Attachment A - Request for Pricing - RAD Standards.docx

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EMA - Radioactive Standard Solutions - ARG
Solicitation number
25-588IEMA-DIVNU-B-45663
Issued by
Illinois

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This is a pricing request document (Attachment A) detailing radioactive standard solutions and mixed gamma standards requirements. The document outlines specific pricing tables for various radioactive materials including mixed gamma standard radionuclides, individual radioactive standard solutions, and mixed gamma standards in different geometries and matrices. The contract period specified is 12/01/2024-11/30/2025.

The pricing request is organized into three tables: Table A covers individual radioactive standard solutions in 5-mL flame sealed glass vials with specified activities and uncertainties; Table B details mixed gamma standards in various geometries including Marinelli beakers, charcoal cartridges, and filters; and Table C includes specialty items such as planchet reference sources and inactive diluents. Vendors are required to provide per-unit pricing for each item and separate shipping and handling charges for each table. Technical specifications include precise activity levels (measured in Becquerels and Curies), chemical forms, relative expanded uncertainties, and specific matrix descriptions for each product type.

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Pricing Table A - Enter the proposed per unit cost for each of the Radioactive Standard Solutions listed in Pricing Table A below.

Vendors may also add additional items that they feel may be of interest to the Agency in the “Other Items” Section of Pricing Table C.

Mixed Gamma Standard Radionuclides: Am-241, Cd-109, Ce-139, Co-57, C0-60, Cs-137, Hg-203, Sn-113, Y-88

Nominal activity +/- 20%

Radioactive standard solution in 5-mL flame sealed glass vials (except for low-level tracers in 250-mL flame sealed reagent bottles)

PRICING TABLE A - RADIOACTIVE STANDARD SOLUTIONS

Radionuclide
Chemical Form
Vol.
Activity
Relative Expanded Uncertainty (k=2)%
Vendor Part #
Unit Pricing

