Australian Capital Territory
Radiation ACT – Radiation Council – Notification of Particulars of Decisions 2002 (No 10)
Notifiable instrument NI2002-349
made under the
Radiation Act 1983, s 73 (1) – Notification of decisions

I notify the following particulars of decisions of the Radiation Council as stated in the schedule.

Code of Practice under s25B(1) of the Administrative Appeals Tribunal Act 1989
Review by the ACT Administrative Appeals Tribunal – Any persons whose interests are adversely affected by these decisions may apply to the Tribunal to have the decision reviewed.
Reasons – If you wish to obtain a statement of reasons to explain why the decision was made you should write within 28 days of this notice to the
ACT Radiation Council, GPO Box 825, Canberra ACT 2601
Location of the ACT Administrative Appeals Tribunal – The Tribunal is located on the 4th Floor, Canberra House, 40 Marcus Clarke Street, Canberra City.
Postal Address : GPO Box 9955, Canberra 2601. Telephone : 6243 4611. Facsimile : 6247 0962. Document Exchange : DX 5727
Powers of the ACT Administrative Appeals Tribunal – The Tribunal is an independent body. The Tribunal can agree with, change or reject to the original decision, substitute its own decision or send the matter back to the decision maker for reconsideration in accordance with Tribunal recommendations.
How to apply to the ACT Administrative Appeals Tribunal – Simply write within 28 days explaining the details to the decision and the reasons for asking for a review.
Cost – To lodge an application there is a fee. You may apply to have the fee waived on the grounds of hardship. No fee is payable if you are receiving legal assistance.
Access to documents – You may apply for access to any documents relevant to this decision under the ACT Freedom of Information Act 1989. For more information contact the Freedom of Information Officer, Department of Health and Community Care, on phone 620 51340.

J Lising
Chairperson
Radiation Council
06 November 2002

SCHEDULE

REGISTRATION of an IRRADIATING APPARATUS (s 73(1)(e))

Owner	Christopher Punch
Description	Gendex 765DC dental x-ray machine S/No 15-1521432DP with GX70-10DC tube 	S/Nos  4013,10-1526057-DP.  65kVp, 7mA
Location	Suite 1A, Forrest Chambers
 	11 Fitzroy Street, Forrest
Conditions	Diagnostic dental examinations. 

Owner	Dr Peter J Boyle
Description	Dental x-ray machine, Sirona Heliodent  DS  S/Nos 18060, 19720 with Siemens 	tube model SR/60/70/7L, S/Nos 25355, 305381      60kVp, 7mA
Location	Room 1    Suite E
 	Belconnen Commercial Chambers
 	Cnr Lathlain & Cohen Streets,Belconnen
Conditions	Diagnostic dental examinations.

Owner	Dr Peter J Boyle
Description	Dental x-ray machine, Sirona Heliodent  DS S/No 17438  with Siemens tube 	model SR/60/70/7L, S/Nos 22201, 3017457       60kVp, 7mA
Location	Room 2,     Suite E    
 	Belconnen Commercial Chambers,
 	Cnr Lathlain & Cohen Streets, Belconnen
Conditions	Diagnostic dental radiography.

Owner	Dr M R C Banyard
Description	Shimadzu model MC125L-30 mobile CD veterinary x-ray machine with 
	Circlex 1.2UG13CN tube S/Nos 262319304m 9426  110kVp
Location	56 Colbee Court, Phillip
Conditions	Veterinary radiography.

Owner	Dr Geoffrey Speldewinde
Description	Diagnostic mobile fluoroscopy II x-ray machine, Phillips BV25 S/Nos CP374, 	1479530 105kVp, 3mA
Location	Screening Room
 	Mobile fluoroscopy II 
 	15 Napier Close, Deakin
Conditions	Diagnostic radiography.

