SOLUTIONS
Our solution platforms span the oil and gas, geothermal, and CCS industries, empowering developers and operators with advanced data management tools and computational technologies to enhance project evaluation workflows and optimize energy recovery processes.
Upstream Oil & Gas
ESGWAY's software platforms enhance the efficiency of oil and gas operations by providing solutions that streamline data management, improve reservoir surveillance, increase production, and optimize decision-making processes. Explore our O&G solutions below:
Explore our Oil & Gas solutions
Core Modules
- Reservoir surveillance & production analysis
- Flood optimization
- Infill drilling optimization
- Workover/IOR candidate selection
- EOR pilot simulation & field scale-up
- History-matching & recovery prediction
- Integrated data management
Surveillance & Production Analysis
ReserWiseTM enables geo-engineering users to comprehensively visualize dynamic oil and gas data, allowing for quick analysis and insights. It also offers in-depth well and pattern performance analysis with detailed statistical summaries. With our platform, you can elevate your surveillance system through customizable, interactive visualizations of your field data.
Flood Optimization
Utilizing forecasting and predictive methods like dimensionless analysis, CRM, ML, and reservoir simulation, we provide a verifiable approach to establishing validated models for predicting performance across various injection scenarios in waterflooding and EOR operations. With optimization algorithms, ReserWiseTM empowers engineers to optimize fluid redistribution, maximizing recovery while minimizing fluid recycling.
Infill Drilling Optimization
ReserWiseTM leverages comprehensive data integration, machine learning, and reservoir simulation to provide a quantitative approach for optimizing infill well placement in heterogeneous mature reservoirs, enhancing both oil recovery and economic value. The resulting predictive models are combined with an optimization algorithm to identify the best locations and completions for infill wells in multi-layer mature oil reservoirs.
Workover/IOR Selection
Engineers can optimally select IOR candidates using ReserWiseTM's advanced machine learning framework for descriptive and predictive well analysis. Applicable to methods like add-pay workover, acid stimulation, refracturing, and cyclic steam injection, it integrates multi-disciplinary data and streamlines evaluation of historical IOR implementations, providing an exceptional tool for training predictive models and ensuring effective IOR techniques.
EOR Pilot Simulation & Field Scale-up
Our ReserScopeTM application provides advanced tools to model and simulate enhanced oil recovery (EOR) processes. Users can evaluate different injection strategies, optimize recovery techniques, and predict outcomes with precision. The software ensures accurate forecasting of reservoir performance, helping reduce risks, optimize operations, and accelerate decision-making for successful EOR project implementation and expansion.
History-Matching & Recovery Prediction
ReserWiseTM streamlines and accelerates building reservoir simulation for history matching and reservoir prediction. By validating reservoir model with actual production data, users are able to predict future performance and optimize production strategies, reducing uncertainties and enhancing decision-making for efficient reservoir management.
Integrated Data Management
ReDataTM, our central data portal, assists oil and gas companies by integrating diverse data sources and auxiliary models into a single database. This unified access enables applications and users across the organization to seamlessly pull data from multiple source such as geological, geophysical, engineering, and operational data, without the need to switch between different systems.
Collaboration and Communication
ReserWiseTM enhances collaboration within energy companies by offering a unified platform for data access and analysis. This common workspace enables teams to share insights effortlessly and collaborate on projects, resulting in more coordinated efforts. Additionally, ReserWiseTM improves communication among stakeholders by providing a transparent and easily accessible view of the data, ensuring everyone is aligned and informed for effective decision-making.
Geothermal
Our solutions support the geothermal industry through unified data management, production and injection surveillance, and the application of reservoir simulation and CRM technologies to enhance efficiency and maximize heat recovery. Additionally, we offer an integrated framework for financial modeling and numerical simulation to optimize geothermal energy development.
Carbon Capture & Storage (CCS)
Our platform solutions streamline CCS project screening, integrates financial modeling, and provides CO2 plume modeling interface — all within a single, unified solution. Integrate a wide range of technical and economic inputs for a CCS project and leverage built-in deterministic and probabilistic workflows to forecast and optimize project economics and performance. Here are some ways our solution can be beneficial:
Explore our CCS solutions
Summary
- Screening & Economic Evaluation
- CO2 Plume Simulation
- CO2 Hub Design & development
- CCS Partnerships
- Storage Bid Optimization
- CCS Incentive, Cost and Energy
- Enhanced Decision-Making
Screening & Economic Evaluation
Our software ( CcsNavTM) simplifies CCS project screening & economic evaluation by quickly assessing site viability using geospatial data and reservoir characteristics. It also offers advanced economic modeling, factoring in costs and market conditions to provide accurate financial projections. This enables faster, data-driven decisions, helping you identify the most viable CCS projects and optimize economic outcomes.
CO2 Plume Simulation
CcsNavTM simplifies building, executing, and storing CO2 plume simulation models through an integrated platform. Users can efficiently create models with minimal input, while our scalable cloud architecture ensures fast execution and real-time adjustments. Simulation results are securely stored for easy access, enabling seamless data management and improved decision-making in carbon management strategies.
CO2 Hub Design & development
Integrated asset modeling and multi-stakeholder financial modeling are crucial for the successful design and development of CO2 hubs. CcsNavTM provides a user-friendly interface for scheduling project finance, construction, and operation, enabling the iterative design of a comprehensive CO2 hub system. This approach ultimately offers a clear picture of the project, helping to identify cost bottlenecks and pinpoint techno-economic risks
CCS Partnerships
CcsNavTM offers a distinctive tool for evaluating CCS partnerships through multi-stakeholder financial forecasting. By calculating the project cost and return for each stakeholder involved, it provides a comprehensive view of project participation. This allows you to develop mutually beneficial project terms and optimize them to maximize your role, taking into account different storage bid prices.
Storage Bid Optimization
CcsNavTM optimizes CO₂ storage bidding by calculating project costs and revenue for capture and transport companies, using this data to identify the best price for storage providers. By integrating key CCS incentives like 45Q and LCFS, it forecasts total revenue from carbon credits and helps companies determine the most cost-effective storage bid, maximizing profitability and minimizing financial risks.
CCS Incentive, Cost and Energy
CcsNavTM platform provides a flexible cost modeling framework for CO2 capture, compression, transport and storage and corresponding energy requirements and emission calculations. It also integrates CCS incentives like 45Q, LCFS, and carbon credits with life cycle analysis to forecast carbon credit generation and total revenue opportunities.
Enhanced Decision-Making
Our platform enhances decision-making by integrating asset modeling, financial forecasting, and CO₂ plume simulation. It assesses technical and economic aspects of CCS projects in one place, forecasting costs, revenues, and key incentives like 45Q and LCFS. By simulating CO₂ behavior in reservoirs and analyzing reservoir uncertainties, the platform helps evaluate their impact on project economics, enabling more informed and optimized decisions.
