Analysis

Please Note


Test Times Are Target Turnaround Times and Indicated in Business Days 
  • Absorbance

    • Spectroscopy
    • |
    • 1-2 business days
    • |
    • 50 mL

    $22.00

    v

    Absorbance

    $22.00

    The measurement of absorbance is used to determine the amount of color that is found in solution.

    280 nm is used to determine the total phenolic concentration in a wine. 

    420 nm is used to determine the amount of yellow and brown color in a wine.

    520 nm is used to determine the amount of red color in a wine.

    430 nm is used used to determine beer color by converting to the Standard Reference Method (SRM) System. The scale is generally from 2 to 40+ depending on the beer style.

    Minimum Volume Required: 50mL

    Includes
    Absorbance
    (Units: AU, Technique: Spectroscopy)

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  • Acetaldehyde

    • Sequential Analyzer
    • |
    • 24 hours
    • |
    • 50 mL

    $50.00

    v

    Acetaldehyde

    $50.00

    Acetaldehyde can be produced by yeast and acetic acid bacteria by the oxidation of ethanol.  It is typically associated with a sherry or rotten apple aroma and is considered undesirable at elevated levels.  Sensory threshold in wine is typically between 100-125 mg/L.  SO2 will bind with acetaldehyde to help reduce unwanted aromas.

    Minimum Volume Required: 50mL

    Includes
    Acetaldehyde
    (Units: mg/L, Technique: Sequential Analyzer)

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  • Alcohol by Volume

    • NIR
    • |
    • 24 hours
    • |
    • 50 mL

    $30.00

    Alcohol (ethanol) is the main product of primary fermentation and a critical measurement in the determination of tax rates, flavors and microbial stability. Additionally, the measurement of alcohol is useful in advance of malolactic fermentation to determine the correct bacteria strain selection.

    Minimum Volume Required: 50mL

    Includes
    Alcohol
    (Units: % vol, Technique: NIR)

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  • Alpha Amino Nitrogen (N-OPA)

    • Sequential Analyzer
    • |
    • Same Day
    • |
    • 50 mL

    $26.00

    N-OPA refers to one of the two prominent forms (along with NH3) of nitrogen that serve as yeast nutrients. The determination of the enzyme of the reaction or N-OPA is commonly measured along with NH3 to determine YAN (Yeast Assimilable Nitrogen).

    Minimum Volume Required: 50mL

    Includes
    Alpha Amino Nitrogen (N-OPA)
    (Units: g/L, Technique: Sequential Analyzer)

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  • Aluminum

    • MP-AES
    • |
    • 24 hours
    • |
    • 50 mL

    $32.00

    v

    Aluminum

    $32.00

    The measurement of aluminum present in wine or juice.

    Minimum Volume Required: 50mL

    Includes
    Aluminum
    (Units: mg/L, Technique: MP-AES)

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  • Aluminum Packaging Panel

    • Various
    • |
    • 1-2 days
    • |
    • 250mL

    $275.00

    This panel is designed to evaluate suitability of wines for aluminum packaging, and is based on recommendations from major industry suppliers, please consult with your provider to confirm what specifications they require.

    Minimum Volume Requirements: 375mL

    Includes

    chloride (as sodium chloride) 
    Free Sulfur Dioxide (SO2)
    Molecular Sulfur Dioxide (SO2)
    Oxygen - Dissolved O2
    pH
    Total Sulfur Dioxide (SO2)
    Ethanol
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  • Ammonia

    • Sequential Analyzer
    • |
    • Same Day
    • |
    • 50 mL

    $26.00

    v

    Ammonia

    $26.00

    Ammonia refers to one of the two prominent forms (along with N-OPA) of nitrogen that serve as yeast nutrients. The determination of ammonia is commonly measured along with N-OPA to determine YAN (Yeast Assimilable Nitrogen).

    Minimum Volume Required: 50mL

    Includes
    Ammonia
    (Units: mg/L, Technique: Sequential Analyzer)

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  • Ascorbic Acid (Vitamin C)

    • Sequential Analyzer
    • |
    • 24 hours
    • |
    • 50 mL

    $50.00

    Ascorbic acid is used in wine as an anti-oxidant, protecting color from oxidation and possible browning.

    Minimum Volume Required: 50mL

    Includes
    Ascorbic Acid
    (Units: g/L, Technique: Sequential Analyzer)

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  • Ash

    • Manual
    • |
    • 2 business days
    • |
    • 50 mL

    $43.00

    v

    Ash

    $43.00

    The measurement of residue remaining after combustion at 500-550°C.  Additionally, ash measurements are used to calculate nutritional analytes. 