Owner	Dr Anita Shroot
Description	Trophy Elitys dental x-ray machine with type TRX708 tube, S/Nos XBQF231, 	219247   60/70kVp,  4/7mA
Location	Room 3          Dental Surgeries
 	Dickson Park Professional Centre
 	Antil Street, Dickson
Conditions	Diagnostic dental examinations.

APPROVAL for an ALTERATION or MODIFICATION of a REGISTERED
IRRADIATING APPARATUS (s 73(1)(f))
	
Reason	Change of owner.
Owner	Bradley William Horwood
Description	Dental X-ray unit Belmont Accuray 071A model D-008  S/No's K09075, 32127  
 	70 kVp, 10 mA
Location	Room 2,    Suite 1, 3rd Floor
 	Colonial Mutual Building
 	Darwin Place, Canberra City
Conditions	Diagnostic dental examinations.
 
APPROVAL for an ALTERATION in the LOCATION, INSTALLATION or SHIELDING of a REGISTERED IRRADIATING APPARATUS (s 73(1)(g))

Reason	Relocation of x-ray machine.
Owner	ACT Community Care, Dental Services
Description	Philips Densomat dental x-ray machine with Oralix 65S tube S/Nos 8923222, 	9000624. 65kVp, 7.5mA
Location	Room 3
 	Child & Youth Dental Therapy
 	Belconnen Health Centre
 	Benjamin Way, Belconnen
Conditions	Diagnostic dental examinations.
 	
Reason	Relocation of x-ray machine.
Owner	ACT Community Care, Dental Services
Description	Dental X-ray unit Trophy model CCX timer (DG073), S/No 3840 with model 708 	tube, S/No G4275. 70kVp, 8mA
Location	Room 5
 	Belconnen Health Centre
 	Benjamin Way, Belconnen
Conditions	Diagnostic dental examinations.
 	
GRANTING OF A DISPOSAL PERMIT (paragraph 73(1)(g))

Permit Holder	Wendy L Edwards 
Licensed Premises	Clinical Chemistry Department
 	Central Health Laboratory
 	Garran
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Iodine-125 	Water soluble 	260 MBq	Sewer 
Iodine-125 	Contaminated solids 	260 MBq	Incineration-Mitchell 
Sulphur-35 	Scintillation Fluid	185 MBq	Burial-Mugga Lane Tip

Permit Holder	W J Peacock
Licensed Premises	CSIRO Division of Plant Industry
 	Black Mountain
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Carbon-14   	Plant material 	185 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Water soluble 	74 MBq	Sewer 
Carbon-14   	Scintillation fluid 	185 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Plant material 	1110 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Solid waste 	555 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Water soluble 	1.85 GBq	Sewer 
Sulphur-35 	Scintillation fluid 	370 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Plant material 	185 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Scintillation fluid 	74 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Water soluble 	185 MBq	Sewer 
Phosphorus-32 	Solid waste 	370 MBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Water soluble 	185 MBq	Sewer 
Hydrogen-3 	Scintillation fluid 	185 MBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Gas 	18.50 GBq	Exhaust to atmosphere 
Manganese-54 	Liquid waste 	7.40 MBq	Burial-Mugga Lane Tip 

Permit Holder	David Alan Willcocks
Licensed Premises	Research School of Biological Sciences
	Biology Place 
	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Carbon-14   	Scintillation fluid 	185 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Solid waste 	50 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Water soluble 	500 MBq	Sewer 
Phosphorus-32 	Water soluble 	2000 MBq	Sewer 
Phosphorus-32 	Solid waste 	200 MBq	Burial-Mugga Lane Tip 
Phosphorus-33 	Solid waste 	50 MBq	Burial-Mugga Lane Tip 
Phosphorus-33 	Water soluble 	100 MBq	Sewer 
Iodine-125 	Solid waste 	20 MBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Solid waste 	20 MBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Water soluble 	200 MBq	Sewer 
Hydrogen-3 	Scintillation fluid 	20 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Solid waste 	185 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Water soluble 	800 MBq	Sewer 