12/01/2024–11/30/2025

Mixed Gamma
Am-241 (5.0%), Cd-109 (69.1%), Ce-139 (2.5%), Co-57 (1.7%), Co-60 (3.2%), Cs-137 (2.1%), Hg-203 (5.3%), Sn-113 (4.2%), Y-88 (6.9%); in 4M HCl with 30 µg/g carrier for all nuclides (except Am-241)
5 mL
185,000 Bq (5.0 µCi)
4.0
Am-241
Americium (III) Nitrate in 1M HNO3, carrier free
5 mL
185,000 Bq (5.0 µCi)
2.0
Am-241
Americium (III) Nitrate in 1M HNO3, carrier free
5 mL
37,000 Bq (1.0 µCi)
2.0
Am-243
Americium (III) Nitrate in 1M HNO3, carrier free
250 mL
0.2 Bq/mL (5.4E-6 µCi/mL)
3.0
C-14
Sodium Carbonate in 0.1M NaOH
5 mL
4,000 Bq (0.108 µCi)
4.0
C-14
Sodium Carbonate in 0.1M NaOH
5 mL
37,000 Bq (1.0 µCi)
4.0
Cs-134
Cesium Chloride in 0.1M HCl, 30 µg/g Cs
5 mL
3,700 Bq (0.1 µCi)
2.0
Cs-137
Cesium Chloride in 0.1M HCl, 30 µg/g Cs
5 mL
185,000 Bq (5.0 µCi)
2.0
Cs-137
Cesium Chloride in 0.1M HCl, 30 µg/g Cs
5 mL
37,000 Bq (1.0 µCi)
2.0
H-3
Tritiated Water
5 mL
37,000 Bq (1.0 µCi)
3.0
H-3
Tritiated Water
5 mL
185,000 Bq (5.0 µCi)
3.0
I-131
Sodium Iodide in 0.1M NaOH+0.006M Na2SO3, 30 µg/g I
5 mL
185,000 Bq (5.0 µCi)
2.0
I-131
Sodium Iodide in 0.1M NaOH+0.006M Na2SO3, 30 µg/g I
5 mL
370,000 Bq (10.0 µCi)
2.0
Ni-63
Nickel (II) Chloride in 0.1M HCl, 10 µg/g Ni
5 mL
3,700 Bq (0.1 µCi)
3.0
P-32
Phosphoric Acid in 0.1M HCl, 30 µg/g P
5 mL
740,000 Bq (20.0 µCi)
2.0
Pu-238
Plutonium (VI) Nitrate in 3M HNO3, carrier free
5 mL
3,700 Bq (0.1 µCi)
2.0
Pu-239
Plutonium (VI) Nitrate in 3M HNO3, carrier free
5 mL
37,000 Bq (1.0 µCi)
2.0
Pu-242
Plutonium (VI) Nitrate in 3M HNO3
250 mL
0.2 Bq/mL (5.4E-6 µCi/mL)
3.0
Ra-226
Radium (II) Chloride in 0.1M HCl, 50 µg/g Ba
5 mL
4,000 Bq (0.108 µCi)
5.0
Ra-228
Radium (II) Chloride in 0.1M HCl, 50 µg/g Ba
5 mL
1,250 Bq (0.034 µCi)
4.0
Sr-85
Strontium (II) Nitrate in 0.1M HNO3, 30 µg/g Sr
5 mL
185,000 Bq (5.0 µCi)
2.0
Sr-89
Strontium (II) Nitrate in 0.1M HNO3, 30 µg/g Sr
5 mL
185,000 Bq (5.0 µCi)
2.0
Sr-90
Strontium (II) Nitrate in 0.1M HNO3, 30 µg/g Sr
5 mL
37,000 Bq (1.0 µCi)
2.0
Tc-99
Ammonium Pertechnetate in 0.001M NaOH
5 mL
37,000 Bq (1.0 µCi)
3.0
Th-229
Thorium (IV) Nitrate in 3M HNO3, carrier free
5 mL
370 Bq (0.01 µCi)
2.0
Th-229
Thorium (IV) Nitrate in 3M HNO3, carrier free
250 mL
0.2 Bq/mL (5.4E-6 µCi/mL)
3.0
Th-230
Thorium (IV) Nitrate in 3M HNO3, carrier free
5 mL
4,000 Bq (0.108 µCi)
2.0
Th-230
Thorium (IV) Nitrate in 3M HNO3, carrier free
5 mL
37,000 Bq (1.0 µCi)
2.0
U-232
Uranyl Nitrate in 1M HNO3, carrier free
5 mL
4,000 Bq (0.108 µCi)
4.0
U-Natural
Uranyl Nitrate in 1M HNO3 (Includes U-234, U-235, & U-238 with calibration certification for each isotope)
5 mL
1,850 Bq (0.05 µCi)
4.0

Shipping & Handling Charges for Table A:

Pricing Table B - Enter the proposed per unit cost for each of the Mixed Gamma Standards listed in Pricing Table B below.

Vendors may also add additional items that they feel may be of interest to the Agency in the “Other Items” Section of Pricing Table C.

Nominal activity of Items #1-12: 1.0 µCi (+/-20%)

Relative Expanded Uncertainty for Items #1-12 (k=2): Less than 5% for each radionuclide

PRICING TABLE B - MIXED GAMMA STANDARDS

Item #
Geometry and Matrix Description
Mixed Gamma Nuclides
Vendor Part #
Unit Pricing

12/01/2024–11/30/2025

1
Solid Epoxy (1.17 g/mL polyester mix) in 1-Liter (GA-MA: 130GWMTJ) Marinelli Beaker, fill volume: 1,000-mL
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Sn-113, & Y-88
2
5-mm "Face" loaded impregnated charcoal cartridge (supplied)
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Sn-113, & Y-88
3
Simulated Gas (0.02 g/mL foam matrix) in 1-Liter (GA-MA: 130GWMTJ) Marinelli Beaker, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Sn-113, & Y-88
4
47mm diameter glass fiber filter (active diameter= 44mm) in snap Falcon petri dish
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Sn-113, & Y-88
5
Sand in 8 oz. HDPE specimen cup, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
6
Sand in 500-mL (GA-MA: 530G-E) Marinelli Beaker, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
7
Sand in 500-mL (GA-MA: 590G-E) Marinelli Beaker, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
8
Simulated Vegetation (0.44 g/mL corncob) in 0.5 oz. jar, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
9
Simulated Vegetation (0.44 g/mL corncob) in 8 oz. HDPE specimen cup, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
10
Solid Epoxy (1.17 g/mL polyester mix) in 8 oz. HDPE specimen cup, filled to top
Am-241, Cd-109, Cd-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
11
Solid Epoxy (1.17 g/mL polyester mix) in 500-mL (GA-MA: 530G-E) Marinelli Beaker, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88
12
Solid Epoxy (1.17 g/mL polyester mix) in 500-mL (GA-MA: 590G-E) Marinelli Beaker, filled to top
Am-241, Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Pb-210, Sn-113, & Y-88

