The Radioactive Substances Exemption (Scotland) Order 2011 No. 147

Article 4

SCHEDULE 1 Tables of radionuclides and descriptions of radioactive material and radioactive waste

Table 1

Radionuclides: values of quantities and concentrations

Radionuclides	Maximum quantity (Bq) on any premises	Maximum concentration (Bq/g)
1. “The Table 1 column 2 summation rule” means the sum of the quotient A/B where— (a) “A” means the quantity of each radionuclide listed in column 1 of Table 1 that is present in the material and waste; and (b) “B” means the quantity of that radionuclide specified in column 2 of Table 1. 2. “The Table 1 column 3 summation rule” means the sum of the quotient C/D where— (a) “C” means the concentration of each radionuclide listed in column 1 of Table 1 that is present in the material and waste; and (b) “D” means the concentration of that radionuclide specified in column 3 of Table 1.
H-3	109	106
Be-7	107	103
C-14	107	104
O-15	109	102
F-18	106	10
Na-22	106	10
Na-24	105	10
Si-31	106	103
P-32	105	103
P-33	108	105
S-35	108	105
Cl-36	106	104
Cl-38	105	10
Ar-37	108	106
Ar-41	109	102
K-42	106	102
K-43	106	10
Ca-45	107	104
Ca-47	106	10
Sc-46	106	10
Sc-47	106	102
Sc-48	105	10
V-48	105	10
Cr-51	107	103
Mn-51	105	10
Mn-52	105	10
Mn-52m	105	10
Mn-53	109	104
Mn-54	106	10
Mn-56	105	10
Fe-52	106	10
Fe-55	106	104
Fe-59	106	10
Co-55	106	10
Co-56	105	10
Co-57	106	102
Co-58	106	10
Co-58m	107	104
Co-60	105	10
Co-60m	106	103
Co-61	106	102
Co-62m	105	10
Ni-59	108	104
Ni-63	108	105
Ni-65	106	10
Cu-64	106	102
Zn-65	106	10
Zn-69	106	104
Zn-69m	106	102
Ga-72	105	10
Ge-71	108	104
As-73	107	103
As-74	106	10
As-76	105	102
As-77	106	103
Se-75	106	102
Br-82	106	10
Kr-74	109	102
Kr-76	109	102
Kr-77	109	102
Kr-79	105	103
Kr-81	107	104
Kr-83m	1012	105
Kr-85	104	105
Kr-85m	1010	103
Kr-87	109	102
Kr-88	109	102
Rb-86	105	102
Sr-85	106	102
Sr-85m	107	102
Sr-87m	106	102
Sr-89	106	103
Sr-90+	104	102
Sr-91	105	10
Sr-92	106	10
Y-90	105	103
Y-91	106	103
Y-91m	106	102
Y-92	105	102
Y-93	105	102
Zr-93+	107	103
Zr-95	106	10
Zr-97+	105	10
Nb-93m	107	104
Nb-94	106	10
Nb-95	106	10
Nb-97	106	10
Nb-98	105	10
Mo-90	106	10
Mo-93	108	103
Mo-99	106	102
Mo-101	106	10
Tc-96	106	10
Tc-96m	107	103
Tc-97	108	103
Tc-97m	107	103
Tc-99	107	104
Tc-99m	107	102
Ru-97	107	102
Ru-103	106	102
Ru-105	106	10
Ru-106+	105	102
Rh-103m	108	104
Rh-105	107	102
Pd-103	108	103
Pd-109	106	103
Ag-105	106	102
Ag-108m+	106	10
Ag-110m	106	10
Ag-111	106	103
Cd-109	106	104
Cd-115	106	102
Cd-115m	106	103
In-111	106	102
In-113m	106	102
In-114m	106	102
In-115m	106	102
Sn-113	107	103
Sn-125	105	102
Sb-122	104	102
Sb-124	106	10
Sb-125	106	102
Te-123m	107	102
Te-125m	107	103
Te-127	106	103
Te-127m	107	103
Te-129	106	102
Te-129m	106	103
Te-131	105	102
Te-131m	106	10
Te-132	107	102
Te-133	105	10
Te-133m	105	10
Te-134	106	10
I-123	107	102
I-125	106	103
