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[An integrated control system for radioisotope facilities]
Y Ogata1, M Maeda, K Takeshima
1Radioisotope Center, Nagoya University, Japan.
Radioisotopes
|March 1, 1989
Summary
This study presents an integrated system for managing radioisotope laboratory safety, access control, and environmental conditions. The system enhances security and reduces operational costs through automated monitoring and access verification.
Area of Science:
- Nuclear Science and Engineering
- Laboratory Safety Management
- Biometric Security Systems
Context:
- Radioisotope laboratories require stringent safety protocols for personnel and facility access.
- Managing access and environmental controls in specialized labs presents unique challenges.
- Existing systems may lack integration for comprehensive oversight.
Purpose:
- To develop and implement an integrated system for enhanced radioisotope laboratory management.
- To secure access to controlled laboratory areas using multi-factor authentication.
- To automate the control of environmental systems like air-conditioners for efficiency and safety.
Summary:
- The developed system integrates a personal computer with an access controller, biometric eye retinal verifier, magnetic card readers, hand-foot monitors, video recorders, and a fire alarm.
- The access controller centrally manages 13 gates and air-conditioners, ensuring only registered personnel can enter.
- The system provides accurate access records and contributes to significant reductions in electricity and fuel consumption.
Impact:
- Facilitates safer utilization of radioisotope laboratory facilities.
- Improves overall laboratory security and operational efficiency.
- Demonstrates a model for integrated safety and resource management in high-risk research environments.