Appendix CRF - Part 3 - Northamptonshire County Council

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G5 Briefly describe any gas clean-up system or filtration on your incinerator. H Disposal of gaseous waste H1 Do you intend to dispose of radioactive waste in the form of gas, mist or dust? Yes Please continue with the rest of this section No Please go to next section H2 How many discharge points do you intend to use to dispose of gaseous waste? Number of discharge points Please supply the information in questions H3 to H5 for each discharge point if you have more than one. H3 Identify or describe the discharge point. H4 List the radionuclides you intend to discharge. You should only include intentional and unavoidable discharges of radioactive waste that you expect to need to make after the application of Best Practicable Means to your processes. The Environment Agency does not authorise the accidental release of radioactive material. The quantities specified should be the maximum realistically likely within the normal range of operations. Radionuclide Maximum discharge in a single day in becquerels Maximum discharge in a year in becquerels H5 Maximum number of days in a year on which you intend to discharge Is the proposed annual discharge greater than one tenth of the relevant Pollution Inventory Threshold? (available from the Environment Agency’s web site) WS010001/ENRMF/CONSAPP<strong>CRF</strong> 678
H6 How do you intend to measure or estimate the activity of the discharge? Please explain the methods to be used and state whether the methods are capable of demonstrating compliance with any proposed discharges greater than one tenth of the Pollution Inventory Threshold. Assessment H7 Please attach your radiological assessment of the proposed discharges to this form. You should assess the dose to the most likely exposed individual(s) who are not involved in your work with radioactive material or waste. For each discharge point you should give details of • the height of the discharge point • the height of the discharge point above the highest part of the nearest building • the discharge rate • details of any filtration on the discharge system Please give details of the calculations you use. I Aqueous Waste Accumulation of aqueous waste I1 Do you intend to accumulate radioactive aqueous waste? This includes accumulation of waste to enable short-lived radionuclides to decay. Yes Please continue with the rest of this section No Please go to next section I2 Why do you intend to accumulate aqueous waste? It is not common to accumulate aqueous waste before you dispose of it. Please explain why you want to do it. Any proposed accumulation should be part of the BPM assessment supplied under question F4. I3 How do you intend to accumulate aqueous waste? Please explain what facilities and controls you will use to store the accumulated aqueous waste safely. I4 How long do you intend to accumulate aqueous waste for? Please give the maximum time that radioactive aqueous waste will be stored from creation or receipt until final disposal. WS010001/ENRMF/CONSAPP<strong>CRF</strong> 679
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AUGEAN PLC EAST NORTHANTS RESOURCE
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Preface This authorisation applicat
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Wound Exposure 8.5 Pre-Closure - no
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Summary Introduction S1 This docume
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Radioactivity & Risk S12 This summa
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The LLW Disposal Proposal S24 The a
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Key Facts Summary Operational Legal
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S32 The actual capacity of the land
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S40 What are the impacts of transpo
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Annex to the Summary: What is Radio
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How Does Radiation Interact with th
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Supporting Information for the Appl
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2.0 Authorisation 2.1 Background 2.