I-126	106	102
I-129	105	102
I-130	106	10
I-131	106	102
I-132	105	10
I-133	106	10
I-134	105	10
I-135	106	10
Xe-131m	104	104
Xe-133	104	103
Xe-135	1010	103
Cs-129	105	102
Cs-131	106	103
Cs-132	105	10
Cs-134m	105	103
Cs-134	104	10
Cs-135	107	104
Cs-136	105	10
Cs-137+	104	10
Cs-138	104	10
Ba-131	106	102
Ba-140+	105	10
La-140	105	10
Ce-139	106	102
Ce-141	107	102
Ce-143	106	102
Ce-144+	105	102
Pr-142	105	102
Pr-143	106	104
Nd-147	106	102
Nd-149	106	102
Pm-147	107	104
Pm-149	106	103
Sm-151	108	104
Sm-153	106	102
Eu-152	106	10
Eu-152m	106	102
Eu-154	106	10
Eu-155	107	102
Gd-153	107	102
Gd-159	106	103
Tb-160	106	10
Dy-165	106	103
Dy-166	106	103
Ho-166	105	103
Er-169	107	104
Er-171	106	102
Tm-170	106	103
Tm-171	108	104
Yb-175	107	103
Lu-177	107	103
Hf-181	106	10
Ta-182	104	10
W-181	107	103
W-185	107	104
W-187	106	102
Re-186	106	103
Re-188	105	102
Os-185	106	10
Os-191	107	102
Os-191m	107	103
Os-193	106	102
Ir-190	106	10
Ir-192	104	10
Ir-194	105	102
Pt-191	106	102
Pt-193m	107	103
Pt-197	106	103
Pt-197m	106	102
Au-198	106	102
Au-199	106	102
Hg-197	107	102
Hg-197m	106	102
Hg-203	105	102
Tl-200	106	10
Tl-201	106	102
Tl-202	106	102
Tl-204	104	104
Pb-203	106	102
Pb-210+	104	10
Pb-212+	105	10
Bi-206	105	10
Bi-207	106	10
Bi-210	106	103
Bi-212+	105	10
Po-203	106	10
Po-205	106	10
Po-207	106	10
Po-210	104	10
At-211	107	103
Rn-220+	107	104
Rn-222+	108	10
Ra-223+	105	102
Ra-224+	105	10
Ra-225	105	102
Ra-226+	104	10
Ra-227	106	102
Ra-228+	105	10
Ac-228	106	10
Th-226+	107	103
Th-227	104	10
Th-228+	104	1
Th-229+	103	1
Th-230	104	1
Th-231	107	103
Th-232 sec	103	1
Th-234+	105	103
Pa-230	106	10
Pa-231	103	1
Pa-233	107	102
U-230+	105	10
U-231	107	102
U-232+	103	1
U-233	104	10
U-234	104	10
U-235+	104	10
U-236	104	10
U-237	106	102
U-238+	104	10
U-238 sec	103	1
U-239	106	102
U-240	107	103
U-240+	106	10
Np-237+	103	1
Np-239	107	102
Np-240	106	10
Pu-234	107	102
Pu-235	107	102
Pu-236	104	10
Pu-237	107	103
Pu-238	104	1
Pu-239	104	1
Pu-240	103	1
Pu-241	105	102
Pu-242	104	1
Pu-243	107	103
Pu-244	104	1
Am-241	104	1
Am-242	106	103
Am-242m+	104	1
Am-243+	103	1
Cm-242	105	102
Cm-243	104	1
Cm-244	104	10
Cm-245	103	1
Cm-246	103	1
Cm-247	104	1
Cm-248	103	1
Bk-249	106	103
Cf-246	106	103
Cf-248	104	10
Cf-249	103	1
Cf-250	104	10
Cf-251	103	1
Cf-252	104	10
Cf-253	105	102
Cf-254	103	1
Es-253	105	102
Es-254	104	10
Es-254m	106	102
Fm-254	107	104
Fm-255	106	103
Any other radionuclide that is: (a) not of natural terrestrial or cosmic origin; or (b) listed in Table 2 of Schedule 1A to the Act.	103, or the quantity given in respect of that radionuclide in the Health Protection Agency’s publication ‘Exempt Concentrations and Quantities for Radionuclides not Included in the European Basic Safety Standards Directive’(1).	1, or the concentration given in respect of that radionuclide in the document referenced in column 2.

