Case study · Utilities & Energy
PLC-Driven Automation for Critical Water Infrastructure
Designing and integrating PLC control, automation, and remote monitoring for a Central Coast water district with critical infrastructure.
GTech Engineering Team · Santa Maria Valley, CA ·
Outcomes
- Manual operation of critical infrastructure replaced with engineered PLC control
- Remote monitoring added so a degrading condition is seen before it becomes a failure
- Control logic documented and commissioned against acceptance criteria
The challenge
Failures at water-infrastructure sites can create public-safety consequences. The district’s critical infrastructure depended on manual operation and aging controls, with little visibility into remote sites and limited automated response when conditions changed. It needed engineered, documented control.
What we did
GTech delivered the controls and automation as an engineering project, end to end:
- PLC design and programming. Automating the site’s critical infrastructure with programmable logic controllers so the physical system responds predictably and promptly.
- Control-system integration. Tying the controls into the site’s power, sensing, and communications so the pieces work as one system.
- Remote monitoring and surveillance. Adding monitoring and site-security integration so operators can see a remote site’s condition and schedule service at early signs of degradation.
- Commissioning. Documenting the control logic and testing it against acceptance criteria before handover.
Why it matters
Automating critical infrastructure brings together GTech’s engineering roots and controls work: load calculations, documented logic, tested failure behavior, and comprehensive monitoring. Public-safety systems require defined, verified acceptance standards.
Client and site details are withheld per confidentiality. Contact us to discuss the relevant experience we can share for your requirement.