SciTransfer
Organization

PLANT INTEGRITY LTD

Cambridge-based specialists in guided wave ultrasonics and structural health monitoring for industrial infrastructure — tanks, pipelines, and power lines.

Engineering firmenergyUKNo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
1
Total EC funding
€1.2M
Unique partners
8
What they do

Their core work

Plant Integrity is a Cambridge-based engineering company specializing in structural integrity monitoring and non-destructive testing (NDT), with particular expertise in guided wave ultrasonics. They develop and deploy continuous monitoring systems for industrial infrastructure — from above-ground storage tanks in the oil and gas sector to power line cables in the energy grid. Their core competence is detecting structural degradation before it becomes a safety or operational problem, using advanced ultrasonic inspection technologies.

Core expertise

What they specialise in

Guided wave ultrasonicsprimary
2 projects

Central technology in both iPerm (guided wave monitoring tool) and SafeAST (continuous tank integrity monitoring).

3 projects

All three projects — SafeAST, Intel-Line, and iPerm — involve continuous or intelligent monitoring of industrial structures.

Non-destructive testing (NDT)primary
2 projects

iPerm explicitly targets NDT for oil and gas, and SafeAST applies non-invasive monitoring to storage tanks.

Oil and gas infrastructure inspectionsecondary
1 project

iPerm is directly focused on oil and gas pipeline and asset monitoring using guided waves.

Power grid asset inspectionsecondary
1 project

Intel-Line developed intelligent inspection systems for power line cable maintenance.

Evolution & trajectory

How they've shifted over time

Early focus
Storage tank integrity monitoring
Recent focus
Guided wave NDT for oil and gas

Plant Integrity's H2020 participation spans a narrow window (2015–2016 project starts), making long-term evolution difficult to assess. Their earliest project (SafeAST, 2015) focused on storage tank monitoring, while the two later projects (2016) expanded into power line inspection and oil and gas guided wave tools. The trajectory suggests a broadening from a single industrial application to multiple infrastructure domains, all unified by their core guided wave and NDT expertise.

Plant Integrity appears to be expanding its guided wave monitoring technology from tanks and pipelines into broader industrial infrastructure inspection, suggesting readiness for cross-sector deployment of their core sensing platform.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European5 countries collaborated

Plant Integrity operates as both a project leader and a contributing partner — they coordinated SafeAST and participated in two other consortia. With 8 unique partners across 5 countries from just 3 projects, they engage with diverse teams rather than relying on repeat partners. Their exclusive use of Innovation Actions (IA) indicates they focus on bringing technologies closer to market rather than fundamental research.

Compact but internationally spread network of 8 partners across 5 countries, built through 3 Innovation Action projects. No visible geographic concentration — they appear to partner based on technical complementarity rather than proximity.

Why partner with them

What sets them apart

Plant Integrity brings deep, specialized knowledge in guided wave ultrasonics — a niche but critical inspection technology — combined with demonstrated ability to apply it across multiple industrial domains (tanks, pipelines, power cables). For consortium builders, they offer a rare combination: a commercially oriented company with proprietary monitoring technology that has been validated through multiple EU Innovation Actions. Their Cambridge base and private-company status suggest strong ties to both the UK engineering research ecosystem and industrial end-users.

Notable projects

Highlights from their portfolio

  • SafeAST
    Their only coordinator role — continuous monitoring of above-ground storage tanks, demonstrating ability to lead an EU project around their core technology.
  • Intel-Line
    Largest funding received (EUR 545,345) and an expansion of their monitoring expertise into the power grid sector, showing cross-domain versatility.
  • iPerm
    Most technically specific project, directly branding their guided wave monitoring tool — likely closest to their core commercial product.
Cross-sector capabilities
oil and gas infrastructuremanufacturing quality assurancetransport infrastructure inspectionpower grid maintenance
Analysis note: Only 3 projects within a narrow 2015-2016 start window limits confidence in evolution analysis. Sector tags are missing from project data, so sector classification is inferred from project titles and keywords. The company's non-SME status despite its niche focus suggests either significant revenue or headcount — worth verifying. No H2020 activity visible after 2016 project starts, which may indicate a shift away from EU funding or simply reflect the dataset scope.