Stop chasing ghosts in your pharmaceutical water system.
Selecting the appropriate total organic carbon (TOC) measurement technology is a critical decision. Many facilities attempt to use TOC sensors for critical process control when they actually need analyzers. While they may look similar on paper, these technologies serve fundamentally different roles. And using the wrong technology can lead to costly downtime, unnecessary out-of-specification (OOS) investigations, or masked contamination threats.
To avoid "chasing ghosts" with false positive readings, you must match your technology to its intended use. Whether your priority is critical regulatory compliance, advanced process control, or general trend monitoring, this guide will help you determine the exact instrument for your needs.
Download this eBook to learn about:
- Technology Comparison: Understand the critical difference between TOC sensors and TOC analyzers, exploring how different technologies affect accuracy, risk, and compliance.
- Real-World Recovery Data: Review comparative studies to see how TOC sensors and analyzers perform. Discover why sensors often over- or under-report certain organics, while analyzers consistently achieve approximately 100% recovery.
- Data, Compliance, and Intended Use: What is your water telling you? Learn how having three distinct data streams (TOC, conductivity, and accurate inorganic carbon) allows you to instantly diagnose common contamination scenarios. What does it mean if you see a spike in TOC and conductivity without a spike in inorganic carbon?
- Process Analytical Technology (PAT) & Real-Time Release Testing (RTRT): Discover how choosing a TOC analyzer provides the validated, ALCOA+ compliant data necessary to establish reliable PAT models, enabling confident RTRT and continuous process control.
- ‘How Challenging is Your Application?’ Assessment Quiz: A quick self-assessment to determine your facility's risk tolerance and ideal technology fit.
Who should read this eBook?
- QC Managers and Lab Directors seeking to reduce retests and ensure true ALCOA+ data integrity starting at the point of detection
- QA Managers and Regulatory Specialists navigating compliance frameworks like USP <643>
- Process and Manufacturing Engineers aiming to optimize continuous monitoring and transition to real-time release testing
- Facility Managers wanting to prevent utility downtime, avoid unnecessary OOS investigations, and rapidly identify the root cause of excursions
Armed with clear information about the differences between TOC analyzers and sensors, you’ll have confidence in determining which of these technologies is right for your intended use, without leaving room for measurement uncertainty.