Compositional Monitoring including H2, H2S & CO2
ScanWell’s real-time optical spectroscopy systems enable accurate on-site monitoring of gas composition and contaminants, reducing uncertainty and enabling immediate decision-making without the need for sampling or offsite analysis.
Online Gas Composition
Compositional and Gas Contaminant monitoring are critical parameters for Reservoir Engineers obtained during the Appraisal phase of a new or existing field. ScanWell have developed innovative online and realtime monitoring systems for continual measurement of Gas Composition and physical properties and critical gas contaminants such as H2S , CO2 and Hydrogen measurements utilising accurate and robust optical spectroscopy techniques. These systems provide both accurate quantitative measurements and trending at the wellsite, to allow real time decision making and reducing measurement uncertainty by removing the requirement for sampling and offsite analysis.
Gas composition data is critical for effective reservoir management, providing insights into reservoir characteristics, fluid dynamics, and production optimization. Understanding the composition of gases such as methane, hydrogen sulfide (H₂S), carbon dioxide (CO₂), and other hydrocarbons is essential for evaluating reservoir performance and planning operations. Accurate gas composition data helps in several key areas:
Reservoir Characterization: By analyzing gas components, operators can identify reservoir zones with higher productivity, assess hydrocarbon quality, and estimate reserves more accurately.
Production Optimization: Gas composition data aids in understanding fluid flow dynamics and phase behavior, enabling optimization of production strategies for maximum efficiency and recovery.
Asset Integrity: Detecting and monitoring corrosive gases like H₂S and CO₂ is vital for maintaining well and pipeline integrity, ensuring safety, and reducing corrosion-related risks.
Environmental Compliance: Monitoring gas emissions, especially greenhouse gases like CO₂, supports environmental compliance and aligns with sustainability goals.
Enhanced Recovery Techniques: Understanding gas composition helps design effective enhanced recovery methods such as gas injection, improving sweep efficiency and reservoir performance.
C1-C6, H2S, CO2, H2, N2
- Cost-Effective Solution: Eliminates the need for traditional sampling and off-site analysis.
- Continuous Monitoring: Provides ongoing trend of gas composition for comprehensive reservoir insights.
- Real-Time Data: Delivers instant data, for faster decision-making and improved operational efficiency.
- Enhanced Reservoir Management: Supports accurate reservoir characterization and optimization of production.