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management option will allow curren
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Objective/Principle/Requirement fro
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3.1.3 The HPA have recently issued
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Hazardous waste landfills receive w
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easonable attempts have been made t
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3.6.6 This application document doe
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3.10.7 The new regulations to trans
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4.2 Business Plans and Site Develop
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upper bound on the region of dose o
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proposed that if the waste has an u
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y the authorisations for transfer i
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5.4.9 Each package or self-similar
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5.6 Disposal, Waste Emplacement, Co
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package and additional shielding (f
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6.0 Waste Disposal History 6.0.1 Th
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8.0 Radioactive Waste Disposal Cons
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Scenario Annual Dose Criteria Publi
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8.1.9 Additional ALARA precautions
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8.3 Pre-Closure - not expected to o
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Doses from Dropped Load Scenario In
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- The crater size can be estimated
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8.5 Pre-Closure - not expected to o
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Nuclide Maximum Leachate Authorisat
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8.9 Post-Closure - expected to occu
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8.10 Post-Closure - expected to occ
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Groundwater Pathway, Site Boundary
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Intrusion (Table 5.3, Annex B) "Int
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Intrusion (Table 5.3, Annex B) "Res
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8.15 Results of the Assessment Scen
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8.16 Landfill Radiological Capacity
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Radiological Capacity (MBq) (0.02 m
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8.16.5 The likely conclusion is tha
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With the additional constraint that
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Limit values are prescribed for cer
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nuclides (including appropriate dau
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10.0 BPEO Assessment for Disposal o
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the Environmental Permitting Regula
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12.0 Landfill Engineering and BAT F
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13.0 Waste Hierarchy and Waste Mini
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ECOLOGY and NATURE CONSERVATION Woo
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15.2 Augean’s Core Business Value
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15.5 Augean Organisation Group Tech
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CPR 04 Off loading of palletised wa
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15.7 Arrangements Specific to LLW D
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17.0 The Application Forms 17.1 Was
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References 1 Process and Informatio
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Figures Application for disposal of
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WS010001/ENRMF/CONSAPPCRF 439
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analysis, sensitivity. A quantitati
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closure. Administrative and technic
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dose. A measure of the energy depos
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HPA (NRPB) The Health Protection Ag
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model. A representation of a system
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adioactive material. Material desig
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safety culture. The assembly of cha
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uranium, enriched. Uranium containi
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Annexes A Radiation, People and the
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the
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Radiological Assessment for Disposa
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Radiological Assessment 0820-2 Vers
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4.3.2 Fire Radiological Assessment
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Page 309 and 310: Radiological Assessment 0820-2 Vers
Page 323 and 324: Annex C ENRMF, IRRs 1999, Radiation
Page 325 and 326: 2 VERSION 3, 14 July 2009 year, and
Page 327 and 328: 2 RADIATION RISKS FROM NORMAL OPERA
Page 329 and 330: 6 VERSION 3, 14 July 2009 Thus, dus
Page 331 and 332: 8 VERSION 3, 14 July 2009 protectio
Page 333 and 334: 10 VERSION 3, 14 July 2009 Access t
Page 335 and 336: 12 VERSION 3, 14 July 2009 clean an
Page 337 and 338: APPENDIX TO ENRMF RISK ASSESSMENT 1
Page 339 and 340: Radionuclide Dose coefficient (Sv/B
Page 341 and 342: Technical Services Group NOT PROTEC
Page 343 and 344: 1 INTRODUCTION NOT PROTECTIVELY MAR
Page 345 and 346: NOT PROTECTIVELY MARKED Figure 3: D
Page 347 and 348: 4 REFERENCES NOT PROTECTIVELY MARKE
Page 349 and 350: Annex F Application Form WS010001/E
Page 351 and 352: Contents A For Office Use B Company
Page 353 and 354: East Northamptonshire Council Count
Page 355 and 356: E Type of Application E1 When would
Page 357 and 358: 13.2 Illumination - Use of radiolum
Page 359: Please note that Environment Agency
Page 363 and 364: I13 What is the total monthly volum
Page 365 and 366: J Organic Liquid Waste Accumulation
Page 367 and 368: Transfer to a contractor Please pro
Page 369 and 370: Disposal of very low level solid wa
Page 371 and 372: 1 0 Solid waste continued L14 How d
Page 373 and 374: L29 What is the maximum annual disp
Page 375 and 376: M2 Do you wish to have the standard
Page 377 and 378: WS010001/ENRMF/CONSAPPCRF 695
Page 379 and 380: *Note - These terms are explained i
Page 381 and 382: Documentary evidence of measures ta
Page 383 and 384: E-mail S18 What is the address of t
Page 385 and 386: Please give the county council unle
Page 387 and 388: Example Capacity Calculation Layout
Page 389 and 390: Annex H Calculation of dose rate at
Page 391 and 392: NOT PROTECTIVELY MARKED Table of Co
Page 393 and 394: NOT PROTECTIVELY MARKED 2.3 MicroSh
Page 395 and 396: 3.3 Covering soil material thicknes
Page 397 and 398: NOT PROTECTIVELY MARKED APPENDIX A
Page 399 and 400: Report Determination of 238 U, 235
Page 401 and 402: Job reference number GAU1278 (Final
Page 403 and 404: 3 H Job reference number GAU1278 (F
Page 405 and 406: Job reference number GAU1278 (Final
Page 407 and 408: Annex J Capability Statements WS010
Page 409 and 410: Peter Shaw Job Title - Group Leader
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Galson Sciences Limited July 2009 D
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1987 - 2005: Director of Environmen
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Appendix CRF - Part 3 - Northamptonshire County Council

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