INJECTIQ
DISPOSAL FORECASTING IN THE PERMIAN BASIN
Providing enhanced forecasting software for produced water disposal, injection capacity & basin-scale pressure analysis in the Permian Basin
- Probabilistic forecasts for produced water, SWD volumes, capacity, and subsurface pressure
- Basin-wide context with well-level fidelity
- Scenario modeling to support drilling, completions, and infrastructure planning
PLAN WITH CONFIDENCE.
OPERATE WITH PERCISION.
InjectIQ is a forecasting software tool built for oil and gas operators and water midstream companies managing produced water, saltwater disposal, and subsurface pressure dynamics across the Permian Basin.
Probabilistic Forecasts
Forecast produced water volumes, SWD volumes, injection well capacity, and subsurface reservoir pressure.
Scenario Modeling
Test drilling pace, injection parameter changes, disposal reallocation, and regulatory constraints across short-, medium-, and long-term horizons.
Basin-to-Well Context
Geospatial allocation modeling connects basin-scale trends to individual well and asset performance.
THE BENEFITS OF ENHANCED AI-Enabled Forecasting
Forecast Disposal & Pressure Limits
Model injection well capacity, formation pressure, and produced water volumes—from individual wells to basin-scale systems.
Anticipate Bottlenecks
Identify future capacity constraints before they stall operations or increase water handling costs.
Build Better Budgets
Inform AFE planning with disposal forecasting and avoid unplanned CAPEX and OPEX.
Strengthen Compliance & Reporting
Generate defensible, scenario-based forecasts to support regulatory filings, planning documents and internal reporting.
Forecast the Variables That Drive SWD Disposal Strategies
PRODUCED WATER FORCASTING
- Water-oil ratio evolution by formation and vintage
- Spatial water production growth
- Infill drilling impacts
- Offset well interactions
- Align disposal strategy with drilling cadence and completion timing using well-, asset-, and basin-level water forecasts.
SWD CAPACITY & INJECTION PRESSURE MODELLING
- Injection well performance and decline
- Maximum surface injection pressure (MSIP) impacts
- Pressure-limited disposal intervals
- Allocation constraints across active SWDs
- Capacity shifts driven by regulatory changes
- Scenario-based forecasting supports planning in areas experiencing sustained pressure buildup and expanded Areas of Review (AOR).
RESERVOIR PRESSURE FORECASTING & INJECTION RISK
- Pressure diffusion across injection intervals
- Delta pressure accumulation over time
- Offset injection interference
- Injectivity decline
- Shut-in risk from pressure constraints
- Model formation pressure evolution under different operational scenarios to support technical planning and regulatory readiness.
Features & Workflows
Model pressure behavior and disposal capacity over time to see constraints before they occur.
Transform complex data into actionable decisions.
- AI-driven forecasting engine
- Scenario modeling
- Geospatial visualization
- Well & formation analytics
- Export & reporting tools
- Seamless team access
- Transparent methodology
Powered by B3 Insight comprehensive water and pressure databases
- Injection well volumes and pressures
- Disposal well permits and operating limits
- Produced water forecasts
- Geologic and reservoir properties
- Basin-scale injection infrastructure data
Built for technical teams who need answers, leveraging trusted data and analytics
- Where should new disposal wells or water systems be developed?
- Will there be enough disposal capacity to support our drilling program?
- How will produced water volumes and reservoir pressure evolve across the basin over time?
- Where will injection constraints emerge, and how should we plan infrastructure around them?
- What happens to the basin pressure if we change injection volumes or add new disposal wells?
FREQUENTLY ASKED QUESTIONS
Explore answers to common questions about B3 Insight’s InjectIQ forecasting software. If you need further assistance, contact our team.
InjectIQ is currently focused on the Permian Basin, including the Delaware Basin Midland Basin, and Central Basin Platform. The platform models disposal systems across these regions using basin-scale injection and geologic data.
Traditional reservoir models typically focus on individual fields or reservoirs. InjectIQ models basin-scale water disposal systems, allowing users to understand how injection activity across many operators affects regional pressure and disposal capacity.
Yes. InjectIQ allows users to test forward-looking scenarios such as changes in drilling activity, produced water volumes, new disposal wells, or infrastructure expansion. This helps operators evaluate potential outcomes before making operational or capital decisions.
- Oil and gas operators
- Water midstream companies
- Reservoir engineers and geoscientists
- Asset development teams
Yes. InjectIQ integrates with B3 Insight’s broader data ecosystem, including OilfieldH2O and other water intelligence datasets, providing a comprehensive view of water systems across the Permian Basin.
RELATED INSIGHTS
Gain deeper context on the trends shaping water, disposal, and pressure across the Permian. Explore related B3 Insight reports and insights.
Permian Economics are Shifting, and Produced Water Is the Variable
Reading Time: 2 minutesDisposal constraints, rising formation pressure, produced water growth, and infrastructure concentration are beginning to influence long-term asset valuation across the basin. “Permitted capacity overstates functional
Rising Oil Prices, Finite Disposal
Reading Time: 3 minutesWhy Higher Oil Prices Don’t Guarantee More Permian Production – Part 1 of 2 By Patrick Patton, VP of Products, B3 Insight Periods of geopolitical
Devon–Coterra: Scale, Water, and the Next Constraint in the Northern Delaware
Reading Time: 2 minutesWhat the Merger Signals for Permian Produced Water Management The proposed merger between Devon Energy and Coterra Energy does more than combine acreage and inventory in the northern Delaware Basin. It