Skip to Content (custom)

Radio Frequency Identification Tagging

Publication No
RS151-1
Type
Research & Development Product
Publication Date
Mar 01, 2001
Pages
26
Research Team
RT-151
DOCUMENT DETAILS
Abstract
Key Findings
Filters & Tags
Abstract

Radio frequency identification (RFID) technology is currently being used in such areas as agriculture, athletics, manufacturing, security and law enforcement, and transportation, but few applications have been developed that are related to the construction and facility operations environment. This research summary provides current information about RFID tagging.

To foster an exchange of ideas about this technology, the CII RFID research team organized a construction industry–RFID supplier workshop. As a result, potential application areas related to construction engineering and design, material management, maintenance, and field operations were identified.

The workshop also resulted in the research team selecting five application ideas for pilot tests to investigate RFID and its applicability to the construction industry. The pilot tests indicated that RFID potentially reduces costs for both owners and contractors. One pilot test showed that RFID tags provided a time savings, particularly when downloading data into a company’s procurement tracking system and when flagging an item to prevent duplicate entries. Results also suggested that RFID lowered rework costs, reduced inventory shrinkage, decreased startup times, and increased positive material identification.

The research team also investigated ways to integrate RFID technology during the project life cycle to improve productivity, cost, schedule, quality, and safety. From the contractor’s perspective, inventory control could be vastly improved. From the owner’s perspective, asset management would most benefit from this technology. The following chapters describe the research effort and suggest how the industry at large can benefit from RFID tagging.

Key Findings
The five pilot tests showed RFID can potentially reduce costs for both owners and contractors. The contractor pilot showed that RFID tags provided a time savings, particularly when downloading data into a company’s procurement tracking system and when “flagging” an item to prevent duplicate entries. For the owner applications, there were lower rework costs, reduced inventory shrinkage, reduced start-up times, and positive material identification. (RS151-1, p. 14)
From an owner’s perspective, the area of asset management could benefit the most from RFID technology. If manufacturers were required to encode RFID tags with standard information at the point of manufacture and to place the encoded tags upon components, the contractor could, upon receipt of the components, use the tags for inventory control at the job site, including preventive maintenance requirements that would apply throughout the life of the component during the project’s storage and installation cycles. When the asset was turned over to the owner, the information stored on the RFID tag could be used to track the life of the asset during its maintenance and operation period. (RS151-1, p. 22)
Both owners and contractors need to investigate processes where other identification technologies are being used (e.g., bar codes) and determine if RFID is a better fit due to the inherent limitations of other technologies. Owners may need to take an active role in implementing RFID on construction projects because contractors may be unable or unwilling to cover additional costs involved due to their tight budget constraints. (RS151-1, p. 23)
Filters & Tags
Research Topic
Radio Frequency Tagging
Keywords
Radio Frequency, Identification, Tagging, Smart Instruments, Integrity Inspections, Preventive Maintenance, Materials management, rt151