Table 2

Radioactive material and accumulated radioactive waste: values of maximum quantities

Substance or article	Maximum quantity of radionuclides for each substance or article	Maximum quantity of radionuclides: - on any premises in items which satisfy the limit in column 2; or -in mobile radioactive apparatus held by a person
A sealed source of a type not described in any other row of this table.	4 x 106 Bq	2 x 108 Bq
A Class A gaseous tritium light device.	2 x 1010 Bq	5 x 1012 Bq
A Class B gaseous tritium light device.	1 x 1012 Bq	3 x 1013 Bq
A Class C gaseous tritium light device.	1 x 1012 Bq	No limit.
Any sealed source which is solely radioactive material or radioactive waste because it contains tritium.	2 x 1010 Bq	5 x 1012 Bq
A tritium foil source.	2 x 1010 Bq	5 x 1012 Bq
A smoke detector affixed to premises.	4 x 106 Bq	No limit.
An electrodeposited source.	6 x 108 Bq Ni-63 or 2 x 108 Bq Fe-55	6 x 1011 Bq
A luminised article.	8 x 107 Bq Pm-147 or 4 x 109 Bq H-3	4 x 1010 Bq Pm-147 or 2 x 1011 Bq H-3
A Ba-137m eluting source.	4 x 104 Bq Cs-137+	4 x 105 Bq Cs-137+
A substance or article which is or contains magnesium alloy or thoriated tungsten in which the thorium concentration does not exceed 4% by mass.	No limit.	No limit.
A uranium or thorium compound.	Up to a total of 5 kg of uranium and thorium.	Up to a total of 5 kg of uranium and thorium.
A substance or article (other than a sealed source) which is intended for use for medical or veterinary diagnosis or treatment or clinical or veterinary trials.	1 x 109 Bq Tc-99m and in respect of the total for all other radionuclides— (i) 1 x 108 Bq if the substance or article is radioactive material; or (ii) 2 x 108 Bq if the substance or article is radioactive waste.	1 x 109 Bq Tc-99m and 2 x 108 Bq of all other radionuclides, (no more than 1 x 108 Bq of which is contained in radioactive material).

Table 3

Radioactive waste: values of quantities and concentrations

Radioactive waste	Maximum concentration of radionuclides	Maximum quantity of waste to be disposed of in the period stated
Solid radioactive waste, with no single item > 4 x 104 Bq.	4 x 105 Bq for the sum of all radionuclides per 0.1m3.	2 x 108 Bq/year
Solid radioactive waste containing tritium and C-14 only, with no single item > 4 x 105 Bq.	4 x 106 Bq of tritium and C-14 per 0.1m3.	2 x 109 Bq/year
Individual sealed sources.	2 x 105 Bq for the sum of all radionuclides per 0.1m3.	1 x 107 Bq/year
Individual sealed sources which are radioactive waste solely because they contain tritium.	2 x 1010 Bq of tritium per 0.1m3.	1 x 1013 Bq/year
Luminised articles with no single item containing > 8 x 107 Bq of Pm-147 or > 4 x 109 of tritium.	8 x 107 Bq per 0.1m3 of Pm-147 or 4 x 109 Bq per 0.1m3 for tritium.	2 x 109 Bq/year of Pm-147 or 1 x 1011 Bq/year of tritium.
Solid radioactive waste which consists of magnesium alloy, thoriated tungsten or dross from hardener alloy in which the thorium concentration does not exceed 4% by mass.	No limit.	No limit.
Solid uranium or thorium compound.	No limit.	0.5 kg of uranium or thorium per week.
Aqueous liquid uranium or thorium compound.	No limit.	0.5 kg of uranium or thorium per year.
Radioactive waste in aqueous solution being human excreta.	No limit.	1 x 1010 Bq/year of Tc-99m and 5 x 109 Bq/year for the sum of all other radionuclides.

