PRODUCTS
Our software platforms provide a robust data management foundation and engineering applications that leverage advanced computational technologies to streamline data access, reservoir modeling, and recovery optimization. With cloud-native platforms, clients can utilize cutting-edge technologies like physics-based simulations, machine learning, and capacitance-resitance modeling to turn data into actionable insights.
ReserWiseTM
A comprehensive platform for production surveillance, forecasting, prediction and optimization
With advanced automated workflows for seamless data integration, historical performance evaluations, production modeling and optimization, ReserWiseTM establishes a robust framework for enhancing oil and gas recovery and accelerating low-carbon oil field development.
ReserWiseTM: Features & Benefits
Benefits
- Enhance your reservoir surveillance process
- Forecast and optimize production from waterflood and EOR operations
- Redistribute injection fluid to optimize recovery while minimizing fluid recycling
- Identify optimum infill well locations and add-pay workover candidates
- Find best candidates for acid stimulation, refracturing or cyclic steam injection
Functionalities
- Dimensionless Analysis (DA)
- Capacitance-Resistance Modeling (CRM)
- Decline-Curve Analysis (DCA)
- Reservoir Simulation
- Machine Learning
- Automated workflows for model creation, forecasting & optimization
Features
- Comprehensive data integration
- Advanced production modeling
- Predictive analytics with ML
- Intuitive visualization dashboards
- Scalable and user-friendly interface
- Auto-forecasting and scenario genaration
- Fast multi-well and field-scale simulation
Forecasting & Optimization
ReserWiseTM offers a user-friendly workflow for customizing well and flood pattern models, fast forecasting and enhanced visualizations, while optimizing water, CO₂, and gas flood operations with predictive models:
- Dimensionless Analysis (DA)
- Capacitance-Resistance Modeling (CRM)
- Decline-Curve Analysis (DCA)
- Reservoir Simulation
- Machine Learning
Infill Drilling
By harnessing extensive data integration and machine learning, cNavTM offers a quantitative approach to optimize the placement of infill wells in heterogeneous mature reservoirs, thereby improving both oil recovery and economic value.
- Comprehensive data integration
- No-code machine learning framework
- Reservoir simulation platform
- Optimization workflow
IOR Candidate Selection
A cutting-edge machine learning framework designed for descriptive and predictive analyses of well selection for Improved Oil Recovery (IOR) methods, applicable to techniques like add-pay workover, acid stimulation, refracturing and cyclic steam injection.
- Lookback performance evaluator
- No-code machine learning framework
- Reservoir simulation platform
- IOR candidate selector
ReserScopeTM
An integrated platform for pilot simulation, scale-up and economic evaluation of EOR and Geothermal projects
By integrating physics-based simulation with economic evaluation, ReserScopeTM offers a state-of-the-art foundation for the evaluation and optimal design of Enhanced Oil Recovery (EOR) and geothermal projects.
ReserScopeTM: Features & Benefits
Benefits
- Accelerate EOR project simulation and economic evaluation workflow
- Simulate geothermal systems and optimize for economic development
- Optimize EOR/Geothermal well count and locations
- Estimate project uncertainty and identify KPIs
- Manage project data and models in a single, collaborative environment
Features
- Integrated technical and economic modeling
- Advanced financial modeling
- Advanced decision analysis
- Numerical simulation of EOR and geothermal process
Features
- Framework for scheduling project finance, construction, and operations
- Advanced financial forecasting
- Automated sensitivity analysis to identify key performance indicators
- Probabilistic modeling and Monte Carlo simulations to quantify project uncertainty
- Complete dashboard summarizing project performance and economics
CcsNavTM
A single platform for screening and evaluation of Carbon Capture and Storage projects
CcsNavTM enables integrated CCS screening and design, asset modeling, and financial forecasting, leveraging built-in deterministic and probabilistic workflows to forecast and optimize CCS projects
CcsNavTM: Features & Benefits
Benefits
- Accelerate CCS project decision-making by 10X
- De-risk CCS projects financially
- Maximize project value and ROI
- Optimize storage well count and locations
Benefits
- Design and optimize CCS projects and CO2 hubs
- Forecast and monitor the CO2 storage process
- Determine the optimal fee for CO2 storage and capture services
- Develop CCS project partnerships
Features
- Integrated CCS asset modeling
- Advanced financial modeling
- Multi-stakeholder financial forecasting
- Advanced decision analysis
- CO2 plume simulation
- Numerical simulation of CO2 storage
- Wellbore modeling & simulation
Features
- Comprehensive cost, energy, and emission modeling for CCS assets
- Framework for scheduling project finance, construction, and operations
- Advanced financial structures, including tax-equity partnerships
- Multi-stakeholder financial forecasting
- Automated sensitivity analysis to identify key performance indicators
- Probabilistic modeling and Monte Carlo simulations to quantify project uncertainty
- Complete dashboard summarizing project performance and impact
