Engineering Solutions for Fuel Storage, Transfer and Treatment
Fuelcare designs and fabricates fuel treatment and monitoring systems for storage, dispensing and combustion applications across marine, rail, aviation, defence and industrial sectors.
All systems are engineered to specification, manufactured in our own workshops, and validated before deployment.
Systems Engineered for Operational Reliability
Proven performance across high-demand fuel environments
Designed and built in the UK
Every system is designed, fabricated and tested in-house - built to meet the specific flow rates, pressure ratings, chemical compatibility and environmental conditions of your application.
40+ years of applied engineering
Extensive experience in additive injection engineering, fuel polishing systems, filtration and monitoring system design - with proven installations across marine, rail, aviation and defence operations.
Certified and compliance-ready
All systems are CE marked, ATEX rated for hazardous area installation and PED approved as standard. IoT-enabled monitoring and cloud-based data reporting are available across the full fuel engineering system range.
Two Core System Platforms
Independently specified or deployed together depending on your application requirements and environment
A.I.S.™ Additive Injection Systems
Automated additive injection systems that deliver precise additive concentrations directly into the fuel stream, engineered for high-volume terminals, forecourts and bunkering operations across marine, rail and industrial sectors.
ClearFuel™ Fuel Polishing Systems
Mobile and fixed-installation fuel polishing systems engineered to remove free water, emulsified water, solid particulates and microbial contamination from stored fuels to ISO 4406 cleanliness standards.
From Specification to Commissioning
A structured process from initial survey through to operational handover and ongoing support
Site assessment and fuel system survey
Initial review of existing fuel infrastructure, storage configuration, tank condition, contamination history and system vulnerabilities.
System specification and proposal
Engineering recommendations matched to your fuel type, flow requirements, dosing parameters and compliance obligations.
Installation and commissioning
Factory-tested systems installed by Fuelcare technicians. Commissioning carried out with minimal disruption to live operations.
Ongoing monitoring and technical support
Remote monitoring, data logging and access to technical support for system performance, maintenance scheduling and regulatory reporting.
Take total control of your fuel infrastructure with real-time IoT monitoring
Track tank health, contamination levels, fuel quality and dosing activity across your entire fleet — from one centralised dashboard.
The Fuelcare IoT dashboard gives operators, engineers and fleet managers complete visibility over their fuel systems in real time. Whether you manage a single offshore platform, a network of fuel depots or a global shipping fleet, our dashboard connects directly to your tanks and delivers live, actionable data 24 hours a day, 7 days a week.
No more manual sampling. No more unexpected contamination events. No more unplanned downtime. The dashboard automatically monitors key fuel health indicators and triggers instant alerts when intervention is needed — putting your team in control before problems escalate.
Live tank contamination alerts and instant notifications
Automated dosing schedules with precision dose control
Fuel quality trend reports and historical analytics
Installed and Operational Across Critical Sectors
Fuelcare fuel engineering systems are in active use across shipping, offshore, defence and aviation operations - sectors where system failure is not an option.
Systems installed globally
Average reduction in unplanned downtime
Active monitored sites
Regulatory compliance maintained across all monitored installations
Fuelcare Engineering FAQs
Find answers to frequently asked questions about Fuelcare's Engineering capabilities and its applications.
Fuelcare's engineering division designs, fabricates and tests two core system types from its UK workshops: A.I.S.™ Additive Injection Systems - precision automated dosing units that inject fuel additives in-line with fuel delivery - and ClearFuel™ Fuel Polishing Systems - multi-stage filtration units that remove solid particulates, water and microbial contamination from stored fuel. All systems are engineered to specification, CE Marked, ATEX certified where required, PED approved and fully tested before deployment.
Yes. Fuelcare's systems are designed and manufactured to full industrial safety standards: CE Marked (EU Machinery Directive), PED approved (Pressure Equipment Directive), ATEX intrinsically safe certified (for explosive atmospheres at fuel terminals, marine and offshore sites) and Lloyds approved for marine applications. All certification documentation is available in Fuelcare's Technical Resources library.
Yes. Fuelcare's engineering systems feature optional IoT connectivity, providing real-time performance data via a cloud-based dashboard accessible on any device. Systems support API integration with existing SCADA platforms, fleet management systems and building management systems (BMS), enabling fuel performance data to feed directly into operational reporting infrastructure.
All systems are designed, fabricated and tested in Fuelcare's own UK workshops. Every system undergoes function testing before delivery and installation. With over 40 years of engineering expertise, Fuelcare has deployed systems across marine, rail, aviation, defence and industrial sectors worldwide.
Fuelcare follows a four-step process: (1) Assessment — Fuelcare engineers assess your fuel operation, volume requirements and site conditions; (2) Proposal — a bespoke system specification and proposal is prepared; (3) Installation —systems are installed and commissioned by Fuelcare's engineers; (4) Monitoring— ongoing IoT-connected performance monitoring is available post-installation. Contact Fuelcare at sales@fuelcare.com to begin the assessment process.