Table 4

Aqueous radioactive waste values

Radionuclide	Concentration in Bq/litre	Maximum annual quantity of radionuclides to a relevant sewer (Bq/year)	Maximum annual quantity of radionuclides directly to a relevant river or the sea (Bq/year)
1. “The Table 4 column 2 summation rule” means the sum of the quotients A/B where— (a) “A” means the quantity in Bq/litre of each radionuclide listed in column 1 of Table 4 that is present in the aqueous waste which is not described in a row in column 1 of Table 3; and (b) “B” means the concentration of that radionuclide specified in column 2 of Table 4. 2. “The Table 4 column 3 summation rule” means the sum of the quotients C/D where— (a) “C” means the quantity in Bq of each radionuclide listed in column 1 of Table 4 that is present in the aqueous waste which is not described in a row of column 1 of Table 3 which is disposed of in the year; and (b) “D” means the quantity of that radionuclide specified in column 3 of Table 4. 3. “The Table 4 column 4 summation rule” means the sum of the quotients C/E where— (a) “C” means the quantity in Bq of each radionuclide listed in column 1 of Table 4 that is present in the aqueous waste which is not described in a row in column 1 of Table 3 which is disposed of in the year; and (b) “E” means the quantity of that radionuclide specified in column 4 of Table 4.
H-3	103	1010	1010
Be-7	1	107	107
C-14	0.1	106	106
F-18	0.1	106	106
Na-22	1	106	107
Na-24	1	107	107
Si-31	10	108	108
P-32	0.001	104	104
P-33	0.001	104	104
S-35	10	3 x 107	108
Cl-36	10	107	108
Cl-38	0.1	106	106
K-42	0.01	105	105
K-43	0.01	105	105
Ca-45	1	107	107
Ca-47	0.1	106	106
Sc-46	0.001	104	104
Sc-47	0.01	105	105
Sc-48	0.001	104	104
V-48	1	107	107
Cr-51	10	108	108
Mn-51	0.001	104	104
Mn-52	0.001	104	104
Mn-52m	0.001	104	104
Mn-53	1	107	107
Mn-54	0.01	105	105
Mn-56	0.001	104	104
Fe-52	0.01	105	105
Fe-55	1	107	107
Fe-59	0.01	105	105
Co-55	0.001	104	104
Co-56	0.001	104	104
Co-57	0.1	106	106
Co-58	0.1	106	106
Co-58m	1	107	107
Co-60	0.01	105	105
Co-60m	1	107	107
Co-61	0.1	106	106
Co-62m	0.001	104	104
Ni-59	1	107	107
Ni-63	102	109	109
Ni-65	0.01	105	105
Cu-64	0.1	106	106
Zn-65	0.1	3 x 105	106
Zn-69	10	108	108
Zn-69m	0.1	106	106
Ga-67	0.1	106	106
Ga-72	0.001	104	104
Ge-71	1	107	107
As-73	10	108	108
As-74	1	107	107
As-76	1	107	107
As-77	1	107	107
Se-75	0.1	3 x 105	106
Br-82	0.1	106	106
Rb-86	0.1	106	106
Sr-85	0.1	106	106
Sr-85m	0.1	106	106
Sr-87m	0.1	106	106
Sr-89	1	107	107
Sr-90+	0.1	3 x 105	106
Sr-91	0.01	105	105
Sr-92	0.01	105	105
Y-90	1	107	107
Y-91	1	107	107
Y-91m	0.01	105	105
Y-92	0.1	106	106
Y-93	0.1	106	106
Zr-93	10	108	108
Zr-95+	0.001	104	104
Zr-97	0.01	105	105
Nb-93m	10	108	108
Nb-94	0.1	106	106
Nb-95	1	107	107
Nb-97	1	107	107
Nb-98	0.1	106	106
Mo-90	0.1	106	106
Mo-93	1	107	107
Mo-99	0.1	106	106
Mo-101	0.01	105	105
Tc-96	1	107	107
Tc-96m	102	109	109
Tc-97	102	109	109
Tc-97m	10	108	108
Tc-99	10	107	108
Tc-99m	10	3 x 107	108
Ru-97	0.01	105	105
Ru-103	0.01	105	105
Ru-105	0.01	105	105
Ru-106+	0.1	106	106
Rh-103m	10	108	108
Rh-105	1	107	107
Pd-103	0.1	106	106
Pd-109	0.1	106	106
Ag-105	1	107	107
Ag-108m	0.1	106	106
Ag-110m	0.1	106	106
Ag-111	10	108	108
Cd-109	1	107	107
Cd-115	0.1	106	106
Cd-115m	1	107	107
In-111	0.01	105	105
In-113m	0.01	105	105
In-114m	0.01	105	105
In-115m	0.01	105	105
Sn-113	0.1	106	106
Sn-125	0.01	105	105
Sb-122	0.1	106	106
Sb-124	0.1	106	106
Sb-125	1	107	107
Te-123m	1	107	107
Te-125m	1	107	107
Te-127	10	108	108
Te-127m	1	107	107
Te-129	10	108	108
Te-129m	1	107	107
Te-131	1	107	107
Te-131m	1	107	107
Te-132	0.1	106	106
Te-133	1	107	107
Te-133m	1	107	107
