RFID For Oil and Gas
Asset Tracking
Persistent RFID identification for critical oilfield assets across manufacturing, yards, rigs, inspections, maintenance, and field service
Oil and gas assets such as drill pipes, OCTG, downhole tools, valves, and lifting equipment move through long service lifecycles involving manufacturers, EPCs, yards, operators, inspection companies, and rental fleets.
Maintaining the correct identity and records for each asset becomes difficult when markings are damaged, assets are stacked or coated, and equipment is repeatedly handled, inspected, repaired, and redeployed.
Xerafy develops rugged RFID tagging configurations for these conditions. The right solution combines the RFID tag with the asset geometry, mounting or embedding method, operating exposure, and intended read workflow. At each controlled scan point, the identifier can connect the physical asset to the correct inspection, maintenance, certification, inventory, or handover record.
Start by validating the tagging configuration on your own assets and at the checkpoints that matter to your operation. Xerafy helps you select the right tag, placement, and installation method, working with your team or technology partner to connect each RFID read to the systems and records you already use.
Each drill pipe joint needs a durable identity that remains connected to its operating, inspection, maintenance, and repair history as it moves between yards, rigs, and service facilities. Manual records and visible markings can become difficult to reconcile after repeated handling, coating, and repair.
An embedded RFID identifier can support this lifecycle, but installing a tag in a drill pipe or tool joint is an engineering decision, not simply a mounting choice. The tag position, machining method, connection integrity, hardbanding heat exposure, downhole conditions, and intended read point must be evaluated together.
A drill pipe tracking workflow can support:
- Yard and inventory control: Identify individual joints during receiving, storage, inspection, and dispatch.
- Pipe tallying: Record pipes tripping in and out of the well at a controlled read point when the rig process and reader position support it.
- Inspection and repair: Retrieve the correct asset record and add inspection, maintenance, or repair events.
- Lifecycle decisions: Connect recorded operating and inspection data to each pipe’s identity to support return-to-service, repair, or rejection decisions.
The RFID tag provides the pipe’s identity. It does not directly measure fatigue, wear, temperature, or pressure. These values come from operating, inspection, or asset management systems connected to the tag ID.
Planning a drill pipe tracking project? Start with the Oil & Gas RFID Test Pack to compare tag formats, attachment methods, and read performance on representative assets. And ask Xerafy’s engineers to review the asset geometry, operating conditions, installation constraints, and required read points.
Downhole tools and drill bits are difficult to identify throughout their lifecycle because mounting space is limited and the assets may be exposed to impact, abrasion, fluids, pressure, and temperature. Visible markings can also become difficult to read after repeated use, inspection, and repair.
An embedded RFID identifier can connect each tool to its manufacturing, inventory, operating, inspection, and repair records. Reads normally take place at defined surface checkpoints before or after use, rather than continuously while the tool is operating downhole.
A drilling-tool tracking workflow can support:
- Manufacturing traceability: Assign a unique identity during production and connect it to specifications, quality records, and ownership.
- Inventory and dispatch: Verify individual tools as they move between storage, the rig, customers, and service facilities.
- Inspection and repair: Retrieve the correct service record and record inspections, repairs, or component changes.
- Lifecycle management: Use recorded operating and inspection data to support maintenance, reuse, or replacement decisions.
The RFID tag identifies the tool. It does not directly measure wear, fatigue, pressure, temperature, or operating hours. This information must come from inspections, operating systems, or other data sources connected to the tag ID.
Developing an OEM or large-scale drilling-tool program? Start with the Oil & Gas RFID Test Pack to compare tag formats, attachment methods, and read performance on representative assets. And ask Xerafy’s engineers about application feasibility, installation constraints, and qualification requirements.
OCTG traceability starts at manufacturing and continues through storage, transport, installation, inspection, repair, and reuse. Each casing or tubing joint needs a persistent identity connected to its grade, specifications, test results, certifications, ownership, and service history.
The right RFID installation depends on the tubular geometry and operating lifecycle. For selected workover and well-completion tubing applications, the Xerafy XS Wedge can be embedded directly into the steel to protect the identifier from external impact and abrasion.