    Minimum Volume Required: 50mL

    Includes
    Ash 
    (Units: g/100mL, Technique: Combustion 500-550°C)

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  • Asian Pacific Export Panel

    • Various
    • |
    • 2 days
    • |
    • Ready for Market Package

    $200.00

    This comprehensive panel is made up of analyses that are most often requested by countries within the Pacific Rim region. Always check with your exporter as their requirements may differ. 

    The TTB lists export requirements for specific countries. We recommend you refer to their website for details.

    Note: Lodi Wine Labs export analysis requires a ready for market package.  Full labeling and complete packaging on the bottle is required.

    Includes
    Alcohol by Volume 
    (Units: %vol, Technique: NIR)

    pH Analysis
    (Units: pH, Technique: Manual)

    Titratable Acidity (TA)
    (Units: g/L, Technique: Auto-Titration)

    Volatile Acidity VA (as Acetic Acid)
    (Units: g/L, Technique: Sequential Analyzer)

    Total Sugar
    (Units: g/L, Technique: Sequential Analyzer)

    Total Dry Extract
    (Units: g/L, Technique: Densitometry)

    Free & Total Sulfur Dioxide (SO2)
    (Units: mg/L, Technique: Sequential Analyzer)

    Molecular Sulfur Dioxide (SO2)
    (Units: mg/L, Technique: Calculation)

     Sorbic Acid
    (Units: g/L, Technique: Distillation/Spectroscopy)

     Volume per Bottle
    (Units: mL, Technique: Densitometry/Manual)

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  • Bentonite Fining Trial

    • Incubation + Turbidimeter
    • |
    • 2 business days
    • |
    • 375 mL

    $85.00

    A Bentonite Trial is a highly effective method to develop a heat stable product. It is designed to determine the appropriate addition of bentonite for removal of proteins that can cause a visible haze or flocculation. Several addition rates are made followed by a heat stability test of the treated samples.  These results will identify the lowest addition rate of bentonite that will be required to heat stabilize the wine. 

    Minimum Volume Required: 375mL

    Includes
    Bentonite Trial
    (Units: NTU, Technique: Incubation + Turbidimeter

    Note : We use KWK Bentonite in dosage rates of 2#, 4#, 6#, 8# and 10# for standard heat stability trials. 

    If you are using a different bentonite, please send 10 grams with your sample for lab preparation of the slurry.

    If you would like a specific range of dosage rates, please note this on the sample label.   

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  • Bitterness

    • Spectroscopy
    • |
    • 24 hours
    • |
    • 50 mL

    $45.00

    v

    Bitterness

    $45.00

    The measurement of International Bitterness Units for beer flavor profile. 

    Minimum Volume Required: 50mL

    Includes
    Bitterness
    (Units: IBUs, Technique: Spectroscopy)

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  • Bottle Sterility

    • Microscopy
    • |
    • 24 hours
    • |
    • 50 mL

    $42.00

    v

    Bottle Sterility

    $42.00

    Using Phase Contrast Microscopy, a microscopic examination will determine the presence microorganisms. An examination includes high resolution imagery and based on results, we can assist with recommendations.  

    Minimum Volume Required: 50mL

    Includes
    Imagery & Recommendation
    (Photo & Video up to 1000x magnification; Technique: Phase Contrast Microscopy)

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  • Bottle Sterility Plating

    • Filter Plating
    • |
    • 7-10 days
    • |
    • 750 mL

    $45.00

    Bottle sterility plating is used to ensure the integrity of filtration as well as to ensure sterility throughout filtration and bottling.  

    Minimum Volume Required: One bottle

    Includes
    Bottle Sterility Plating
    (Units: CFU per 250mL, Technique: Filter Plating)
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  • Brazil Export Panel

    • Various
    • |
    • 5-7 days
    • |
    • Ready for Market Package

    $400.00

    This comprehensive panel is made up of analyses that are most often requested by Brazil.  Always check with your exporter as their requirements may differ. 

    The TTB lists export requirements for specific countries. We recommend you refer to their website for details.

    Note: Lodi Wine Labs export analysis requires a ready for market package.  Full labeling and complete packaging on the bottle is required.

    Includes
    Alcohol by Volume
    (Units: % vol, Technique: NIR)

    Methanol
    (Units: mg/L, Technique: Gas Chromatography)

    Titratable Acidity (TA)
    (Units: g/L, Technique: Auto-Titration)

    Titratable Acidity (TA) reported in meq/L
    (Units: g/L, Technique: Auto-Titration)

    Volatile Acidity VA (as Acetic Acid)
    (Units: g/L, Technique: Sequential Analyzer)

    Volatile Acidity VA (as Acetic Acid) reported in meq/L
    (Units: g/L, Technique: Sequential Analyzer)

    Total Sugar
    (Units: g/L, Technique: Sequential Analyzer)

    Total Dry Extract
    (Units: g/L, Technique: Densitometry)

    Sulfates as Potassium Sulfate
    (Units: g/L, Technique: Ion Chromatography)

    Carbon Dioxide
    (Units: mg/L, Technique: Manual)

     

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  • Brettanomyces Analysis (4-EP/4-EG)

    • GC-MS
    • |
    • 48 hours
    • |
    • 120 mL

    $90.00

    4-Ethylphenol and 4-Ethylguaiacol (4-EP and 4-EG) are the metabolites or chemical markers that indicate activity of Brettanomyces and impact the sensory characters of a wine. 4-EP produces aromas generally describes as “barnyard” or “band-aid” while 4-EG can be medicinal or smoky.

