Maximise impact of matrix aciding jobs
Unlock Maximum Well Productivity with Data-Driven Acid Stimulation Design
StimOPTI is an advanced Matrix Acidizing Design and Optimization software built for petroleum engineers, production engineers, and stimulation specialists working in the oil & gas upstream sector.
The software empowers you to design stimulation treatments with precision, simulate near-wellbore behaviour, and optimize job parameters to achieve higher production gains with reduced operational risks.
Why StimOPTI?
Modern reservoirs demand modern solutions. StimOPTI helps engineers replace traditional trial-and-error design with science-based, simulation-driven, and field-validated workflows.
With StimOPTI you get:
- Accurate stimulation modeling using reservoir, fluid, and rock geomechanical properties
- Optimized acid job design for carbonate and sandstone formations
- Predictive performance charts for post-stimulation well productivity
- User-friendly interface engineered for fast workflow and decision support
- Comprehensive analytical engine based on industry-validated algorithms
- Permeability & porosity
- Formation damage severity
- Mineralogy composition
- Temperature & pressure
- Rock mechanical properties
Core Features
1.Reservoir & Formation Diagnostics
Build a clear understanding of your formation before designing the job.
Input key rock and reservoir parameters such as:
- Permeability & porosity
- Formation damage severity
- Mineralogy composition
- Temperature & pressure
- Rock mechanical properties
StimOPTI processes this data to identify the most effective stimulation approach.
2. Acid System Selection & Compatibility
Choose optimal acid blends based on reservoir type, temperature, and mineralogy:
- HCl
- Mud acid
- Organic acids
- Emulsified acids
- Custom acid systems
The software recommends systems that maximize dissolution while minimizing risks such as precipitation, corrosion, and face dissolution.
3. Advanced Stimulation Modeling
Simulate fluid propagation and reaction kinetics through damaged zones:
- Acid penetration profiles
- Reaction rates & wormhole development (for carbonates)
- Skin factor reduction modeling
- Damage removal efficiency
- Near-wellbore pressure response
These simulations help you predict how different design parameters influence job outcomes.
4. Pumping Schedule Design
Design complete step-by-step pumping programs:
- Pre-flush, main acid stage, and after-flush
- Additive selection
- Injection rates & volumes
- Optimal sequencing
- Real-time adjustment recommendations
StimOPTI ensures your schedule meets both operational limits and reservoir requirements.
5. Post-Job Productivity Prediction
Forecast post-stimulation well performance using:
- Skin reduction curves
- IP estimations
- Productivity Index (PI) improvement
- Post-job flow regime analysis
This gives decision-makers clear visibility into expected gains and project economics.
Benefits for Your Operation
- Higher success rate of stimulation treatments
- Lower cost due to optimized fluid volumes and pump times
- Reduced risk of formation damage or improper acid selection
- Faster decision-making with AI-assisted recommendations
- Improved production sustainability and long-term well deliverability
Who Uses StimOPTI?
- Oil & Gas Operating Companies
- Reservoir & Production Engineering Teams
- Service Companies doing stimulation & acidizing
- Consultants and stimulation designers
- R&D and university programs
Applications
- Carbonate reservoir matrix acidizing
- Sandstone acidizing and damage removal
- Scale removal treatments
- Near-wellbore cleanups
- High-temperature reservoirs
- Wellbore productivity enhancement
Experience the Power of StimOPTI
Whether you manage mature wells, new completions, or high-value production assets, StimOPTI helps you deliver optimized, economic, and technically sound stimulation solutions.