PCS 7 Upgradation for Nutrition Manufacturing Plant
Secure and Future-Ready Automation Modernization with Siemens PCS 7 V10 SP1
The Challenge:
Abbott Healthcare’s objective was to modernize its nutrition production facility by upgrading the Siemens PCS 7 system from version 9.0 to version 10 SP1 in both the process plant and the DBP (powder) plant. The project involved upgrading multiple controllers, client stations, redundant virtual OS servers, and a dedicated Recipe OS system while maintaining uninterrupted plant operations.
The main challenge was to complete the entire PCS 7 migration and library conversion within a limited shutdown window. The project also required seamless integration between production systems, CIP systems, utilities, and recipe management systems. Additional complexity arose from the DBP DCS application, developed using OEM libraries, strict IT cybersecurity standards, and domain policies enforced on Abbott's centralized virtual infrastructure.
The Solution:
A complete PCS 7 modernization was successfully carried out by Velox Automation using Siemens PCS 7 V10 SP1. The project included a full system migration, library conversion, virtualization of redundant OS servers, and integration with Abbott's cybersecurity infrastructure. Controllers, client stations, and recipe OS systems were upgraded and validated while ensuring reliable communication between production, CIP, and utility systems. Extensive redundancy testing, failover validation, and commissioning activities were completed within the planned shutdown period, enabling a smooth and risk-free transition.
Why Velox Solutions Makes Sense
For the Client:
The PCS 7 upgrade was completed within the planned shutdown period and had minimal impact on production. The modern platform improved cybersecurity, system reliability, operational visibility, and maintainability while enabling stable communication between production, CIP, and utility systems. The result is a secure and scalable automation environment ready to support future operational needs.
For the Environment:
By using a virtualized server architecture and optimized system design for the environment, the project significantly reduced the need for additional physical hardware. This approach reduced energy consumption, improved the utilization of IT resources, and supported sustainable production operations while maintaining high system availability and reliability.