Permit Holder	Pamela Bleakley
Licensed Premises	John Curtin School of Medical Research
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Phosphorus-32 	Contaminated waste 	2 GBq	Burial-Mugga Lane Tip 
Iodine-125 	Liquid waste 	925 MBq	Burial-Mugga Lane Tip 
Iodine-125 	Water soluble 	925 MBq	Sewer 
Iodine-131 	Liquid waste 	925 MBq	Burial-Mugga Lane Tip 
Iodine-131 	Water soluble 	925 MBq	Sewer 
Sulphur-35 	Liquid waste 	925 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Water soluble 	925 MBq	Sewer 
Carbon-14   	Liquid waste 	37 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Water soluble 	37 MBq	Sewer 
Carbon-14   	Scintillation fluid 	300 MBq	Incineration-Mitchell 
Phosphorus-33 	Water soluble 	1 GBq	Sewer 
Phosphorus-33 	Contaminated waste 	100 MBq	Burial-Mugga Lane Tip 
Chromium-51 	Contaminated waste 	7.4 GBq	Burial-Mugga Lane Tip 
Chromium-51 	Water soluble 	14.8 GBq	Sewer 
Hydrogen-3 	Liquid waste 	3.7 GBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Water soluble 	14.3 GBq	Sewer 
Hydrogen-3 	Scintillation fluid 	37 GBq	Incineration-Mitchell 
Phosphorus-32 	Water soluble 	2 GBq	Sewer 

Permit Holder	Dr Jim Cullen
Licensed Premises	CSIRO Division of Entomology
 	Clunies Ross Street, Acton
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Phosphorus-32 	Liquid & solid waste 	500 MBq	Burial-Mugga Lane Tip 
	in a range of chemical forms
Carbon-14   	Liquid & solid waste 	37 MBq	Burial-Mugga Lane Tip 
	in a range of chemical forms
Hydrogen-3 	Liquid & solid waste 	37 MBq	Burial-Mugga Lane Tip 
	in a range of chemical forms
Sulphur-35 	Liquid & solid waste 	37 MBq	Burial-Mugga Lane Tip 
	in a range of chemical forms
Iodine-125 	Liquid & solid waste 	450 kBq	Burial-Mugga Lane Tip 
	in a range of chemical forms
Iodine-125 	Water soluble 	450 MBq	Sewer - JCSMR 
Phosphorus-33 	Water soluble 	0.4 MBq	Sewer 
Phosphorus-33 	Solid & liquid 	15 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Water soluble 	185 MBq	Sewer 

Permit Holder	Maria Poulis
Licensed Premises	TGA Laboratories
 	Pharmacology Laboratory
 	Narrabundah Lane, Symonston
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Hydrogen-3 	Scintillation fluid 	2 MBq	Incineration-Mitchell 
Iodine-125 	Liquid waste 	1 MBq	Burial-Mugga Lane Tip 

Permit Holder	Ginny Marisa Sargent
Licensed Premises	Division of Botany & Zoology
 	Daley Road
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Hydrogen-3 	Scintillation fluid	740 MBq	Incineration-Mitchell 
Hydrogen-3 	Solid waste 	1.8 GBq	Burial-Mugga Lane Tip 
Carbon-14   	Scintillation fluid	9.6 GBq	Incineration-Mitchell 
Carbon-14   	Solid waste 	7.4 GBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Solid waste 	450 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Solid waste 	1.8 GBq	Burial-Mugga Lane Tip 
Sulphur-35 	Scintillation fluid	370 MBq	Burial-Mugga Lane Tip 
Sodium-22 	Solid waste 	2 MBq	Burial-Mugga Lane Tip 
Sodium-22 	Liquid waste 	7.4 MBq	Burial-Mugga Lane Tip 
Phosphorus-33 	Solid waste 	200 MBq	Burial-Mugga Lane Tip 

