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Environmental Testing Laboratories

Environmental Testing Laboratories

An environmental testing laboratory processes complex matrices such as soil, water, and sludge, where trace analytes must be extracted and purified before detection. Contaminants like pesticides, mycotoxins, and perfluorinated compounds require high recovery and minimal matrix in

Context

The Problem In This Sector

Pain Points

  • Low recovery of perfluorinated acids due to poor retention on weak anion exchange sorbents
  • Breakthrough of acidic compounds during SPE cleanup because of insufficient ion exchange capacity
  • Cell loss or damage in suspension cultures due to non-specific adhesion on untreated surfaces
  • Contamination from microbial invasion in culture flasks during long-term incubation
  • Inconsistent SPE column performance across batches leading to failed method validation

What This Sector Needs

  • SPE columns with high surface area and stable pH range for reliable extraction of polar and non-polar analytes
  • Mixed-mode sorbents that retain both acidic and basic compounds without requiring multiple steps
  • Cell culture flasks with hydrophilic surfaces for adherent cell attachment and non-adherent surfaces for suspension cultures
  • Sterile, non-pyrogenic, DNase/Rnase free flasks for sensitive biological assays
  • Consistent column bed density and particle size to ensure reproducible recovery and low variability
Where It Is Used

Typical Application Scenarios

  • Extraction of perfluorinated carboxylic acids from environmental water samples using WAX SPE columns
  • Cleanup of veterinary drug residues in animal tissue using MCX columns for basic compounds
  • Isolation of pesticide metabolites from soil extracts using MAX columns for acidic analytes
  • Culture of microbial strains in environmental samples using vented flasks with hydrophobic caps
  • Long-term incubation of suspension cells in non-adherent flasks to assess toxicity in bioassays
Process

How We Work With You

Specify

Select SPE column type based on analyte charge and polarity: HLB for broad-spectrum, MAX for acids, MCX for bases, WAX for strong acids

Sample

Trial quantities of SPE columns and flasks are supplied to validate recovery and compatibility with existing LC-MS/MS methods

Standardise

Use part numbers and consistent packaging to ensure batch-to-batch reproducibility in method validation

Supply

Repeat supply of the same specification, with OEM packing available for private-label use

Recommended

Products For This Sector

Supply

What We Deliver

  • SPE columns available in 1, 3, 6, and 10 ml capacities with consistent particle size of 40 µm and pore size of 300 Å
  • Cell culture flasks with tissue culture treatment for adherent or suspension cell lines, available in 25 to 3750 cm² culture areas
  • Hydrophobic vent caps and plug seal caps to prevent microbial contamination during incubation
  • Gamma radiation sterilization and non-pyrogenic, DNase/Rnase free certification for sensitive biological applications
  • OEM contract manufacturing and private-label packing available through the in-house OEM division
FAQ

Frequently Asked Questions

Which SPE column should we use for perfluorinated acids in water?

Use the WAX Weak Anion Exchange column, which is designed for strong acids and has a stable pH range from 1 to 14

Can your flasks be used for suspension cell culture?

Yes. The flasks are available with a non-adherent surface treatment that minimizes cell damage and loss during suspension culture

Are your SPE columns compatible with LC-MS/MS methods?

Yes. The HLB, MAX, MCX, and WAX columns are designed for high recovery and reproducibility in LC-MS/MS workflows

Do you supply under our own label?

Yes. The OEM division offers OEM plastic devices, OEM contract manufacturing, and membrane die-cut and packing

What sterilization method is used on the flasks?

The flasks are gamma radiation sterilized and are non-pyrogenic, DNase/Rnase free

Consumables For Environmental Testing Laboratories

Send your method and sample type and we will specify the filtration and vial parts to use.