Electrical Heat Tracing (EHT) Services

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 Electric Heat Tracing (EHT) with rope access is a specialized solution designed for installing, inspecting, and maintaining electrical heat management systems on elevated or hard-to-reach industrial assets. By combining certified rope access technicians with experienced EHT specialists, facilities gain a safer, faster, and more cost-effective alternative to traditional access methods like scaffolding or lifts—significantly reducing downtime and project costs.

Why this integrated approach works well

• Cross-trained expertise
  Rope access and EHT-certified technicians perform installation, repairs, testing, and maintenance in a single mobilization—streamlining workflows and eliminating the need for multiple contractors.
   
• Efficiency & cost savings
  Eliminating scaffolding can reduce project duration by up to 70% and overall cost by more than 50%, while also minimizing site disruption and equipment rental expenses.
   
• Versatile application
  Technicians safely access and service heat-traced pipes, vessels, tanks, towers, and structural components at height, including:
   
  • Heat trace cable installation and remediation
     
  • Insulation removal and reinstatement
     
  • Circuit testing, troubleshooting, and documentation
     
  • System upgrades, retrofits, and shutdown support
     
• Specialized skills
  Teams may include MI-splicing specialists, insulation technicians, electricians, and mechanical support—ensuring technical accuracy and code compliance.
   

Integrated Safety

Rope access prioritizes safety through redundant systems, strict procedural controls, and certified IRATA/SPRAT technicians. It also removes common scaffolding-related risks, reducing exposure, congestion, and working hours at height.

 Advantages Over Traditional Access 

• One mobilization instead of multiple contractors
   
• Faster turnaround and reduced operational downtime
   
• Lower cost—no scaffolding or lift rentals required
   
• Ideal for complex, congested, or remote industrial sites
   
• Minimal footprint, making it suitable for live facilities