Te-134	1	107	107
I-123	1	107	107
I-125	1	107	107
I-126	0.1	106	106
I-129	0.1	106	106
I-130	0.1	106	106
I-131	0.1	106	106
I-132	0.1	106	106
I-133	0.1	106	106
I-134	0.1	106	106
I-135	0.1	106	106
Cs-129	0.01	105	105
Cs-131	0.1	106	106
Cs-132	0.01	105	105
Cs-134	0.01	105	105
Cs-134m	0.1	106	106
Cs-135	0.1	106	106
Cs-136	0.001	104	104
Cs-137+	0.01	105	105
Cs-138	0.001	104	104
Ba-131	0.1	106	106
Ba-140	0.1	106	106
La-140	0.001	104	104
Ce-139	0.1	106	106
Ce-141	0.1	106	106
Ce-143	0.01	105	105
Ce-144	0.1	106	106
Pr-142	0.1	106	106
Pr-143	10	108	108
Nd-147	0.01	105	105
Nd-149	0.01	105	105
Pm-147	10	108	108
Pm-149	1	107	107
Sm-151	102	109	109
Sm-153	0.1	106	106
Eu-152	0.01	105	105
Eu-152m	0.01	105	105
Eu-154	0.01	105	105
Eu-155	0.1	106	106
Gd-153	0.1	106	106
Gd-159	0.1	106	106
Tb-160	0.01	105	105
Dy-165	0.1	106	106
Dy-166	0.1	106	106
Ho-166	0.1	106	106
Er-169	10	108	108
Er-171	0.01	105	105
Tm-170	1	107	107
Tm-171	10	108	108
Yb-175	0.1	106	106
Lu-177	0.1	106	106
Hf-181	0.01	105	105
Ta-182	0.001	104	104
W-181	0.1	106	106
W-185	1	107	107
W-187	0.01	105	105
Re-186	1	107	107
Re-188	1	107	107
Os-185	0.01	105	105
Os-191	0.1	106	106
Os-191m	1	107	107
Os-193	0.1	106	106
Ir-190	0.001	104	104
Ir-192	0.01	105	105
Ir-194	0.1	106	106
Pt-191	0.01	105	105
Pt-193m	1	107	107
Pt-197	0.1	106	106
Pt-197m	0.1	106	106
Au-198	1	107	107
Au-199	1	107	107
Hg-197	1	107	107
Hg-197m	0.1	106	106
Hg-203	0.1	106	106
Tl-200	0.01	105	105
Tl-201	0.1	106	106
Tl-202	0.01	105	105
Tl-204	0.1	106	106
Pb-203	0.01	105	105
Pb-210	0.001	104	104
Pb-212	0.1	106	106
Bi-206	0.01	105	105
Bi-207	0.1	106	106
Bi-210	10	108	108
Bi-212	1	107	107
Po-203	0.001	104	104
Po-205	0.001	104	104
Po-207	0.001	104	104
Po-210	0.001	104	104
At-211	1	107	107
Ra-223	0.01	105	105
Ra-224+	0.01	105	105
Ra-225	0.01	105	105
Ra-226+	0.01	105	105
Ra-227	1	107	107
Ra-228	0.01	105	105
Ac-227	0.1	106	106
Ac-228	0.001	104	104
Th-226	0.1	106	106
Th-227	0.01	105	105
Th-228	1	107	107
Th-229	0.01	105	105
Th-230	1	107	107
Th-231	0.1	106	106
Th-232	1	106	107
Th-234	0.1	106	106
Pa-230	0.01	105	105
Pa-231	0.01	105	105
Pa-233	0.1	106	106
U-230	0.1	106	106
U-231	10	108	108
U-232	0.1	106	106
U-233	0.1	106	106
U-234	0.1	106	106
U-235+	0.1	106	106
U-236	0.1	106	106
U-237	10	108	108
U-238+	0.1	106	106
U-239	10	108	108
U-240	10	108	108
Np-237	0.1	106	106
Np-239	1	107	107
Np-240	0.1	106	106
Pu-234	0.01	105	105
Pu-235	0.01	105	105
Pu-236	1	107	107
Pu-237	0.1	106	106
Pu-238	0.1	106	106
Pu-239	0.1	106	106
Pu-240	0.1	106	106
Pu-241	10	108	108
Pu-242	0.1	106	106
Pu-243	0.1	106	106
Pu-244	0.1	106	106
Am-241	0.1	106	106
Am-242	0.1	106	106
Am-242m	0.1	106	106
Am-243	0.1	106	106
Cm-242	1	107	107
Cm-243	0.1	106	106
Cm-244	0.1	106	106
Cm-245	0.01	105	105
Cm-246	0.1	106	106
Cm-247	0.01	105	105
Cm-248	0.1	106	106
Bk-249	102	109	109
Cf-246	1	107	107
Cf-248	1	107	107
Cf-249	0.01	105	105
Cf-250	0.1	106	106
Cf-251	0.01	105	105
Cf-252	0.1	106	106
Cf-253	10	108	108
Cf-254	0.0001	103	103
Es-253	1	107	107
Es-254	0.1	106	106
Es-254m	0.01	105	105
Fm-254	1	107	107
Fm-255	0.1	106	106
Any other radionuclide that is not of natural terrestrial or cosmic origin.	0.0001, or that concentration which gives rise to a dosage of 10 µSv/year calculated in accordance with the methodology used to calculate other concentrations in this table(2).	103, or that quantity which corresponds to 3000m3 of aqueous radioactive waste up to the appropriate concentration as calculated in accordance with column 2.	103, or that quantity which corresponds to 10000m3 of aqueous radioactive waste up to the appropriate concentration as calculated in accordance with column 2.

