RFID-powered visibility for cylinder tracking, built for real-time asset control.
Industrial Gas Operations tracked heavy metal cylinders across 14 manufacturing plants by hand — no reliable way to know where a cylinder was, where it had been, or what state it was in. Aeologic deployed rugged on-metal RFID tagging, fixed and handheld readers, and a centralized monitoring platform to replace paper-based tracking with continuous, automated visibility.
In short
Aeologic built a real-time RFID cylinder tracking system for Industrial Gas Operations, a large fleet of reusable cylinders moving between filling facilities, warehouses, distributors, customers, and return locations. RFID-enabled identification, automated movement capture, and a centralized tracking platform connected cylinder activity from dispatch to return.
- Client Industrial Gas Operations
- Problem Manual registers and disconnected inventory records with limited real-time visibility
- Solution RFID tags + readers + automated movement capture + centralized platform
- Scale Multiple operational checkpoints and distributed cylinder movements
Cylinder movement was difficult to track, reconcile, and control.
A large fleet of reusable cylinders moved between filling facilities, warehouses, distributors, customers, and return locations. Traditional registers, spreadsheets, and manual scanning created gaps in visibility. Teams often had to reconcile cylinder movements after the fact, making it difficult to determine where a cylinder was, whether it had been returned, or when it was due for inspection.
-
01
Movement events recorded manually across operational checkpoints
-
02
No centralized, real-time view of cylinder movement and availability
-
03
Difficult to identify missing, delayed, or misplaced cylinders
-
04
Limited visibility into cylinder lifecycle and maintenance history
What the deployment had to achieve.
Replace manual cylinder registers with RFID-based identification and automated tracking.
Enable centralized visibility into cylinder movement, availability, status, and location.
Reduce missing, delayed, and misplaced cylinders through automated movement capture.
Connect defined operational checkpoints without replacing the existing workflow.
Digitize movement history and provide lifecycle visibility for operational teams.
An RFID-based tracking layer that connected every cylinder to a digital lifecycle.
RFID-tagged cylinders + unique asset IDs
Each cylinder is associated with a unique RFID identity for reliable identification across defined operational points.
Automated movement capture
Readers capture movement events and location activity and push the information into the centralized tracking platform.
Centralized dashboard + lifecycle visibility
The platform provides a consolidated view of cylinder inventory, movement history, status, and exceptions.
Automated movement capture
Defined cylinder movement events are captured digitally, reducing dependency on manual registers and reconciliation.
Connected operational workflow
The RFID layer connects with existing operational workflows and defined tracking points without requiring a complete process replacement.
Centralized lifecycle visibility
Operations teams get a consolidated view of cylinder inventory, movement history, status, and exceptions.
Digital cylinder lifecycle
Each cylinder is associated with a unique RFID identity, while readers capture movement events and connect them to lifecycle information.
Four specific tracking problems, four connected fixes.
Identifying and tracking reusable cylinders across operational points
Manual identification and disconnected records made cylinder location and status difficult to verify.
RFID-enabled cylinder identification
We assigned unique RFID identities to cylinders and connected them to automated movement capture.
Tracking cylinder movement across distributed operations
Cylinders moved between facilities, warehouses, distributors, customers, and return locations.
Connected operational workflows, one platform
RFID readers capture defined movement events and push them into a centralized tracking platform.
Reconciling cylinder movement and availability
Manual registers and reconciliation created delays and made missing or delayed cylinders harder to identify.
Automated movement capture, combined
RFID readers capture movement events while the centralized platform maintains the digital movement history.
Maintaining a single source of cylinder lifecycle information
Disconnected inventory records made it difficult to maintain one current view of cylinder status and history.
Centralized lifecycle visibility platform
We connected RFID movement events to one platform for centralized cylinder status, history, and exception visibility.
"Standardizing across 14 different plants ruled out a single fixed configuration. We built plant-specific configurations on a shared RFID platform, so every facility could run its own layout while feeding into one system."
From manual cylinder registers to connected lifecycle visibility.
Real-time visibility into cylinder status, location, and movement history.
Faster cylinder identification through RFID-based tracking.
Digitized cylinder movement records across defined operational checkpoints.
Centralized lifecycle visibility replacing manual manual processes with one consolidated view.
One connected system for real-time cylinder traceability.
The RFID-based cylinder tracking solution replaced Industrial Gas Operations's manual tracking processes with automated, real-time visibility into cylinder movement across defined operational checkpoints. By combining rugged on-metal tags, handheld and fixed readers, and plant-specific configurations feeding into a centralized platform, the solution reduced cylinder misplacement, improved inventory visibility, and gave Industrial Gas Operations consolidated, data-driven oversight across its entire multi-plant operation.
Common questions about this RFID deployment.
Find quick answers about RFID-based cylinder identification, movement tracking, and lifecycle visibility.
How does an RFID-based cylinder tracking system work?
Each cylinder is assigned a unique RFID identity. RFID readers capture movement events at defined operational points and send the information to a centralized tracking platform, creating a connected view of cylinder status, location, and lifecycle activity.
What cylinder movement events can RFID tracking capture?
The system can capture defined movement events across dispatch, filling facilities, warehouses, distribution points, customer returns, and other operational checkpoints, helping teams maintain a digital movement history instead of relying on manual registers.
Can RFID cylinder tracking integrate with existing operations?
Yes. The RFID tracking layer can be introduced alongside existing operational workflows rather than requiring a complete replacement. Reader events can be connected to a centralized platform so teams can continue their processes with better visibility and automated movement capture.
What benefits can an RFID-based cylinder tracking deployment provide?
The deployment can improve cylinder identification speed, reduce manual tracking effort, digitize movement records, and provide centralized visibility into cylinder status, movement history, exceptions, and lifecycle information.
Still tracking cylinders with manual registers?
Our architects can map an RFID-based cylinder tracking rollout with reader placement, movement capture, and a centralized lifecycle view — starting with a working pilot.
Book a Workshop → See RFID & Traceability →