PRICING TABLE B (cont.) – MIXED GAMMA STANDARDS for Nuclear Facility Safety

Item #
Geometry and Matrix Description
Mixed Gamma Nuclides
Vendor Part #
Unit Pricing

12/01/2024–11/30/2025

13
Simulated gas in 6L stainless steel chamber, 0.02g/cc foam matrix, NIST traceable (includes decontamination)
222 kBq (6 uCi) +/-20%: Cd-109, Co-57, Ce-139, Hg-203, Sn-113, Cs-137, Y-88, Co-60, Am-241, Sr-85;
14
Simulated gas in 30cc stainless steel chamber, 0.02g/cc foam matrix, NIST traceable (includes decontamination)
222kBq (6uCi) +/-20%: Cd-109, Co-57, Ce-139, Hg-203, Sn-113, Cs-137, Y-88, Co-60, Am-241, Sr-85
15
Simulated gas in 0.22cc stainless steel chamber, NIST traceable
1258 kBq (34 uCi)+/-20%: Cd-109, Co-57, Ce-139, Hg-203, Sn-113, Cs-137, Y-88, Co-60, AM-241, Sr-85
16
Face loaded plastic charcoal cartridge, activity deposited on 47mm dia. filter in tape, 45mm AD, filter placed inside charcoal cartridge on inlet side and back filled with charcoal, NIST traceable
222 kBq (6uCi) +/-20%: Cd-109, Co-57, Ce-139, Hg-203, Sn-113, Cs-137, Y-88, Co-60; Am-241, Sr-85
17
Face loaded plastic charcoal cartridge, activity deposited on 47mm dia. filter in tape, 45mm AD, filter placed inside charcoal cartridge on inlet side and back filled with charcoal, NIST traceable
1332 kBq (36 uCi) +/-20%: Cd-109, Co-57, Ce-139, Hg-203, Sn-113, Cs-137, Y-88, Co-60; Am-241, Sr-85

Shipping & Handling Charges for Table B:

Pricing Table C - Enter the proposed per unit cost for each of the items listed in Pricing Table C below

Inactive diluent volume= 50 mL and 250mL; in flame sealed glass ampoules.

If there are other recommended volumes and/or storage vessels for the 8401 inactive diluent mixture, list at the end of Table C.

PRICING TABLE C - OTHER ITEMS

Other Items
Vendor Part #
Unit Pricing

12/01/2024–11/30/2025

Th-230 Planchet Reference source, 47 mm diameter x 3 mm thick; active diameter: 26 mm ~10 cm2; Aluminum Backing, Nominal activity= 1kBq (activity tolerance: +/- 30%); Activity and emission calibrated with certificate

Sr-90/Y-90 Planchet Reference source, 47 mm diameter x 3 mm thick; active diameter: 26 mm ~10 cm2; Aluminum Backing, Nominal activity = 1 kBq (activity tolerance: +/- 30%); Activity and emission calibrated with certificate

Inactive diluent for 8401 gamma mix (minus Am-24): Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Sn-113, and Y-88; 0.3 mg/g for each element in 4M HCl; 250 mL in flame sealed ampoule

Inactive diluent for 8401 gamma mix (minus Am-24): Cd-109, Ce-139, Co-57, Co-60, Cs-137, Hg-203, Sn-113, and Y-88; 0.3 mg/g for each element in 4M HCl; 50 mL in flame sealed ampoule

Shipping & Handling Charges for Table C:

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