Table 5

Radionuclides in secular equilibrium

Parent radionuclide	Daughter radionuclides
Sr-90+	Y-90
Zr-93+	Nb-93m
Zr-95+	Nb-95
Zr-97+	Nb-97
Ru-106+	Rh-106
Ag-108m+	Ag-108
Cs-137+	Ba-137m
Ba-140+	La-140
Ce-144+	Pr-144
Pb-210+	Bi-210, Po-210
Pb-212+	Bi-212, Tl-208, Po-212
Bi-212+	Tl-208, Po-212
Rn-220+	Po-216
Rn-222+	Po-218, Pb-214, Bi-214, Po-214
Ra-223+	Rn-219, Po-215, Pb-211, Bi-211, Tl-207
Ra-224+	Where Ra-224+ is referred to in table 1: Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212
	Where Ra-224+ is referred to in table 4: Pb-212
Ra-226+	Where Ra-226+ is referred to in table 1: Rn-222, Po-218, Pb-214, Bi-214, Pb-210, Bi-210, Po-210, Po-214
	Where Ra-226+ is referred to in table 4: Rn-222, Po-218, Pb-214, Bi-214, Po-214
Ra-228+	Ac-228
Th-226+	Ra-222, Rn-218, Po-214
Th-228+	Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Po-212, Tl-208
Th-229+	Ra-225, Ac-225, Fr-221, At-217, Bi-213, Po-213, Pb-209
Th-232 sec	Ra-228, Ac-228, Th-228, Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Po-212, Tl-208
Th-234+	Pa-234m
U-230+	Th-226, Ra-222, Rn-218, Po-214
U-232+	Th-228, Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212
U-235+	Th-231
U-238+	Th-234, Pa-234m, Pa-234
U-238 sec	Th-234, Pa-234m, U-234, Th-230, Ra-226, Rn-222, Po-218, Pb-214, Bi-214, Pb-210, Bi-210, Po-210, Po-214
U-240+	Np-240
Np-237+	Pa-233
Am-242m+	Am-242
Am-243+	Np-239

