Title : Enhancing process efficiency and safety with advanced sensor technology
Abstract:
At the heart of chemical manufacturing plants lie fundamental operations, including standard utility and storage processes, that are essential for the plant’s functionality and success. They provide the crucial infrastructure and resources required for efficient and safe operations, therefore must be performed, and maintained using reliable and accurate tools.
Process analytical technologies (PAT) are tools that when used optimally, can enable enhanced process monitoring, improved product quality, increased safety and reduce operational costs. However, older measuring technologies and inefficient maintenance practices compromise plant functionality. Advanced sensor technologies offer a powerful solution to address these challenges. Not only can modern advanced sensor technologies offer improved measurement accuracy, but they often require minimal maintenance due to their superior measurement principle and construction.
This presentation will focus on the application of advanced sensor technologies to measure key parameters – pH, dissolved oxygen, and conductivity – across core techniques such as blanketing, inertization, and corrosion monitoring in pipelines and storage tanks to ensure safety, product quality, and maintain operational efficiency during chemical manufacturing. Case studies will be used throughout to demonstrate real-world applications and the benefits of correct PAT application in these core processes.
