Radioactive Waste Processing Articles & Analysis
14 articles found
What drives your selection of waste containers for radioactive waste? The variety of radioactive waste container types reflects the different types and sources of radioactive waste requiring collection, transport, and disposal. The containers are not a one-size-fits-all solution ...
– Geosynthetics Journal GHG S&T – Greenhouse Gas Science & Technology GW - Groundwater GWMR – Ground Water Monitoring & Remediation HI - Healthy Indoors HTRWM - Hazardous, Toxic, & Radioactive Waste Management Hydrocarbons Processing IA - Indoor Air IAQ - Indoor Air Quality IBE - Indoor & Built ...
Depending on what category of biomedical waste the item falls under it could potentially be spreading radioactive waste such as the by-products of the chemotherapy process. ...
There are a number of distinct advantages to the MIFTEC Z-Pinch technology, but two, in particular, stand out; the first being the lack of long-term radioactive waste, and the second being the estimated 50% cost savings compared to current production methods. The lack of long-term radioactive waste is due to the fact that the ...
There are two other major types of wastes that do not fit the organic or inorganic classifications: heated (thermal) and radioactive waste. ...
So what happens when oil and gas activities such as petroleum refining and natural gas extraction, disturb such radioactive material? They can alter the natural background radiation — the radiation that we are naturally exposed to on a day to day basis — causing radioactive waste to be brought to the earth’s surface. ...
The object of this paper is to present the 'Integrated Information System for Supporting the Inventory Control of Radioactive Waste' ? SICORR. The SICORR model considers the following items: the radioactive waste control inventory, encompassing the treatment and integration of the radioactive ...
These activities resulted in extraction and removal from the Kurchatov Institute site for long-term storage of more than 600 m³ of the waste with the total activity over 3.8 × 1012Bq (about 105 Ci).Keywords: rehabilitation activity, radioactive contamination, decontamination, specific activity, radioactive waste ...
This paper proposes the application of Direct Contact Membrane Distillation (DCMD) coupled with a nuclear reactor for water desalination and for low- and medium-level radioactive liquid waste concentration. Both laboratory and pilot plant experiments were carried out using the membranes reviewed in Part I of this paper. ...
An approach for the analysis and management of multiple criteria critical infrastructure problems is put forth. Nuclear waste management involves complex tradeoffs under uncertainty. Among all waste either generated by nature or human activities, radioactive nuclear waste is the most toxic to human health and difficult to manage: ...
This paper starts with a formal definition of risk and couples risk and uncertainty analysis in a decision analysis process. This risk-based decision analysis process is illustrated with two examples where significant decisions needed to be made relative to radioactive waste management processes. ...
Conventional thermal treatment methods, such as rotary kiln, rotary hearth furnace, or fluidized bed furnace, are used for waste pyrolysis. Molten salt process may also be used for waste pyrolysis. ...
Untitled Document Introduction: Thermal desorption is a physical separation process and is not designed to destroy organics. Wastes are heated to volatilize water and organic contaminants. ...
Most of the innovations are modifications of proven processes and are directed to encapsulation or immobilizing the harmful constituents and involve processing of the waste or radionuclides. Some distinct innovative processes include: radioactive waste solidification and vitrification/molten ...