📋 Case Study
WirelessHART Deployment for Remote Tank Farm Monitoring
High cost and risk of trenching fiber/copper to remote locations; unreliable cellular telemetry for level and temperature
🏗️ Project Overview
Instrumentation upgrade of 42 atmospheric storage tanks in West Texas oil field
🎯 Challenge
High cost and risk of trenching fiber/copper to remote locations; unreliable cellular telemetry for level and temperature
🔧 Design Approach
WirelessHART mesh network with 7 gateways, solar-powered nodes, and redundant path routing; integrated with OSIsoft PI System
📐 Design Diagram
AI-generated project design illustration
📐 Key Calculations
Mesh Hop Count
log₂(N_nodes)
Result: ≤4 hops
Ensured latency <1s for alarm delivery
Battery Life Estimate
Capacity / (I_avg × t_cycle)
Result: 8.2 years
Exceeded 5-year maintenance window requirement
📊 Results
Reduced installation cost by 63%; achieved 99.992% data availability; enabled real-time inventory reconciliation and leak detection💡 Lessons Learned
- •Gateway placement must avoid RF shadowing from tank walls
- •Solar panel tilt angle critical for winter performance in high-latitude sites
✅ Key Takeaways
- 1Gateway placement must avoid RF shadowing from tank walls
- 2Solar panel tilt angle critical for winter performance in high-latitude sites