Intelligent Inspections for the Process Industry and Tank Terminals

Intelligent Inspections for the Process Industry and Tank Terminals

In the process industry and tank terminal environments, asset integrity is critical. These sectors operate under strict safety regulations (such as ATEX zones and standards like EEMUA-159 and API 653) and demand continuous monitoring and proactive maintenance.

Kiwa provides advanced inspection services that integrate robotics, drone technology, and AI-powered analytics. This approach enables fast, safe, and compliant inspections, seamlessly supporting your general tank inspection program for both in-service and out-of-service assessments.

For tank terminals and in the process industry safety, compliance, and operational continuity are non-negotiable. Kiwa’s intelligent inspections complement traditional methods by bringing efficiency, safety, and clarity to your inspection programs. Through the use of drones, robotics, and AI-powered analytics, we help reduce costs, minimize risks, and deliver clear, actionable reports. With streamlined operations and advanced data capture and processing, you gain faster insights and stronger decision-making support.

Whether you're managing tank terminals, pipelines, pressure vessels, or flare stacks, our inspection solutions are built to meet the unique challenges of the process industry. We support:

Technology-Driven Efficiency

Using our digital platform, Kiwa delivers structured, multi-dimensional inspection data:

  • Visual, thermal, and emission surveys
  • Ultrasonic thickness measurements via drones (e.g. Elios 3 UT Payload)
  • 3D defect visualization and AI-powered defect annotation
  • Centralized reporting via digital dashboards or PDF formats

This integrated ecosystem enables predictive maintenance, trend analysis, and strategic asset management, helping you move more efficient. 

More information? Contact us!

Would you like to know more about our services in the field of Intelligent Inspections? Please contact us using the form.