating a hydrodynamic model to auto-adaptation for actual data and multivariate calculations of forecast options in full-scale and sector-based modeling.
The simulator implements a number of popular options for modeling “complex” well workover and intervention and optimizing waterflooding (water and gas effects, polymer flooding, indicator research), a solution scheme for BlackOil/VaporOil models.