Automation Services

SSECI is a vendor-neutral integrator with a proven track record in delivering complex site-wide automation expansions for all major automation brands for: 

  • SCADA – Supervisory Control & Data Acquisition Systems
  • DCS – Distributed Control Systems
  • PLC – Programmable Logic Controllers
  • SIS – Safety Instrumented Systems
  • BMS – Burner Management Systems
  • CCS – Compressor Control Systems 
  • F&G – Fire & Gas Systems
  • PSM – Power Systems Monitoring

Uniquely our integration services are elevated by our tightly integrated engineering software tools and our TUV Functional Safety certified engineering experts.  Our vast process technology expertise and practical process safety experience provide the best combination of experience and familiarity of governing codes and standards to ensure your project will be implemented to meet the minimum requirements needed to satisfy compliance agency requirements. 

SSECI’s engineering, design, and consulting services focus on your digital asset lifecycle:

  • Process Safety Management Consulting for adherence to OSHA & PHMSA guidelines
  • Instrumentation Engineering & Design
  • Electrical Engineering, Design, & Studies
  • Automation Engineering, Design, Programming, and Commissioning
  • Information Systems integration, cyber-security assessments, and digital twin implementations

Our streamlined integrated engineering approach leverages SmartPlant Instrumentation to automate the logic and graphics development of your automation system to ensure optimal personnel efficiency translating into the best economical value to our customers.  Our solutions use a highly repeatable approach to optimize maintainability while maximizing production yields, reliability, and quality.  Our safely first culture driven by our TUV certified Functional Safety Engineers deliver all projects on scope, on schedule, and within budget.

Let us show you how our metrics driven performance company:

  • Our solutions are focused on increasing retrofits through optimizing production predictability and product quality.
  • Increase production yield by reducing spurious shutdowns via improved automation system availability and overall reliability.
  • Reduce asset, personnel, and facility risk through improving interoperability conditions with human condition factor design displays which minimize operator fatigue while heightening awareness around critical tasks and alarms.