Form A - Price Proposal.xlsx

XLSX spreadsheet 22 KB Posted

Attached to
Laboratory Services - Drinking Water Analysis
Solicitation number
15006-0-2026-BG
Issued by
Dane County, Mattoon Village, Wisconsin

About this file

This is a Price Proposal form for Laboratory Services - Drinking Water Analysis submitted to the City of Madison Water Utility in Wisconsin. The proposal outlines pricing for comprehensive water quality testing services across three analytical categories: inorganic compounds and water quality parameters, volatile and synthetic organic compounds, and radionuclides. The inorganic compounds section includes regulatory metals testing via Method 200.8 (covering antimony, arsenic, barium, beryllium, cadmium, chromium, mercury, nickel, selenium, sodium, and thallium) with an estimated 25 samples in 2026, lead and copper testing with 60 estimated samples, iron and manganese analysis with 400 estimated samples, and chromium(VI) testing with 5 estimated samples. Additional services include nutrient analysis, regulatory non-metals testing, and water quality field parameters such as alkalinity, conductivity, hardness, pH, and total dissolved solids. The volatile and synthetic organics category encompasses volatile organic compound analysis via Method 524.2 (50 estimated samples), disinfection by-products testing (TTHM and HAA5), and synthetic organics including pesticides, herbicides, and per- and polyfluoroalkyl substances (PFAS) via Methods 533 and 537.1 (100 and 10 estimated samples respectively). Radionuclide testing includes gross alpha and gross beta analysis (35 samples), radium-226 and radium-228 testing (35 samples each), and uranium analysis.

The proposal specifies unit costs for 2026, 2027, and 2028, though specific pricing amounts are not populated in this summary document. The City of Madison Water Utility has established specific minimum reporting limits (MRLs) for multiple analytes and methods, including a minimum MRL of 1.0 µg/L for regulatory metals (with a preference of 0.1 µg/L), 0.5 µg/L for volatile organic compounds (with a preference of 0.2 µg/L), and 2.0 ng/L or lower for PFAS analytes. These special requirements reflect the utility's commitment to stringent water quality monitoring standards. The proposal indicates dedicated sections for laboratory pricing notes for each analytical category (IOC, VOC/SOC, and RAD), suggesting that detailed pricing methodology and terms are documented separately. No incumbents, set-asides, or specific contract term information is indicated in this price proposal form.

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RFP 15006-0-2026-BG.pdf PDF
15006 Award Recommendation.pdf PDF

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ALL

INORGANIC COMPOUNDS & WATER QUALITY PARAMETERS
Analyte GroupAnalytes (Methods)Estimated Number of Samples - 2026Unit Cost (2026)Unit Cost (2027)Unit Cost (2028)
Regulatory MetalsMethod 200.8: Sb, As, Ba, Be, Cd, Cr, Hg, Ni, Se, Na, Tl*25
Misc Metals (2)Method 200.8: Lead & Copper60
Misc Metals (2)Method 200.8: Iron & Manganese*400
Misc Metals (5)Method 200.8: Five metals5 or less
Misc Metals (9)Method 200.8: Nine metals5 or less
Full Metals ScanMethod 200.8: Up to 25 Metals--
Chromium (VI)Method 218.7: Chromium (VI)*5
Nutrients: NitrogenMethod 353.2: Nitrate & Nitrite25
Multiple MethodsSodium & Chloride25
Regulatory Non-MetalsMethod 300.0: chloride, fluoride & sulfate25
WQ Parameters (LCR) - Multiple MethodsAl, Ca, Cl, Fe, Mn, SO4, Alkalinity, Conductivity, Hardness, pH, Turbidity--
WQ Field ParameterMethod 2320 B: Alkalinity25
WQ Field ParameterMethod 2510 B: Conductivity25
WQ Field ParameterHardness - Calculated25
WQ Field ParameterMethod 4500: pH - Laboratory25
WQ Field ParameterTotal Dissolved Solids25
VOLATILE & SYNTHETIC ORGANIC COMPOUNDS
Analyte GroupAnalytes / MethodEstimated Number of Samples in 2026Unit Cost (2026)Unit Cost (2027)Unit Cost (2028)
Volatile OrganicsMethod 524.2: VOC *50
Disinfection By-ProductsMethod 524.2: TTHM12
Disinfection By-ProductsMethod 552: HAA512
Synthetic OrganicsMethod 522: 1,4-Dioxane*5
Synthetic OrganicsMethod 505: chlordane & toxaphene5
Synthetic OrganicsMethod 515.3 – 7 analytes5
Synthetic OrganicsMethod 525.2 – 16 analytes5
Synthetic OrganicsMethod 531.1 – 8 analytes5
Synthetic OrganicsMethod 547: Glyphosate5
Synthetic OrganicsMethod 548.1: Endothall5
Synthetic OrganicsMethod 549: Diquat5
Synthetic Organics - PFASMethod 533: 25 analytes*100
Synthetic Organics - PFASMethod 537.1: 18 analytes*10
RADIONUCLIDES
Analyte GroupAnalytes / MethodEstimated Number of Samples in 2026Unit Cost (2026)Unit Cost (2027)Unit Cost (2028)
Gross Alpha & Gross BetaMethod: SM7110B35
Radium-226Method: SM7500 Ra B35
Radium-228Method: SM7500 Ra D35
UraniumMethod 200.8 - Uranium--
Special Requirements / City of Madison Water Utility Requests:
Method 200.8 (Regulatory Metals) - request MRL of 1.0 ug/L (minimum), prefer MRL of 0.1 ug/L
Method 200.8 (Iron & Manganese) - request MRL of 0.05 mg/L iron, prefer 0.01 mg/L; request MRL of 2 ug/L manganese, prefer 0.5 ug/L
Method 218.7 - request MRL of 0.020 ug/L
Method 522 - request MRL of 0.070 ug/L
Method 524.2 (VOC) - request MRL of 0.5 ug/L for all analytes, prefer MRL of 0.2 ug/L
Method 533 - request MRL of 2.0 ng/L or lower for all analytes and J-flag results down to MDL
Method 537.1 - request MRL of 2.0 ng/L for all analytes

