Between aging plant infrastructure and escalating pressures to meet strict corporate ESG targets, the hygienic processing industry is facing a critical equipment lifecycle challenge. But for plant managers and engineering teams, replacing obsolete valve control tops is never just a simple "swap." Legacy lines are actively being "aged out," and holding onto legacy technology exposes facilities to unexpected failures, hard-to-source replacement parts, and high utility consumption.
Nelson-Jameson and the experts at Alfa Laval take a deep dive into the frictionless path to upgrading your valve controls — showing you how to transition seamlessly, eliminate operational risks, and automatically lock in massive water, chemical, and energy savings.
Topics covered in this webinar:
- The Lifecycle Reality Check: Why keeping obsolete and "aged out" equipment running costs your facility more in maintenance and utility waste than a proactive upgrade.
- The Frictionless Swap: A deep-dive into the next-generation control units, featuring auto-setup, robust Gore Vent protection, and zero-disruption retrofitting using a simple adapter.
- Built-In Sustainability & Big ROI: How advanced burst and pulse seat cleaning technologies slash Cleaning-in-Place (CIP) water usage and drain line CIP consumption.
- Incremental ESG Upgrades: How retrofitting creates significant water savings and helps meet sustainability goals incrementally without massive CapEx.
- Complete Lifecycle Support: How to leverage expert service capabilities—including procurement, in-plant installation, authorized repairs, and inventory management—to protect your ROI for the next 15–20 years.
Who should watch?
- Plant Managers & Directors of Operations: Looking to mitigate operational risks, prevent downtime, and hit key corporate sustainability targets.
- Maintenance & Reliability Engineers: Aiming to streamline commissioning, eliminate parts sourcing issues, and manage equipment longevity.
- Sustainability, ESG, & Utility Managers: Focused on reducing wastewater treatment costs, cutting thermal energy usage, and avoiding regional water-use penalties.
