Case studies

Osprey Integrity

To minimise tunarounds for large industrial facilities, Canadian-based Osprey Integrity use Trendspek to deliver full coverage monitoring and digital programs for their clients — transforming reactive repairs into proactive maintenance strategies.

We speak to Osprey Integrity's President, Courtland Penk.

Outcomes

Digital-led preventive maintenance program to monitor risks

Osprey Integrity first selected Trendspek for its superior contextualisation and data management of drone data.

‍The goal was to optimise situational awareness and user experience for their leading industrial clients responsible for managing large sites and facilities.

Courtland Penk, President of Osprey Integrity says:

"By enabling early identification of deficiencies, ranging from minor to critical, this has helped to prioritise repairs and directly helped to prevent surprise maintenance events at the facility."


Following data collection, Osprey's team built a comprehensive predictive maintenance program using Trendspek's tools to monitor potential risks and enable contractors, including:

Insulation deficiencies (minor punctures, open/missing NDE ports, dislodged sheets of clad etc.)
Steam system leaks and thermal anomalies
Broken/deformed mechanical shutters
Plugged ventilation outlets
Missing structural support hardware

85%

Better coverage
24/7 access to 3D models and virtual site walkthroughs

250+

Defects identified
Wide range of defects categorised digitally including insulation, leaks, thermal & structural

Interactive

Repair packages
Shareable models with accurate specs to anticipate resources and access required

Outcomes

Data collection using advanced UAV to digitise the facility

Once the facility was digitised within the Trendspek platform, Osprey Integrity created flight missions for target assets like storage tanks, piping circuits, pressure vessels, furnaces and stacks for the client.

Resultant flight routes were created to leverage existing automation of the drone technology and future advancements into nested, or ‘drone in the box’ systems.

Data was collected at regular intervals, uploaded into the Trendspek platform, and reviewed collaboratively by various stakeholders.

Once reviewed, annotations were created within the model to show precisely where a deficiency was observed, including its classification and criticality.

Recommended repair timeframe, required tradesperson and access requirements were further communicated within the platform annotation and leverage by the client to create maintenance repair work packages for issuance to the appropriate contractors.

Through collaboration between Trendspek, Osprey and their client, the program has had a dramatic impact. According to Courtland:

"By enabling early identification of deficiencies, ranging from minor to critical, this has helped to prioritise repairs and directly helped to prevent surprise maintenance events at the facility."

Outcomes

Virtual site visits to categorise, prioritise and take action on risks

With 24/7 access to the platform, teams could conduct virtual site walkthroughs to anticipate resources and access required during turnaround periods, such as crane placements.

Trendspek’s Templating and Folder System also enabled Osprey to directly adopt their client's maintenance prioritisation tool, which considers the likelihood and consequence of failure to dictate repair urgency.

These customised templates were used alongside 3D structural data to guide employees, and contractors, on necessary repair actions, from insulation stripping to critical lift planning.
This provided situational awareness not previously possible without considerable administrative burden and field visits.

According to Courtland Penk:

"Many of these deficiencies would never have been identified by traditional inspection methods, or at least not without considerable access effort and associated costs. It’s been incredible to see this approach positively influencing a preventative maintenance mindset at the refinery."

20/20

Hindsight
"Our client has described the decision to move to this approach as 'No Brainer'"

Cost-Effective

Maintenance Strategy
"It sets the foundation for predictable maintenance conditions into the future"

Contractor

Enablement
Models shared with remote and third-party expertise to speed up remediation outcomes.

Outcomes

A continuous feedback loop between all parties within the cloud

To date, a range of deficiencies have been noted throughout the facility of various classification and urgency, including:

Safety Hazards (e.g. Work at Heights/Sharps/Noise)
Category (e.g. Insulation/Cladding/Structural/Thermal/Heat and steam)
Critical Maintenance Priority to indicate likelihood of failure
Construction Codes and Serial Numbers (e.g. Tanks)
Access Requirements (e.g. Rope, Abseil, Crane Bucket)
Repair Works Recommendations (e.g. who needs to work on this, materials required)

Deficiencies were recorded into the Trendspek platform, categorised by Templated Reporting.

This consolidated data into a single platform, and created a consistent, continuous feedback loop between all parties.

"With 20/20 hindsight, our client has described the decision to move to this preventative maintenance approach as a ‘No Brainer’ as it is thorough, cost effective, and sets the foundation for predictable maintenance conditions in the future."

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