LABORATORY PRICING NOTES:

IOC

INORGANIC COMPOUNDS & WATER QUALITY PARAMETERS
Analyte GroupAnalytes (Methods)Estimated Number of Samples - 2026Unit Cost (2026)Unit Cost (2027)Unit Cost (2028)
Regulatory MetalsMethod 200.8: Sb, As, Ba, Be, Cd, Cr, Hg, Ni, Se, Na, Tl*25
Misc Metals (2)Method 200.8: Lead & Copper60
Misc Metals (2)Method 200.8: Iron & Manganese*400
Misc Metals (5)Method 200.8: Five metals5 or less
Misc Metals (9)Method 200.8: Nine metals5 or less
Full Metals ScanMethod 200.8: Up to 25 Metals--
Chromium (VI)Method 218.7: Chromium (VI)*5
Nutrients: NitrogenMethod 353.2: Nitrate & Nitrite25
Multiple MethodsSodium & Chloride25
Regulatory Non-MetalsMethod 300.0: chloride, fluoride & sulfate25
WQ Parameters (LCR) - Multiple MethodsAl, Ca, Cl, Fe, Mn, SO4, Alkalinity, Conductivity, Hardness, pH, Turbidity--
WQ Field ParameterMethod 2320 B: Alkalinity25
WQ Field ParameterMethod 2510 B: Conductivity25
WQ Field ParameterHardness - Calculated25
WQ Field ParameterMethod 4500: pH - Laboratory25
WQ Field ParameterTotal Dissolved Solids25

Special Requirements / City of Madison Water Utility Requests:

Method 200.8 (Regulatory Metals) - request MRL of 1.0 ug/L (minimum), prefer MRL of 0.1 ug/L
Method 200.8 (Iron & Manganese) - request MRL of 0.05 mg/L iron, prefer 0.01 mg/L; request MRL of 2 ug/L manganese, prefer 0.5 ug/L
Method 218.7 - request MRL of 0.020 ug/L

LABORATORY PRICING NOTES:

VOC.SOC

VOLATILE & SYNTHETIC ORGANIC COMPOUNDS
Analyte GroupAnalytes / MethodEstimated Number of Samples in 2026Unit Cost (2026)Unit Cost (2027)Unit Cost (2028)
Volatile OrganicsMethod 524.2: VOC*50
Disinfection By-ProductsMethod 524.2: TTHM12
Disinfection By-ProductsMethod 552: HAA512
Synthetic OrganicsMethod 522: 1,4-Dioxane*5
Synthetic OrganicsMethod 505: chlordane & toxaphene5
Synthetic OrganicsMethod 515.3 – 7 analytes5
Synthetic OrganicsMethod 525.2 – 16 analytes5
Synthetic OrganicsMethod 531.1 – 8 analytes5
Synthetic OrganicsMethod 547: Glyphosate5
Synthetic OrganicsMethod 548.1: Endothall5
Synthetic OrganicsMethod 549: Diquat5
Synthetic Organics - PFASMethod 533: 25 analytes*100
Synthetic Organics - PFASMethod 537.1: 18 analytes*10

* Special Requirements / City of Madison Water Utility Requests:

Method 522 - request MRL of 0.070 ug/L
Method 524.2 (VOC) - request MRL of 0.5 ug/L for all analytes, prefer MRL of 0.2 ug/L
Method 533 - request MRL of 2.0 ng/L or lower for all analytes and J-flag results down to MDL
Method 537.1 - request MRL of 2.0 ng/L for all analytes

LABORATORY PRICING NOTES:

RAD

RADIONUCLIDES
Analyte GroupAnalytes / MethodEstimated Number of Samples in 2026Unit Cost (2026)Unit Cost (2027)Unit Cost (2028)
Gross Alpha & Gross BetaMethod: SM7110B35
Radium-226Method: SM7500 Ra B35
Radium-228Method: SM7500 Ra D35
UraniumMethod 200.8 - Uranium--
Special Requirements / City of Madison Water Utility Requests:

None

LABORATORY PRICING NOTES:

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