Environmental Remediation and Restoration of Contaminated by L van Velzen

By L van Velzen

Nuclear websites develop into infected with radionuclides because of injuries and actions performed with out due attention for the surroundings. Naturally-occurring radioactive fabrics (NORM) published by way of business strategies corresponding to coal strength creation and fertilizer manufacture can also require clean-up. Environmental remediation and recovery goal to lessen publicity to radiation from infected soil or groundwater. This booklet presents a accomplished review of this quarter. half 1 presents an creation to the differing kinds of infected web site and their features. half 2 addresses environmental recovery frameworks and tactics. half three then stories diversified remediation suggestions and strategies of waste disposal.

  • Explores forms and features of infected nuclear and NORM sites
  • Provides a close consultant to environmental recovery frameworks and tactics together with stakeholder involvement, possibility overview and cost-benefit research within the remediation and recovery of infected nuclear and NORM sites
  • Offers assurance of remediation suggestions and waste disposal from electrokinetic remediation to in situ and ex situ bioremediation of radionuclides infected soils

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Additional info for Environmental Remediation and Restoration of Contaminated Nuclear and Norm Sites (Woodhead Publishing Series in Energy)

Example text

In some cases, infilling may be sufficient. When designing new facilities, decommissioning needs can already be taken into account. This will facilitate the eventual decommissioning. Remediation of mining and milling facilities often is a long-lasting process and may require a variety of installations to handle and treat materials (IAEA, 1998). The careful integration of decommissioning and remediation will often facilitate both processes (IAEA, 2009). During decommissioning only those plants, structures, and buildings will be removed that are not needed anymore.

1 Solid waste generated at medical and industrial facilities The amount of radioactive waste produced in different countries varies widely, depending on the scale of the applications and the range of activity associated with particular nuclear materials. The associated activities and practices in different Member States may be grouped into five classes in accordance with the extent of the use of radioactive materials (IAEA, 2001). Note that NPP and fuel cycle waste are produced by class D and E countries and are dealt with elsewhere in this chapter.

Low-level waste (LLW): contains limited amounts of long-lived radionuclides. This classification covers a very wide range of radioactive waste, from waste that does not require any shielding for handling or transportation up to activity levels that require more robust containment and isolation periods of up to a few hundred years. There are a range of disposal options, from simple near-surface facilities to more complex engineered facilities. LLW may include short-lived radionuclides at higher levels of activity concentration, and also longlived radionuclides, but only at relatively low levels of activity concentration.

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