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Zallaf Projects – Well Performance Optimization
The Zallaf Projects are dedicated to enhancing well performance across various oil fields, with a focus on improving production efficiency and maximizing recovery. By leveraging cutting-edge technologies and detailed performance assessments, these projects aim to address issues such as declining production rates, high water cut, and reservoir pressure fluctuations. Continuous monitoring and data-driven insights help optimize well operations, ensuring that each well performs at its full potential while maintaining long-term stability.
Innovative Solutions for Sustainable Production
At the core of the Zallaf Projects is a commitment to providing tailored solutions that meet the specific challenges of each well. This includes optimizing artificial lift systems, enhancing reservoir management strategies, and fine-tuning production parameters. Through a combination of real-time well testing, performance analysis, and operational adjustments, Zallaf Projects ensure that wells maintain peak performance, contributing to both increased production and improved economic returns.
Case 1: MPFM Comparative Evaluation - Chadar Field
Field Overview
- Field: Chadar
- Date: March 2025
- Discrepancy Observed: ~700 barrels
Key Challenges
- Significant measurement variance between MPFM systems
- Validation required under diverse GVF conditions (0-100%)
- Proof of measurement accuracy against WOC and Y separators
Validation Process
- Parallel testing with WOC and Y test separators
- High-GVF condition performance analysis
- Statistical correlation assessment
| Parameter | Haimo MPFM | MPFM X | Y Separator |
|---|---|---|---|
| Average Daily Measurement | 4,250 | 4,950 | 4,210 |
| GVF 95-100% Accuracy | 98.2% | 89.5% | 99.1% |
| Measurement Variance | ±1.2% | ±4.7% | ±0.8% |
Validation Conclusion
- Haimo MPFM showed 97.8% correlation with Y separator results
- Reduced variance by 72% compared to MPFM X
- Maintained <1.5% error margin in high GVF conditions