Fracturing

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FracADVANCE

Advanced Acid Fracturing Design & Optimization Software

Design Smarter Acid Fracturing Jobs for Maximum Well Performance FracADVANCE is a state-of-the-art software solution for engineers and stimulation specialists, designed to optimize acid fracturing treatments in carbonate and sandstone reservoirs. By integrating reservoir, rock, and fluid data, FracADVANCE enables accurate simulation, improved design efficiency, and enhanced post-job production.

Why FracADVANCE?

FracADVANCE empowers upstream teams to design, model, and optimize acid fracturing treatments with confidence: Precise fracture and acid propagation modeling, Optimized acid type, concentration, and volume selection, Post-job production and performance forecasting, User-friendly interface for engineers and decision-makers, Cost and risk optimization for field operations

Core Features

FracADVANCE models stimulation performance using key rock and reservoir parameters such as mechanical properties, fracture characteristics, permeability, porosity, and formation damage. It accurately predicts fracture behavior and acid–rock interactions to optimize job design and improve treatment efficiency.

The system enables selection and optimization of acid types and blends based on reservoir characteristics and operational constraints, including HCl, mud acid, organic acids, and emulsified acids. It supports optimization of acid volume, concentration, and injection schedules to ensure efficient treatment design. By balancing these parameters, the model minimizes formation damage while maximizing effective wormhole propagation and overall stimulation performance.

The model simulates fracture propagation and acid penetration to enable precise stimulation design. It analyzes near-wellbore pressure response, wormhole growth, and acid reaction kinetics to ensure accurate treatment prediction. By evaluating skin factor reduction, damage removal efficiency, and multi-stage or complex fracture treatments, it supports optimized execution and improved reservoir performance.

The system enables the design and optimization of stepwise injection schedules, including pre-flush, main acid stage, and after-flush treatments. It allows precise control of injection rates, volumes, and sequencing to ensure effective stimulation. With real-time adjustment recommendations, the model enhances treatment efficiency and increases the likelihood of overall job success.

The model estimates production uplift and post-fracture well behavior by analyzing expected improvements in Productivity Index (PI) and overall flow performance. It evaluates flow regimes and recovery factors to provide a clear understanding of long-term production impact. Based on data-driven insights, the system also delivers recommendations for future stimulation treatments to maximize reservoir potential and sustained well productivity.

Benefits of Using FracADVANCE

Work 01

Higher Job Success Rate

Reduce trial-and-error and improve treatment efficiency

Work 02

Optimized Resource Use

Minimize trial-and-error by screening EOR strategies before field implementation

Work 03

Reduced Operational Risk

Avoid formation damage and suboptimal stimulation

Work 04

Improved Production

Predictable and sustainable post-fracture well performance

Work 05

Enhanced Decision-Making

Data-driven insights for engineers and operators

Who Uses FracADVANCE?

Oil & Gas Operating Companies

Reservoir & Production Engineering Teams

Stimulation Service Providers

Consultants and R&D Teams in Well Stimulation

Design Acid Fracturing Jobs with Confidence

FracADVANCE empowers engineers and operators to deliver optimized, field-validated acid fracturing treatments, reduce operational risks, and maximize well productivity.

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