An OCTG tracking workflow can support:
- Manufacturing traceability: Connect each tubular joint to its heat, grade, specifications, quality records, and certification documents.
- Yard and inventory control: Identify individual joints during receiving, storage, picking, and dispatch.
- Installation and handover: Verify the correct tubular at defined process checkpoints and connect it to the appropriate well, string, or customer record.
- Inspection and reuse: Retrieve inspection, pressure-test, repair, and service records before returning a joint to operation.
The RFID tag provides the joint’s identity. Wear measurements, pressure-test results, certifications, and operating history are recorded in the connected inspection or asset management system.
Evaluating RFID for an OCTG or well-completion application? Start with the Oil & Gas RFID Test Pack to compare tag formats, attachment methods, and read performance on representative assets. And ask Xerafy’s engineers to review the assets’ geometry, installation method, operating exposure, and intended read workflow.
Rigging and lifting fleets include shackles, slings, hooks, chains, hoists, lifting beams, and fall-protection equipment. Each item needs a durable identity connected to its inspection status, certificates, maintenance history, ownership, and current availability as it moves between depots, worksites, and users.
With RFID, a technician can identify the asset, open the correct record on a mobile device, complete the inspection, and update its status without manually entering an asset number. The resulting workflow can support:
- Equipment issue and return: Record which assets leave or return to a depot, tool crib, vessel, or worksite.
- Field inspections: Retrieve the correct inspection checklist, history, and documentation for each item.
- Certification status: Connect the asset to current certificates and flag items that are due, expired, quarantined, or approved for service.
- Inventory and availability: Verify which equipment is present and ready for use at defined scan points.
- Repair and replacement: Maintain an auditable record of inspections, repairs, retirement, and replacement.
The tagging configuration should match the asset and attachment constraints, for instance:
- Metal Skin® Titanium can provide a compact identification option for small metal components when the label can be protected with an application-qualified heat-shrink sleeve.
- DURAZIP provides a cable-mounted option for chains, wire ropes, valves, and equipment where drilling or welding is unsuitable.
- DURADROP provides a rugged, reusable hang-tag format for slings, lanyards, and other lifting or safety equipment.
Evaluating RFID for rigging and lifting equipment? Start with the Oil & Gas RFID Test Pack to compare tag formats, attachment methods, and read performance on representative assets. And ask Xerafy’s engineers to review the assets’ geometry, installation method, operating exposure, and intended read workflow.
Valves and flow iron are fixed or mobile assets distributed across well sites, processing facilities, yards, and service locations. The operational challenge is identifying the exact component at the point of work and retrieving its installation, inspection, testing, greasing, maintenance, and repair history.
RFID allows a field technician to scan the component with a handheld reader or mobile device, open the correct asset record, and record the completed work. Unlike sensor-based monitoring, passive RFID identifies the component at defined inspection and service checkpoints; it does not continuously monitor pressure, flow, corrosion, leakage, or valve condition.
A valve and flow iron inspection workflow can support:
- Field identification: Confirm the identity and location of each component during an inspection or service visit.
- Inspection and servicing: Retrieve the correct history and record completed inspections, greasing, testing, maintenance, or repairs.
- Maintenance status: Identify components that are due, overdue, quarantined, or approved for return to service.
- Technical documentation: Connect each component to specifications, drawings, inspection reports, test results, and certificates.
- Asset handover: Maintain the identity and service record as equipment moves between manufacturers, EPCs, operators, rental fleets, and service providers.
The tagging configuration should match the component, attachment constraints, and required read workflow, for instance:
- MICRO Industrial provides a compact on-metal option for valve bodies where an application-qualified adhesive installation is suitable.
- DURAZIP provides a cable-mounted UHF option where drilling, welding, or permanent modification is unsuitable.
- DATABAND2 NFC provides combined UHF and NFC identification for flow iron, hoses, and cylindrical equipment when both longer-range RFID reads and close-range mobile access are required.
The RFID tag provides the component’s identity. Inspection findings, pressure-test results, maintenance actions, and return-to-service decisions are recorded in the connected inspection or asset management system.