    Note: At this time, 4-EP/4-EG analysis will be subcontracted.

    Minimum Volume Required: 50mL

    Includes
    4-Ethylguaiacol
    (Units: ug/L, Technique: GC-MS)
    4-Ethylphenol
    (Units: ug/L, Technique: GC-MS)

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  • Brettanomyces Plating

    • Filter Plating
    • |
    • 7-10 days
    • |
    • 100 mL

    $40.00

    Plating on selective media to determine the presence and quantity of brettanomyces in a sample. Growth is apparent at five to seven days; final results at seven days.

    Minimum Volume Required: 100mL

    Includes
    Brettanomyces Plating
    (Units: CFU per 100mL, Technique: Filter Plating)
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  • Brewing Water Panel

    • Various
    • |
    • 48 hours
    • |
    • 120 mL

    $90.00

    A set of routine analyses for the brewer.  The composition of your water will affect fermentation, flavor, and aroma. 

    Minimum Volume Required: 100mL

    Includes
    pH

    (Units: g/L, Technique: Manual)

    Calcium
    (Units: g/L, Technique: MP-AES)

    Magnesium
    (Units: g/L, Technique: MP-AES)

    Sodium
    (Units: g/L, Technique: MP-AES)

    Total Hardness as Calcium Carbonate
    (Units: g/L, Technique: Calculation)

    Chloride
    (Units: g/L, Technique: Enzymatic)

    Sulfate
    (Units: g/L, Technique: Enzymatic)

    Total Alkalinity
    (Units: g/L, Technique: Enzymatic)

    Bicarbonate
    (Units: g/L, Technique: Calculation)

     

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  • Brix by Densitometry

    • Densitometry
    • |
    • 24 hours; Juice (Same Day)
    • |
    • 50 mL

    $29.00

    Measurement of the approximate sugar concentration in juice and must reported as percentage by weight.  One gram of sucrose in 100mL of solution is considered a degree Brix. (°Brix)

    Minimum Volume Required: 50mL

    Includes
    °Brix
    (Units: Degrees, Technique: Densitometry)

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  • Brix by Digital Refractometer

    • Digital Refractometer
    • |
    • 24 hours; Juice (Same Day)
    • |
    • 50 mL

    $15.00

    Measurement of the approximate sugar concentration in juice and must reported as percentage by weight.  One gram of sucrose in 100mL of solution is considered a degree Brix. (°Brix)

    Minimum Volume Required: 50mL

    Includes
    °Brix
    (Units: Degrees, Technique: Digital Refractometer)
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  • Calcium

    • MP-AES
    • |
    • 24 hours
    • |
    • 50 mL

    $35.00

    v

    Calcium

    $35.00

    The measurement of calcium present in wine or juice. Along with magnesium, calcium measurements are used to determine water hardness which is an analyte included in our water panels.

    Minimum Volume Required: 50mL

    Includes
    Calcium
    (Units: mg/L, Technique: MP-AES)
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  • Carbon Dioxide (CO2)

    • Manual
    • |
    • 24 hours
    • |
    • 120 mL

    $40.00

    Dissolved carbon dioxide is the measurement of the amount of carbon dioxide gas that is dissolved in a liquid.

    Minimum Volume Required: 375mL

    Includes
    Dissolved Carbon Dioxide (CO2)
    (Units: mg/L, Technique: Manual)

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  • Cellar Panel

    • Various
    • |
    • 24 hours
    • |
    • 50 mL

    $58.00

    v

    Cellar Panel

    $58.00

    A routine set of analysis useful for determining critical properties during the aging and cellaring process.

    Minimum Volume Required: 50mL

    Includes
    pH Analysis
    (Units: pH, Technique: Manual)

    Titratable Acidity (TA)
    (Units: g/L, Technique: Auto-Titration)

    Volatile Acidity VA (as Acetic Acid)
    (Units: g/L, Technique: Sequential Analyzer)

    Free & Total Sulfur Dioxide (SO2)
    (Units: ppm, Technique: Sequential Analyzer)

    Molecular Sulfur Dioxide (SO2)
    (Units: ppm, Technique: Calculation)

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  • Citric Acid

    • Sequential Analyzer
    • |
    • 24 hours
    • |
    • 50 mL

    $45.00

    v

    Citric Acid

    $45.00

    One of several organic acids, citric acid may be used to adjust acidity. Citric acid testing is often performed to meet regulatory or export requirements.

