Secondary waste generation

Secondary waste generated Secondary waste generation rate Treated water nitrate concentration Resin volume... [Pg.333]

Secondary waste generated Treated water concentration... [Pg.333]

Since the pioneering work of Siddall, /V./V-dialkyl amides have been evaluated extensively as alternative extractants to TBP (200, 201). The salient features of amides as extractants are (i) low volume of secondary waste generated (completely incinerable), (ii) innocuous nature of chemical and radiolytic degradation products (better decontamination from fission products andregeneration/clean up easier), (iii) low aqueous-phase solubility, (iv) final U and Pu products streams are free of P contamination, and (v) ease of synthesis. However, LOC values of U and Pu as well as viscosity are... [Pg.93]

Secondary Waste Generation at Chemical Agent Disposal Facilities... [Pg.24]

SECONDARY WASTE GENERATION AT CHEMICAL AGENT DISPOSAL FACILITIES... [Pg.25]

Significant amounts of secondary wastes are generated at each site as a result of operations, and additional quantities of wastes will be generated during closure operations. Closure wastes will be discussed separately in Chapter 4. In Chapter 3, the secondary wastes generated as a result of operations are identified by type, followed by a discussion of the challenges faced by each site. [Pg.54]

Table 16.5 lists the surrogate (simulated) waste streams that were part of this study. The ash stream represents radioactive waste from the inventory of US Department of Energy (DOE) facilities. The Delphi DETOX streams are secondary waste generated during destruction of organics from similar waste streams [57]. The soil represents the waste from Argonne National Laboratory s inventory that was included in a site treatment plan for actual treatment. [Pg.208]

For radioactive effluent treatment, the relevant membrane processes are microfiltration, ulfrafiltration (UF), reverse osmosis, electrodialysis, diffusion, and Donnan dialysis and liquid membrane processes and they can be used either alone or in conjunction with any of the conventional processes. The actual process selected would depend on the physical, physicochemical, and radiochemical nature of the effluents. The basic factors which help in the design of an appropriate system are permeate quality, decontamination, and VRFs, disposal methods available for secondary wastes generated, and the permeate. [Pg.830]

Secondary Waste Generation from BGCAPP Operations That Include... [Pg.13]

Secondary Waste Generation from PCAPP Operations That Include Biotreatment, 30 Dunnage, Energetics, and Miscellaneous Metal Parts. 30 Solids from the Munitions Treatment Unit, 30 Filtering Media, 30... [Pg.13]

BGCAPP Projected IX Agent-Contaminated Secondary Waste Generation Rates During Operations and Closure, 29... [Pg.15]

BGCAPP and PCAPP Process Descriptions and Secondary Waste Generation... [Pg.27]

BGCAPP AND PCAPP PROCESS DESCRIPTIONS AND SECONDARY WASTE GENERATION... [Pg.28]

BGCAPP or PMACWA personnel. Plans for the disposal of secondary wastes generated at BGCAPP call for the waste to be (1) shipped offsite to an approved TSDF or (2) treated onsite and then shipped offsite. Whether onsite treatment of secondary waste is needed depends on whether the waste is agent-contaminated on noncontaminated on whether it meets airborne exposure limit guidance standards for offsite slupment, which will be set in the permit and on what may be required by the approved WAP. [Pg.42]

SECONDARY WASTE GENERATION FROM BGCAPP OPERATIONS THAT INCLUDE SUPERCRITICAL WATER OXIDATION... [Pg.44]

SECONDARY WASTE GENERATION FROM PCAPP OPERATIONS THAT INCLUDE BIOTREATMENT... [Pg.47]

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