Groundwater

Person in a yellow safety vest crouching near a wetland, holding a notebook and placing a measuring cup into the water.

Each water test comes with a digital report back. The digital report is emailed once results are received and includes a full lab analysis which contains Method Detection Limit (lowest concentration at which an analyte can be detected), Reporting Limit (lowest concentration at which a numerical value can be confidently assigned), parameters analyzed, and method of testing. We then offer recommendations and referrals for your mitigation and filtering solutions, when available.

*Lab turnaround times vary depending on analytes tested*

Please note: The total price of each test listed below includes collection, laboratory fees, digital report, a 30 minute consultation to review results, and referrals for mitigation and filtration companies in your area as well as product recommendations.

Purchase 2 tests and receive 5% off

Purchase 3 tests and receive 10% off

Four different types of metal or mineral blocks with varying colors and textures, placed on a reflective surface.

Metals & Minerals

$479

Additional Samples: $205 each

Test for a broad array of metals and minerals in one (1) non-potable water sample. 35 analytes included.

Close-up of metallic spheres of various sizes on a reflective surface in a scientific or laboratory setting.

RCRA 8 Metals

$569

Additional Samples: $295 each

Specialized testing for RCRA 8 metals–the eight heavy metals monitored by the Resource Conservation and Recovery Act–in one (1) non-potable water sample. 8 analytes included.

Rows of green lettuce plants growing in hydroponic system

Essential Hydroponics

$525

Additional Samples: $249 each

Basic water quality testing for one (1) non-potable water sample designed to help assess overall suitability for use in hydroponic agriculture and aquaculture. 45 analytes included.

A hand holding a stop sign in front of an environmental map showing a body of water and rocks.

CAM 17 Metals

$665

Additional Samples: $389 each

Specialized testing for CAM 17 metals–also known as Title 22 metals–in one (1) non-potable water sample. 17 analytes included.

Close-up of a furrow between rows of corn with irrigation water and soil, shot from ground level.

Irrigation Water

$525

Additional Samples: $250 each

Water quality testing for one (1) non-potable water sample designed to help assess overall suitability for use in irrigation. 19 analytes included.

Illustration of bacteria on a surface, enlarged for microscopic view, with rod-shaped bacteria and smaller round bacteria.

Mycobacterium

$899

Additional Samples: $625 each

Specialized testing for non-tuberculosis mycobacterium (NTM) in one (1) non-potable water sample. 210 analytes included.

Water flowing into a drain surrounded by leaves.

Glyphosate Stormwater

$525

Additional Samples: $250 each

Targeted test for glyphosate–the herbicide also frequently known as RoundUp–in one (1) stormwater sample. 1 analyte included.

Close-up view of a blue sphere with bubbles around it, labeled 'PFAS', surrounded by other blurred bubbles and lights in the background.

EPA 1633 PFAs

$1195

Additional Samples: $920 each

Specialized analysis of 40x PFAS compounds by EPA 1633 for one (1) non-potable water sample. 40 analytes included.

Close-up of glowing, bioluminescent microorganisms or bacteria with hair-like structures against a dark background.

Pennsylvania E. coli

$485

Additional Samples : $210 each

High-precision test for the presence or absence of coliform and E. coli bacteria in one (1) non-potable water sample at a PA-DEP accredited testing facility with field of accreditation for E. coli in non-potable water by SM 9223B. 2 analytes included.

Close-up of a mineral or crystal formation with fibrous and spiky textures.

Asbestos

$830

Additional Samples: $555 each

Targeted test for asbestos fibers (> 10 um) in one (1) non-potable water sample. 6 analytes included.

Person using a pipette to transfer liquid into a small glass container

Total Suspended Solids

$459

Additional Samples: $185 each

Targeted test for total suspended solids (TSS) in one (1) non-potable water source. TSS are comprised of the extremely small organic and inorganic matter which do not "settle out" by gravity and are unable to pass through a very fine filter (typically 0.45 micron). 1 analyte included.

A watercolor painting of a blue sea anemone or coral with elongated tentacle-like structures.

Fusarium

$729

Additional Samples: $455 each

Specialized test for fusarium genus identification and quantification in one (1) non-potable water sample. 1 analyte included.

Blue graphic with bubbles and the word "Tritium" in the center.

Tritium

$599

Additional Samples: $325 each

Specialized testing of one (1) non-potable water sample for tritium–a radioactive isotope of hydrogen, also known as hydrogen-3.

Numerous bacteria or bacteria-like microorganisms floating in a greenish liquid environment.

Fusarium Species Identification

$1019

Additional Samples: $745 each

Specialized test for fusarium species identification–with DNA confirmation–and quantification in one (1) non-potable water sample. 37 analtyes included.

A science model of the element Lithium from the periodic table, with chemical symbols and atomic number, placed on a dark surface with some rocks nearby.

Lithium

$459

Additional Samples: $185 each

Targeted test for lithium in one (1) non-potable water sample. 1 analyte included.

Green leafy plant inside a greenhouse

Pythium & Phytophthora

$1125

Additional Samples: $849 each

Specialized test for the presence or absence of pythium and phytophthora in one (1) non-potable water sample. 2 analytes included.

Illustration of the chemical element calcium from the periodic table, symbol Ca, atomic number 20, atomic weight 40.078.

Calcium

$469

Additional Samples: $195 each

Targeted test for calcium in one (1) non-potable water source.

Cluster of ripe and unripe tomatoes on the vine in a garden.

Pythium & Phytophthora Species Identification

$1595

Additional Samples: $1319 each

Specialized test for pythium and phytophthora species identification–with DNA confirmation–and quantification in one (1) non-potable water sample. 377 analytes included.

A glass dish filled with a white powdery substance, with lab glassware containing liquids in the background.

Salts

$525

Additional Samples : $249 each

Targeted test for sodium, potassium, and chloride in one (1) non-potable water sample. 3 analytes included.

Chemical structure of methyl tert-butyl ether with molecular formula and name

MTBE

$649

Additional Samples: $375

Specialized testing of one (1) non-potable water sample for methyl tert-butyl ether (MTBE). 1 analyte included.

Electric car on fire with flames and smoke, burning vehicle nearby, outdoors in a wooded area.

Battery Fire Contamination

$600

Additional Samples: $325 each

Specialized testing for common metals and anions related to battery fire contamination in one (1) non-potable water sample. 8 analytes included.

Close-up of a finger with paint and glitter on it.

Microplastics

$1010

Additional Samples: $735 each

Specialized screening test for microplastic particles in one (1) non-potable water sample. Particles between 1 micron (μm) and 10μm are reported as presence/absence and particles 10μm and larger are quantified.

Please note: The smallest sizes of microplastics are typically the most difficult to detect but they are the most abundant. Methods for microplastics analysis are rapidly improving and inter-lab comparisons can be difficult. 6 analytes included.

Close-up of a person's hand holding a magnifying glass with sprinkles of colorful icing against a frosted cake background.

Advanced Microplastics

$1175

Additional Samples: $899 each

Specialized test for microplastic particle count and polymer identification in one (1) non-potable water sample. Particles between 1 micron (μm) and 10μm are reported as presence/absence and particles 10μm and larger are quantified and polymer types are identified.

Please note: The smallest sizes of microplastics are typically the most difficult to detect but they are the most abundant. Methods for microplastics analysis are rapidly improving and inter-lab comparisons can be difficult. 43 analytes included.