For hazardous locations, confirm the certification status of the exact tag, reader, and installed configuration required by the project.
Evaluating RFID for valves or flow iron? Start with the Oil & Gas RFID Test Pack to compare tag formats, attachment methods, and read performance on representative assets. And ask Xerafy’s engineers to review the assets’ geometry, installation method, operating exposure, and intended read workflow.
Field-Proven RFID for Oil and Gas Assets
See how operators, EPCs, equipment manufacturers, and oilfield service companies use Xerafy RFID to identify critical assets across manufacturing, yards, inspections, maintenance, and field operations
Key Benefits of RFID for Oil and Gas Operations
Persistent Asset Identification
Maintain a unique identity for tubulars, tools, lifting equipment, valves, and other critical assets through handling, inspection, repair, storage, and redeployment.
Faster Inspections and Field Workflows
Identify assets without line of sight and connect each RFID read to the correct inspection, certification, maintenance, or handover record.
More Accurate Yard and Inventory Records
Improve inventory counts and asset verification across manufacturing sites, yards, warehouses, rigs, and service locations.
Stronger Lifecycle Traceability
Preserve asset history across manufacturers, EPCs, operators, inspection companies, repair facilities, and rental fleets.
Reduced Errors and Operational Delays
Help teams locate, verify, inspect, and return the correct equipment to service with less manual data entry and fewer identification errors.
FAQs: RFID for Oil and Gas
How do you choose an RFID tag for oil and gas equipment?
The right configuration depends on the asset material and geometry, available mounting area, surface or embedded installation, temperature, pressure, chemicals, abrasion, impact, required read distance, and where identification will take place.
Xerafy helps engineering and operations teams shortlist the tag, placement, and installation method, then validate read performance and durability on the actual asset before deployment.
How are RFID tags installed on drill pipes and tubulars?
Xerafy offers one of the industry’s broadest ranges of RFID tagging solutions for drill pipes, and tubulars.
Depending on the asset and operating environment, tags can be bonded, banded, mechanically fixed, or installed in a protected location.
Embedded installations use a machined pocket or asset-specific recess designed for the selected tag.
Placement must account for connections, shoulders, hardbanding, repair heat, wall thickness, handling impacts, and structural integrity. The asset owner or manufacturer should approve any machining or structural modification, with engineering analysis where required.
Can Xerafy RFID tags be used downhole or in HPHT environments?
Yes. Xerafy provides rugged RFID tagging solutions for demanding downhole and HPHT applications, including environments involving high temperature, pressure, chemical exposure, mechanical loads, and extended service periods.
The appropriate tag configuration and installation method depend on the project’s operating envelope, asset geometry, and required read conditions.
Xerafy can recommend and qualify a suitable solution, including project-specific development where needed, and support validation on representative assets before deployment.
Can RFID be used for offshore and subsea assets?
Yes, Xerafy has RFID solutions for offshore and subsea assets, supporting identification and lifecycle traceability across demanding operating environments.
Tags can be engineered to withstand subsea service while identification takes place topside, before immersion, after recovery, or through a purpose-designed close-range interface.
Subsea projects should be qualified for depth, pressure, water ingress, corrosion, materials, and required service life.
What hazardous-area requirements apply to RFID tags and readers?
Requirements depend on the hazardous-area classification, operating location, and equipment used.
Passive RFID tags and powered readers or mobile devices are assessed differently.
Xerafy RFID tags are passive UHF, making them intrinsically safe, with selected models available with ATEX and/or IECEx certification.
Xerafy engineers are also available to help identify suitable readers and mobile devices with the certifications required for the intended zone and installation.
How does Xerafy support an oil and gas RFID deployment?
Xerafy helps define the RFID tag, mounting or embedding approach, encoded identity, and read points, then supports testing on the customer’s assets and workflows.
RFID reads can be connected to inspection, maintenance, certification, inventory, and handover records in an existing system or a new application.
Xerafy can work with the customer’s software provider or systems integrator and involve qualified reader and technology partners where required.