NUCLEAR MATERIAL FLOW ALGORITHM AND EFFECT OF EXTERNAL COST ANALYSIS International Symposium on Symbiotic Nuclear Power (ISSNP2024)

报告详情

NUCLEAR MATERIAL FLOW ALGORITHM AND EFFECT OF EXTERNAL COST ANALYSIS

编号：89 访问权限：私有更新：2024-09-19 17:02:22 浏览：58次张贴报告

报告开始：暂无开始时间（Asia/Shanghai）

报告时间：暂无持续时间

所在会场：[暂无会议] [暂无会议段]

演示文件

提示：该报告下的文件权限为私有，您尚未登录，暂时无法查看。

摘要

A review of nuclear fuel cycle scenario from different studies in respect of the material flow analysis which are assessed through the artificial intelligence algorithm is hereby presented from a comparative analytic point of view. Different strategies which are engaged for nuclear materials flow chain in the adopted fuel cycle option are thoroughly examined, on one hand the review covers material flow chain and the algorithm which significantly accounts for their impart in the value chain while in another instance a detection of vital nuclear material is critical to accounting and control where proliferation is averted. A scenario-based study was conducted using the IAEA’s Nuclear Fuel Cycle Simulation System (NFCSS) where a commercial PWR made up of U-Pu MOX fuel configuration is subjected to different scenarios in order to determine the nuclear material requirements needed to have a sustainable closed fuel cycle, the results of decay heat and radiotoxicity is in agreement with scenario requirement study made as a bases for material flow analysis and the response of radiotoxicity and decay heat to the input fuel and strategy parameters obtained from NFCSS is reflective of one of the indices of external cost analysis of public acceptance. This study also tends to determine the externality of nuclear fuel cycle and material flow involved based on scenario strategies.
Material Flow Algorithm, External Cost, Scenario Criteria, NFCSS

关键词

Material Flow Algorithm;external cost;Scenario criteria;NFCSS

报告人

FESTUS OCHEME

PRINCIPAL SCIENTIFIC Harbin Engineering University；NIGERIA ATOMIC ENERGY COMMISSION

A NIGERIAN MALE STUDENT AND PhD CANDIDATE OF THE NUCLEAR SCIENCE AND TECHNOLOGY COLLEGE OF THE HARBIN ENGINEERING UNIVERSITY WHO HOLDS A MASTERS DEGREE IN NUCLEAR SCIENCE AND TECHNOLOGY FROM THE NATIONAL RESEARCH NUCLEAR UNIVERSITY, MEPhI, MOSCOW, RUSSIAN FEDERATION AND MASTERS DEGREE IN APPLIED (RADIATION/BIOPHYSICS) FROM THE UNIVERSITY OF JOS, NIGERIA. WORKS IN THE RADIOACTIVE WASTE MANAGEMENT SECTION OF THE NUCLEAR POWER PLANT DEPARTMENT OF THE NIGERIA ATOMIC ENERGY COMMISSION