An integrated platform of intelligent operations and safety tools, purpose-built for LNG, oil and gas, and process industries. Major hazard barriers, isolation state, operational compliance, and shift performance — made visible in real time on the systems your facility already runs.
The four-state barrier classification — the platform's defining logic, applied continuously to every Safety Critical Element across the facility.
Five things plant leadership cannot see today, common to LNG, oil and gas, and process facilities — and that no current technology fully addresses. The Prosafe platform closes each of them with a dedicated tool, on shared integration infrastructure.
Bow-tie analysis is conducted on a periodic cycle. Safety Critical Element integrity is documented in static records but never visualised continuously. Shift managers and process safety leaders have no real-time view of which barriers are Intact, Degraded, Absent, or Unassessed across the bow-ties relevant to current operations. Barrier degradation is identified after incident, not before.
Major facilities typically operate several isolation registers in parallel — electronic permits-to-work, mechanical lock-out tag-out, valve registers, blind/spade lists, electrical isolation certificates, high-voltage controls, and decontamination tags. No single screen shows the complete isolation picture. Cross-system conflict detection is manual and ad hoc.
Shift handover reports are unstructured narratives. Quality depends on the writing skill and time available of the outgoing shift. Institutional memory leaks at every shift change. Standard operating procedure compliance is assumed until an audit finds otherwise. Repeated incidents reveal lessons not learned.
Shift team performance scoring across multiple operational and safety dimensions is compiled manually after each cycle. Within-cycle visibility is impossible; intervention is always after the fact. Coaching opportunities pass before they can be acted on.
The daily operations report — the artefact divisional leadership relies on to understand plant status — is compiled by hand each day from disparate sources. Production figures, train or unit output, constraints, and deviations are assembled manually. The compilation effort itself is a bottleneck.
Each tool addresses a specific operational visibility gap. All five share a single integration layer built on the operational systems your facility already runs — no replacement, no DCS modification, no system migration.
Live Major Hazard SCE barrier status — Intact, Degraded, Absent, Unassessed — across all bow-tie scenarios. Continuous classification from work order, incident, alarm pattern, and inspection data. Degradation alerts before operational consequence.
Unified live Isolation Certificate view across all isolation registers. AI-drafted certificates grounded in your facility's isolation standard. Two-barrier compliance enforced. Cross-system conflict detection. Immutable audit trail across the full certificate lifecycle.
Structured shift handover capture replacing unstructured narratives. AI-generated handover notes synthesising the previous shift into prioritised briefing for the incoming team. Standard operating procedure guidance surfaced at point of execution. Repeat pattern detection.
Live multi-dimension shift performance scoring across operational, safety, and compliance metrics. Within-cycle anomaly detection and coaching alerts. Automated cycle report at close — zero manual compilation. AI-generated variance explanation alongside scoring.
Automated daily operations report synthesised from T1–T4 outputs and production data into your facility's established daily reporting format. Review-and-override interface preserves human authority over distribution. Searchable historical archive of every generated report.
The platform sits as an intelligence layer above your existing operational data infrastructure. Read-only access. No writes to source systems. No replacement of existing investment. Designed for portability across LNG, oil and gas, and process industries.
Shift Managers, Shift Supervisors, Permit Authorities, Operations Managers, Process Safety leaders, divisional leadership. The human authority over operational decisions. The platform makes operational state visible to them; they decide.
The AI-driven operational intelligence layer. The five tools and their shared integration layer. Reasoning, classification, synthesis, decision support — grounded in your facility's own procedures and source data.
Your existing industrial data platforms. Process historian, asset information management, engineering data systems. Real-time process variables, alarm history, equipment performance. The platform reads from these; it does not replace them.
The systems your facility runs on. Distributed control system, computerised maintenance management, incident management platform, electronic permit-to-work, isolation registers, condition monitoring, procedure library, laboratory data. All connectors read-only.
The platform's architectural patterns are purpose-built for facilities where barrier integrity, isolation discipline, and shift execution determine operational outcomes. Designed once for the most demanding LNG environments; portable to every related industry.
Liquefaction trains, regasification terminals, peak-shaving facilities. The platform's primary domain — designed around the operational complexity of multi-train LNG environments.
Sweetening, dehydration, fractionation, NGL recovery. Operational rhythms and major hazard profiles closely aligned with LNG; integration patterns transfer directly.
FPSOs, fixed platforms, onshore production stations. Bow-tie methodology, isolation registers, and permit-to-work systems are industry-standard — the platform speaks the same operational language.
Crude distillation, conversion, polymerisation, olefins. High-consequence operations with extensive isolation discipline and procedure-driven execution. Strong fit for the platform's reasoning patterns.
Combined-cycle gas turbines, conventional thermal, cogeneration. Shift-based operations with safety-critical barriers and live performance metrics. The platform extends naturally to this domain.
Specialty and bulk chemicals with major hazard inventories. Shift teams operating under HAZOP-derived controls and procedure-driven workflows. Platform patterns extend with reconfiguration, not redesign.
Prosafe Energy Solutions Nigeria Limited is an AI-powered intelligent operations and safety technology company, purpose-built for major hazard industries. Incorporated in Nigeria under CAMA 2020, with an affiliated entity in the United States.
To be the foremost intelligent operations and safety technology company serving the LNG, oil and gas, and process industries globally — building the platform that makes major hazard barrier management, isolation assurance, and operational performance visible in real time to every operator, supervisor, and leader responsible for safe production.
We connect the operational data major hazard facilities already produce — from maintenance management, distributed control systems, incident platforms, and permit-to-work systems — to the people who need to act on it, in real time. We close the gap between what operational systems record and what plant leaders can see.
We build tools held to the same standard as the systems they support — accurate, reliable, trustworthy in a major hazard environment.
Every product decision is grounded in real operational experience. We build for an industry we have worked in, at every level, for decades.
Our platform makes what was invisible visible — and we apply that same principle to how we operate as a business.
The operational frameworks we support evolve. Our platform evolves with them. We deliver greater value each year of the engagement.
Built in Nigeria for the global industry — demonstrating that world-class operational technology can originate from the African energy sector.
The founder is a former operator and process safety engineer with twenty-eight years of major hazard operational experience at one of the world's largest LNG facilities. He progressed from the field to senior operational leadership, serving as Shift Manager (the senior shift authority accountable for safe production across multiple LNG trains) and in process safety and operations coordination roles — process owner for the permit-to-work system, lock-out tag-out programme, isolation registers, and operations competence assurance.
He held Technical Authority for both Operations and Process Safety. The platform is designed by someone who held the roles it supports — every product decision grounded in operational vocabulary, workflow understanding, and regulatory context that comes from having lived inside major hazard operations for nearly three decades.
We work directly with operators in LNG, oil and gas, and process industries on pilot deployments and full-platform engagements. For commercial enquiries, technical due diligence, or to schedule a working session with our technical team, please reach us at the address below.
Open a Conversation