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Type:PATRAM Proceedings
Abstract:
In the design of radioactive material transportation packages there are components, such as the impact limiters, that typically undergo…
Type:PATRAM Proceedings
Abstract:
For the acceptance of the B(U) packages for the transport of radioactive material, the manufacturers must demonstrate their integrity for…
Type:PATRAM Proceedings
Abstract:
As consignor on behalf of COG EM A, Nuclear Transport Limited (NTL) is in charge of spent-fuel transports from European power plants (…
Type:PATRAM Proceedings
Abstract:
It is important to obtain the dose-rate profile of a cask surface or I m from the cask for evaluating the maximum dose-rate easily and…
Type:PATRAM Proceedings
Abstract:
In Germany it is intended to plan all needed equipment necessary for the removal of the high active liquid waste (HA WC) from the Karlsruhe…
Type:PATRAM Proceedings
Abstract:
The Safety Analysis Report for Packaging (SARP) for the DC-I shipping container was submitted to the United States Department of Energy (…
Changes in Packaging/Transportation: Transitioning From a Government Program to a Corporate Business
Type:PATRAM Proceedings
Abstract:
The United States Enrichment Corporation (USEC) was created by the Energy Policy Act of 1992 to ensure a domestic supply of enriched…
Type:PATRAM Proceedings
Abstract:
The purpose of hazardous and radioactive materials packaging is to enable these materials to be transported without posing a threat to the…
Type:PATRAM Proceedings
Abstract:
Chemistry studies of the effects of water flooding in Model 48X 10-ton UFii storage cylinders, as a result of impact fractures, were…
Type:PATRAM Proceedings
Abstract:
Approximately 1.5 billion tons of hazardous materials (hazmat) are transported in the U.S. annually, and most reach their destinations…
Type:PATRAM Proceedings
Abstract:
The INF Code was adopted by the 18th Assembly of the International Maritime Organization (IMO) by Resolution A. 748(18) (IMO, November 1993…
Type:PATRAM Proceedings
Abstract:
Transport package shielding calculations are performed to predict external dose rates from gamma rays and neutrons. In Japan, for gamma ray…
Type:PATRAM Proceedings
Abstract:
Nine-meter (30-foot) drop simulations of three different types of transportation casks, a monolithic ductile iron (DI), a monolithic…
Type:PATRAM Proceedings
Abstract:
In general, TRANSNUCLEAIRE uses a dedicated forged carbon steel (SA 350 grade LF 5) to manufacture the body of large casks for spent fuel…
Type:PATRAM Proceedings
Abstract:
During the last 2 years BAM has been involved in the approval of large freight containers for the transport of radioactive material. The…
Type:PATRAM Proceedings
Abstract:
A Transportation and Packaging Safety Mentor effort. comprising personnel from the U.S. Department of Energy (DOE), Office of Environment,…
Type:PATRAM Proceedings
Abstract:
The Transportation Technologies Group within the Chemical Technology Division of Oak Ridge National Laboratory provides support to, among…
Type:PATRAM Proceedings
Abstract:
The integrity requirements for transportat ion and/or storage casks of radioactive materials are defined by Competent Au thor ity(such as…
Type:PATRAM Proceedings
Abstract:
Growing concern and awareness, and potential risks to human health and to the environment posed by radioactive waste, its management and…
Type:PATRAM Proceedings
Abstract:
This paper \"~II describe, through the example of the European spent-fuel transport to the reprocessing plants ofCOGEMA at La Hague (France…