USE OF ROBOTICS FOR RADIOACTIVE WASTE SHIPPING AND RECEIVING*

Year
1986
Author(s)
J.D. Berger - Hanford Engineering Development Laboratory
B.C. Gneiting - Hanford Engineering Development Laboratory
T. L. Sanders - Sandia National Laboratories, USA
File Attachment
485.PDF2.02 MB
Abstract
USE OF ROBOTICS FOR RADIOACTIVE WASTE SHIPPING AND RECEIVING. Radioactive waste shipping and receiving facilities presently planned for commercial and defence high level nuclear waste will handle waste packages at frequencies far in excess of those in common practice today. If current limits for radiation levels at the cask surface and current handling methods are used, high cumulative personnel exposure to ionizing radiation is projected to occur. To reduce these exposure levels, alternate handling methods are being developed and demonstrated. The production nature of cask receiving operations suggests commercial robotics be incorporated into a remote handling system to reduce predicted worker exposure to acceptable levels while maintaining or increasing throughput. The first phase of cask handling system development culminated in a proof-of-principle test demonstrating the feasibility of performing cask receiving and unloading operations in a remote and partially automated manner.