Article 4

SCHEDULE 2 Relevant standard conditions under Parts 2 and 3 of this Order

Introduction

1.  In this Schedule, “radioactive substances” means radioactive material, mobile radioactive apparatus and radioactive waste, and “exempt radioactive substances” means such radioactive substances in respect of which an exemption in Part 2 or 3 of this Order applies.

Relevant standard conditions

2.—(1) In respect of a person (“A”) to whom—

(a) article 5(1)(a) applies, the relevant standard conditions are those contained in paragraphs 3 and 4;

(b) article 6(1)(a)(ii) or (b) or 9(1)(b) applies, the relevant standard conditions are those contained in paragraphs 3, 4 and 6;

(c) article 10(1)(a) applies, the relevant standard conditions are those contained in—

(i) paragraph 3 (except sub-paragraphs (e)(ii) and (f)); and

(ii) paragraph 5.

(2) In respect of an article referred to in sub-paragraph (1), A is not required to comply with a condition in this Part unless that condition is a relevant standard condition for the purposes of that article.

General conditions

3.  A must—

(a) keep an adequate record of any exempt radioactive substances which A holds, and—

(i) in respect of exempt radioactive substances which are mobile radioactive apparatus, the locations at which they are kept or used;

(ii) in respect of other exempt radioactive substances, the location within the premises where A holds them;

(b) ensure that where practicable exempt radioactive substances or the container of such radioactive substances, is marked or labelled as radioactive;

(c) in respect of exempt radioactive substances which are sealed sources, electrodeposited sources or tritium foil sources, not modify or mutilate those sources or cause a loss of containment such that radioactive material or radioactive waste may be released outside the source;

(d) allow SEPA access to such records or such premises as SEPA may request in order to determine that all of the conditions in respect of the relevant exemption are complied with;

(e) hold the exempt radioactive substances safely and securely to prevent, so far as practicable—

(i) accidental removal, loss or theft from the premises where they are held; or

(ii) loss of containment; and

(f) in respect of exempt radioactive substances in a container—

(i) not modify or mutilate that container; and

(ii) prevent any uncontrolled or unintended release of radioactive material or radioactive waste from the container.

Loss or theft conditions

4.—(1) A must, subject to sub-paragraph (2), in respect of an incident of loss or theft (or suspected loss or theft) of exempt radioactive substances (except mobile radioactive apparatus) from the premises where they are held—

(a) notify the incident to SEPA as soon as practicable; and

(b) include in that notification the details of any other incidents of loss or theft (or suspected loss or theft) of any radioactive substances from those premises over the 12 months preceding the incident being notified.

(2) In respect of an incident described in sub-paragraph (1), a notification to SEPA is only necessary where in respect of the aggregated total amount of exempt radioactive substances (excluding mobile radioactive apparatus) lost or stolen (or suspected to have been lost or stolen) from the premises in the incident and in all other such incidents in the 12 months preceding it, the quantity of radioactivity exceeds the value that is ten times the value in column 2 of Table 1.

