Ecologia to Conquer Contamination with Rockwell Automation

Ecologia to deployed AI for Energy Management in Automotive. rockwellautomation.com reports no complete outcome metric.

Maintained by Peter Korpak, Lead EditorHow evidence is checked

What Ecologia to was trying to fix

Ecologia, a UK-based environmental contractor, faced a geographically complex remediation challenge at a large petrochemical facility in Italy. Volatile hydrocarbon contamination in shallow soils and groundwater required a multi-phase extraction system to operate continuously for approximately three years. The conventional approach would have required one or two full-time engineers stationed on-site for the entire project duration — a costly, carbon-intensive arrangement that also limited Ecologia's ability to scale its services internationally. With operations spanning UK headquarters and a remote Italian site, the lack of remote monitoring capability made timely decision-making and predictive maintenance effectively impossible without costly site visits.

What Ecologia to deployed

Ecologia deployed three identical, self-contained treatment units — housed in 20-foot shipping containers — each equipped with an ATEX-rated HMI running Rockwell Automation FactoryTalk View SE, Allen-Bradley CompactLogix programmable automation controllers (PACs), and 3G/GPRS modems paired with WIN-911 SMS software for remote alarm annunciation. The CompactLogix PACs monitor over 40 parameters per unit — including flow rate, groundwater levels, pipe pressure, temperature, and contaminant gas concentration — and can trigger emergency shutdowns autonomously. Cougar Automation, acting as system integrator, designed the control architecture and trained Ecologia's engineers on Logix5000 development software, FactoryTalk View HMI configuration, WIN-911 alarm management, and VPN/3G remote access setup. WIN-911's intelligent escalation logic ensures that unacknowledged alerts are automatically routed to the appropriate personnel.

Results

Remote automation eliminated the need for permanent on-site staffing across a three-year project, delivering measurable reductions in travel, subsistence, and carbon emissions. Key outcomes include:

  • Site visit time reduced from ~3 days to under 1 hour for monitoring and parameter adjustments, conducted remotely from Ecologia's Kent headquarters
  • Reduced operational costs by eliminating the need for resident engineers in Italy
  • Lower carbon footprint through near-elimination of international travel for routine maintenance
  • Faster decision-making: real-time data access allows process adjustments within minutes of an alert
  • The solution also enabled Ecologia to position remote automation as a repeatable capability for future international contracts with multinational clients.

Key Takeaways

  • Remote telemetry and ATEX-rated automation can make long-duration environmental remediation projects economically viable without permanent on-site staffing.
  • Intelligent alarm escalation (via tools like WIN-911) is critical when operating hazardous systems across time zones — human acknowledgment must be enforced, not assumed.
  • Partnering with a specialist system integrator (Cougar Automation) for both architecture design and staff training accelerated deployment and reduced knowledge gaps.
  • Standardising on modular, identical control units across multiple site locations simplifies remote monitoring and reduces maintenance complexity.
  • Reducing site visits is not just a cost saving — for international contracts, it is often the deciding factor in project feasibility.

Evidence for Ecologia to's Energy Management deployment

Reported outcome metrics
Not reported by source
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Details

Industry
Automotive
AI Technology
Not available in record
Company Size
SME

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