Description
The purpose of this session is:
• To review the available technologies for environmental remediation
• To define the existing gaps in knowledge and needed improvements with the aim of facilitating the implementation these activities.
Dr
Michael Paul
(Wismut GmbH)
25/05/2016, 11:30
Technical and Technological Aspects of Implementing Environmental Remediation Programmes
Oral
Water treatment at active or closed uranium mining sites is required whenever the effluent from a mine, a waste depository or any other entity reveals higher concentrations than permitted under the respective Water Act or with respect to dose calculations according to the radiation protection regulations. Decision criteria for the selection of the optimal treatment approach are site-specific...
Ms
Anna Solomatina
(Chui ecological laboratory)
25/05/2016, 12:30
Technical and Technological Aspects of Implementing Environmental Remediation Programmes
Oral
IAEA INTERNATIONAL CONFERENCE ON ADVANCING THE GLOBAL IMPLEMENTATION OF DECOMMISSIONING AND ENVIRONMENTAL REMEDIATION PROGRAMMES (MAY 2016)
ОБЗОР СОСТОЯНИЯ ОКРУЖАЮЩЕЙ СРЕДЫ В РАЙОНЕ РАЗМЕЩЕНИЯ ХВОСТОХРАНИЛИЩА В Г. КАРА-БАЛТА, КЫРГЫЗСТАН. И СПОСОБЫ РАЗВИТИЯ СТРАТЕГИИ ПЛАНА РЕМЕДИАЦИИ ДЛЯ ЭТОГО ХВОСТОХРАНИЛИЩА
Solomatina, Anna,
Decommissioning and Remediation Unit, Waste and Environmental...
Ms
MARIA ELENI RAGOUSSI
(OECD NEA)
25/05/2016, 13:00
Technical and Technological Aspects of Implementing Environmental Remediation Programmes
Oral
The NEA Thermochemical Database (TDB) Project (www.oecd-nea.org/dbtdb/) is a joint project of the Radioactive Waste Management Committee and the Databank that was launched in 1984 [1]. It consists of a database of chemical thermodynamic values treating the most significant elements related to nuclear waste management, that fills significant gaps in radionuclide chemistry and supports the...