    Minimum Volume Required: 50mL

    Includes
    Citric Acid
    (Units: g/L, Technique: Sequential Analyzer)

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  • CMC Panel

    • Conductivity
    • |
    • 2-3 days
    • |
    • 750 mL

    $150.00

    v

    CMC Panel

    $150.00

    A carboxymethylcellulose (CMC) Panel is a highly effective method to develop a cold stable product. It is designed to determine the proper addition of CMC to inhibit tartrate crystallization. Initial cold stability testing is performed followed by suitable addition rates to identify the lowest addition rate that is considered acceptable. 

    Minimum Volume Required: 750mL

    Includes
    CMC Panel, including heat stability of treated samples
    (Units: uS, NTU; Technique: Conductivity, Incubation + Turbidimeter)

    Note : Lodi Wine Labs uses Celstab for standard cold stability trials. 

    If you are using a different product for cold stabilization, please send 50mL with your sample for lab use.

    If you would like a specific range of dosage rates, please note this on the sample label.   

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  • Cobalt

    • MP-AES
    • |
    • 24 hours
    • |
    • 50 mL

    $32.00

    v

    Cobalt

    $32.00

    The measurement of cobalt present in wine or juice.

    Minimum Volume Required: 50mL

    Includes
    Cobalt
    (Units: mg/L, Technique: MP-AES)
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  • Cold Stability - Freeze/Thaw

    • Visual
    • |
    • 72 hours
    • |
    • 120 mL

    $20.00

    This test involves 0.45 micron filtration of a sample followed by freezing for 24 hours. The solution is then thawed prior to inspecting for any crystalline tartrate precipitation. If no crystalline tartrate deposits are observed, it is considered cold-stable and expressed as a "pass."

    Minimum Volume Required: 120mL

    Includes

    Cold Stability
    (Units: Pass/Fail, Technique: Visual)

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  • Cold Stability - UC Davis Modified Mini Contact

    • Conductivity
    • |
    • 24 hours
    • |
    • 120 mL

    $42.00

    The UC Davis Modified Mini Contact is a test that measures the change of conductivity over a 30-minute period at a test temperature of zero degrees Celsius. Wines are generally considered cold stable with a conductivity drop of <3%.

    Minimum Volume Required: 120mL

    Includes
    Cold Stability
    (Units: uS, Technique: Conductivity)

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  • Copper

    • MP-AES
    • |
    • 24 hours
    • |
    • 50 mL

    $35.00

    v

    Copper

    $35.00

    The measurement of copper in a sample of wine, juice, water or beer.  Residual copper testing is useful if copper sulfate was added to a wine or if wine had contact with copper metal.

    Minimum Volume Required: 50mL

    Includes
    Copper
    (Units: mg/L, Technique: MP-AES)

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  • Copper Trial - Sulfide Fining

    • Sensory
    • |
    • 24 hours
    • |
    • 750 mL

    $80.00

    A copper trial is a sulfide fining trial to assist in determining the addition rate of copper sulfate (CuSO4) and/or ascorbic acid for the removal of sulfur off odors. After a predetermined range of addition rates, sensory analysis is performed to identify the lowest addition rate with minimization of off odors.

    Minimum Volume Required: 750mL

    Includes

    Recommended Copper Sulfate Addition
    (Technique: Sensory)

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  • Density

    • Densitometry
    • |
    • 24 hours
    • |
    • 50 mL

    $30.00

    v

    Density

    $30.00

    Measurement of the mass per volume of wine or juice.

    Minimum Volume Required: 50mL

    Includes
    Density
    (Units: mg/L, Technique: Densitometry)

     

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  • Filterability Index

    • Manual
    • |
    • 24 hours
    • |
    • 750 mL

    $55.00

    The Filterability Index is the measurement of the difference in time from the filtration of 200mL of the wine (multiplied by a factor of two) and the filtration of 400mL of the wine. 

    Minimum Volume Required: 750mL

    Includes
    Filterability Index
    (Units: FI, Technique: Manual)

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  • Fining Trial

    • Sensory
    • |
    • Various
    • |
    • 750 mL

    $80.00

    v

    Fining Trial

    $80.00

    Before using a fining product, it is common to conduct a trial to maximize the effect of the product and ensure the proper addition rate.  Various addition rates are made here in the lab followed by sensory evaluation and recommendation.

    Minimum Volume Required: Varied, at least 750mL 

    Includes
    Fining trial and recommendation
    (Various methods) 
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