Loss or theft conditions: mobile radioactive apparatus

5.—(1) A must, subject to sub-paragraph (2), in respect of an incident of loss or theft (or suspected loss or theft) of mobile radioactive apparatus from A—

(a) notify the incident to SEPA as soon as practicable; and

(b) include in that notification the details of any other incidents of loss or theft (or suspected loss or theft) of any mobile radioactive apparatus from A over the 12 months preceding the incident being notified.

(2) In respect of an incident described in sub-paragraph (1), a notification to SEPA is only necessary where in respect of the aggregated total amount of mobile radioactive apparatus lost or stolen (or suspected to have been lost or stolen) from A in the incident and in all other such incidents in the 12 months preceding it, the quantity of radioactivity exceeds the value that is ten times the value in column 2 of Table 1.

Condition to dispose of accumulated waste

6.  A must dispose of radioactive waste in respect of which the exemption in article 6(1)(a)(ii) or (b) or 9(1)(b) (as appropriate) applies as soon as practicable after it has become waste, and additionally in the case of such waste where it is a sealed source, a tritium foil source or an electrodeposited source, in any event within 26 weeks of that time unless SEPA advises in writing that a longer period of accumulation may take place.

Article 25

SCHEDULE 3 Revocations

Orders revoked	References
The Radioactive Substances (Lead) Exemption (Scotland) Order 1962	S.I. 1962/2762 (S.122)
The Radioactive Substances (Storage in Transit) Exemption (Scotland) Order 1962	S.I. 1962/2765 (S.125)
The Radioactive Substances (Uranium and Thorium) Exemption (Scotland) Order 1962	S.I. 1962/2766 (S.126)
The Radioactive Substances (Exhibitions) Exemption (Scotland) Order 1962	S.I. 1962/2768 (S.128)
The Radioactive Substances (Phosphatic Substances, Rare Earths etc.) Exemption (Scotland) Order 1962	S.I. 1962/2769 (S.129)
The Radioactive Substances (Geological Specimens) Exemption (Scotland) Order 1962	S.I. 1962/2771 (S.131)
The Radioactive Substances (Prepared Uranium and Thorium Compounds) Exemption (Scotland) Order 1962	S.I. 1962/2772 (S.132)
The Radioactive Substances (Waste Closed Sources) Exemption (Scotland) Order 1963	S.I. 1963/1877 (S.94)
The Radioactive Substances (Schools etc.) Exemption (Scotland) Order 1963	S.I. 1963/1878 (S.95)
The Radioactive Substances (Precipitated Phosphate) Exemption (Scotland) Order 1963	S.I. 1963/1882 (S.99)
The Radioactive Substances (Electronic Valves) Exemption (Scotland) Order 1967	S.I. 1967/1803 (S.166)
The Radioactive Substances (Smoke Detectors) Exemption (Scotland) Order 1980	S.I. 1980/1599
The Radioactive Substances (Gaseous Tritium Light Devices) Exemption Order 1985	S.I. 1985/1047
The Radioactive Substances (Luminous Articles) Exemption Order 1985	S.I. 1985/1048
The Radioactive Substances (Testing Instruments) Exemption Order 1985	S.I. 1985/1049
The Radioactive Substances (Substances of Low Activity) Exemption Order 1986	S.I. 1986/1002
The Radioactive Substances (Hospitals) Exemption Order 1990	S.I. 1990/2512
The Radioactive Substances (Smoke Detectors) Exemption (Scotland) Amendment Order 1991	S.I. 1991/563
The Radioactive Substances (Substances of Low Activity) Exemption (Amendment) Order 1992	S.I. 1992/647
The Radioactive Substances (Hospitals) Exemption (Amendment) Order 1995	S.I. 1995/2395
The Radioactive Substances (Natural Gas) Exemption Order 2002	S.I. 2002/1177

(1)

NRPB- R306 - Exempt Concentrations and Quantities for Radionuclides not Included in the European Basic Safety Standards Directive (April 1999), ISBN 0-85951-429-3.

(2)

The concentrations in this table were calculated using methods adopted by the Health Protection Agency in their document HPA-CRCE-005 - Derivation of Liquid Exclusion or Exemption Levels to Support the RSA93 Exemption Order Review, published in August 2010 (ISBN 0-978-85951-673-0).