Submitted by Mi.Varokky@iaea.org on
Project Code
F22065
2076
Project Author
INTERNATIONAL ATOMIC ENERGY AGENCY
Approved Date
Start Date
Expected End Date
Completed Date
Description

Radiation techniques are increasingly applied and continuously evolving for exploration and efficient tapping of natural resources, by the mining, metallurgy and mineral processing industries. Such industries are present in most countries and often are the major contributors to the national economies. The CRP objectives will be the development and /or enhancement of  nuclear techniques and associated methodologies on the followings topics:Radiotracers to derive data in a simple manner from a variety of complex and closed systems. Using radiotracers provide vital information which can be gathered for optimal recovery of the desired mineral; Geophysical radiation techniques as nuclear borehole logging systems which are used for exploration purposes and new technologies have to be introduced; Nucleonic control systems being used for on-line measurements on processing lines for elemental analysis, for quality control and real-time process management. New radiotracers, miniature neutron generators and X-ray systems, user friendly software, new detectors and data acquisition systems are being developed or improved  and introduced in practice. Exploration, mining, mineral and metallurgical (E3M) industries are welcome to express their needs to be addressed and potentially solved by radiation technologies. Finding solutions to these issues is the objective of this CRP.

Objectives

The overall objective of the CRP is to facilitate further advancement and implementation of nuclear technologies in exploration, mining, mineral, and metallurgical industries. Specifically, targets to be addressed will include safety, cost, and availability of nuclear technologies, as well as knowledge transfer .Exploration, mining, mineral and metallurgical (E3M) industries are welcome to express their needs to be addressed and potentially solved by radiation technologies. Finding solutions to these issues is the objective of this CRP.

Specific objectives

Addressing new raising needs in E3M industries through the development of techniques based on neutron and X-ray generators technologies for new nucleonic control systems,

improving accuracy, efficiency, and safety in industrial processes through the development/enhancement and implementation of radiotracing techniques

Participating Countries
Ghana
Pakistan
CRP PO1 Name
MAGHELLA SEMINARIO,Gerardo
CRP PO1 Email
G.Maghella-Seminario@iaea.org
CRP PO1 Section
RCRTS - Radiochemistry and Radiation Technology Section (RCRTS)
CRP PO1 Division
NAPC - Division of Physical and Chemical Sciences
CRP PO2 Name
HORAK,Celina
CRP PO2 Email
C.Horak@iaea.org
CRP Open for proposals
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