Permit Holder	Dr. N. E. Dixon
Licensed Premises	Research School of Chemistry 
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Hydrogen-3 	Water soluble	185 MBq	Sewer 
Hydrogen-3 	Solid waste 	185 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Water soluble	37 MBq	Sewer 
Carbon-14   	Solid waste 	37 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Water soluble	74 MBq	Sewer 
Phosphorus-32 	Solid waste 	74 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Water soluble	37 MBq	Sewer 
Sulphur-35 	Solid waste 	37 MBq	Burial-Mugga Lane Tip 
Technetium-99 	Solid waste 	2 MBq	Burial-Mugga Lane Tip 
Zinc-65 	Solid waste 	3.7 MBq	Burial-Mugga Lane Tip 
Zinc-65 	Water soluble	37 MBq	Burial-Mugga Lane Tip 

Permit Holder	Dr Warren Bond
Licensed Premises	CSIRO Land & Water 
 	Black Mountain Laboratories 
 	Clunies Ross Road
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Uranium-238 	Solid waste 	600 kBq	Burial-Mugga Lane Tip 
Uranium-238+Daughters 	Solid waste 	40 kBq	Burial-Mugga Lane Tip 
Thorium-232 	Solid waste 	200 kBq	Burial-Mugga Lane Tip 
Thorium-232+Daughters 	Solid waste 	40 kBq	Burial-Mugga Lane Tip 
Radium-226 	Solid waste 	25 kBq	Burial-Mugga Lane Tip 
Lead-210 	Solid waste 	25 kBq	Burial-Mugga Lane Tip 
Thorium-228 	Solid waste 	25 kBq	Burial-Mugga Lane Tip 
For each of the above: No more than 250kBq of radioactive material 
per kilogram of non-radioactive waste.
Caesium-137 	Solid waste 	25 kBq	Burial-Mugga Lane Tip 
Manganese-54 	Solid waste 	25 kBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Solid waste 	20 MBq	Burial-Mugga Lane Tip 
Uranium-238 	Water soluble 	600 kBq	Sewer 
Thorium-232 	Water soluble 	200 kBq	Sewer 
Radium-226 	Water soluble 	25 kBq	Sewer 
Lead-210 	Water soluble 	25 kBq	Sewer 
Thorium-228 	Water soluble 	25 kBq	Sewer 
Caesium-137 	Water soluble 	25 kBq	Sewer 
Manganese-54 	Water soluble 	25 kBq	Sewer 
Phosphorus-32 	Water soluble 	200 kBq	Sewer 
Phosphorus-32 	Scintillation fluid 	200 kBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Solid waste 	20 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Solid waste 	100 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Solid waste 	20 MBq	Burial-Mugga Lane Tip 

Permit Holder	Dr A M Baxter
Licensed Premises	Physics Department
 	Faculty of Science
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Cobalt-60 	Solid waste 	  1 MBq	Burial-Mugga Lane Tip 
Iron-55 	Solid waste 	 10 MBq	Burial-Mugga Lane Tip 
Caesium-137 	Solid waste 	300 kBq	Burial-Mugga Lane Tip 
Barium-133 	Solid waste 	   2 MBq	Burial-Mugga Lane Tip 
Bismuth-207 	Solid waste 	   1 kBq	Burial-Mugga Lane Tip 
Europium-152 	Solid waste 	100 kBq	Burial-Mugga Lane Tip

Permit Holder	Dr Jennelle Kyd 
Licensed Premises	Faculty of Applied Science
 	University of Canberra 
 	Belconnen
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Hydrogen-3 	Solid waste 	18.5 GBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Scintillation fluid	37 GBq	Incineration-Mitchell 
Phosphorus-32 	Solid waste 	550 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Scintillation fluid	40 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Solid waste 	250 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Scintillation fluid	50 MBq	Incineration-Mitchell 
Iodine-131 	Solid waste 	500 MBq	Burial-Mugga Lane Tip 
Iodine-125 	Solid waste 	500 MBq	Burial-Mugga Lane Tip 

Permit Holder	Professor Kiaran Kirk
Licensed Premises	ANU Faculty of Science, 
	Division of Biochemistry & Molecular Biology
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Iodine-125 	Solid waste 	55 MBq	Burial-Mugga Lane Tip 
Iodine-125 	Water soluble 	130 MBq	Sewer 
Carbon-14   	Solid waste 	200 MBq	Burial-Mugga Lane Tip 
Carbon-14   	Water soluble 	900 MBq	Sewer 
Hydrogen-3 	Solid waste 	150 MBq	Burial-Mugga Lane Tip 
Hydrogen-3 	Water soluble 	600 MBq	Sewer 
Calcium-45 	Solid waste 	7 MBq	Burial-Mugga Lane Tip 
Calcium-45 	Water soluble 	27 MBq	Sewer 
Rubidium-86 	Solid waste 	55 MBq	Burial-Mugga Lane Tip 
Rubidium-86 	Water soluble 	130 MBq	Sewer 
Chromium-51 	Solid waste 	100 MBq	Burial-Mugga Lane Tip 
Chromium-51 	Water soluble 	370 MBq	Sewer 
Phosphorus-32 	Solid waste 	55 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Water soluble 	130 MBq	Sewer 
Sulphur-35 	Solid waste 	90 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Water soluble 	130 MBq	Sewer 
Sodium-22 	Solid waste 	10 MBq	Burial-Mugga Lane Tip 
Sodium-22 	Water soluble 	17 MBq	Sewer 

Permit Holder	Dr Graham E Mortimer
Licensed Premises	Research School of Earth Sciences
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Sodium-22 & 
Cobalt-60 	Contaminated solids 	300 kBq	Burial-Mugga Lane Tip 
	- laboratory waste.  	Total activity for both per month
Thorium-229 	Solid lab. waste 	200 Bq	Burial-Mugga Lane Tip 
Thorium-229 	Water soluble 	100 Bq	Sewer 
Uranium-233 	Solid lab. waste 	10 kBq	Burial-Mugga Lane Tip 
	 (Restricted to 250 Bq/kg of waste)
Uranium-233 	Water soluble 	10 kBq	Sewer 
Uranium-236 	Solid lab. waste 	300 Bq	Burial-Mugga Lane Tip 
Uranium-236 	Water soluble 	400 Bq	Sewer 

Permit Holder	Michelle McNiven
Licensed Premises	Molecular Pathology
 	Level 4, Building 10
 	The Canberra Hospital
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Sulphur-35 	Water soluble	170 MBq	Burial-Mugga Lane Tip 
Sulphur-35 	Contaminated solids 	170 MBq	Burial-Mugga Lane Tip 
	- laboratory waste   
Phosphorus-33 	Water soluble	150 MBq	Burial-Mugga Lane Tip 
Phosphorus-33 	Contaminated solids 	150 MBq	Burial-Mugga Lane Tip 
	- laboratory waste   
Phosphorus-32 	Water soluble	150 MBq	Burial-Mugga Lane Tip 
Phosphorus-32 	Contaminated solids 	150 MBq	Burial-Mugga Lane Tip 
	- laboratory waste   

Permit Holder	 Dr L K Fifield
Licensed Premises	Department of Nuclear Physics, 
	Research School of Physical Sciences & Engineering 
 	Australian National University
Radionuclide	Physical and chemical	Annual quantity of	Disposal method
contained in the	form of the material	material for which	approved
material for 		approval is granted
disposal
 
Cobalt-60 	Solid waste 	200 kBq	Burial-Mugga Lane Tip 
Caesium-137 	Solid waste 	130 kBq	Burial-Mugga Lane Tip 
Sodium-22 	Solid waste 	 20 kBq	Burial-Mugga Lane Tip 
Barium-133 	Solid waste 	   6 kBq	Burial-Mugga Lane Tip 
Europium-152 	Solid waste 	130 kBq	Burial-Mugga Lane Tip 
Osmium-194 	Solid waste 	 10 kBq	Burial-Mugga Lane Tip