dPCR DNA Bacteria Testing

At Martin Water Labs, we deliver advanced microbial testing for the oilfield using digital PCR (dPCR) — the gold standard for sensitivity and precision in microbial quantification using TaqMan assay technology. Unlike traditional culture or qPCR methods, dPCR allows us to detect and measure specific bacterial groups, algae, and total microbial load with unmatched accuracy, even in challenging field waters. This means operators can gain a clear, data-driven picture of microbial risks & biocide demand in their systems, from sulfate-reducing and acid-producing bacteria to biofilm-forming organisms that drive corrosion, plugging, and water quality issues.

Our dPCR workflows are designed for treatment validation and chemical performance studies, offering side-by-side comparisons of biocides, oxidizers, and other water treatment programs. By tracking microbial kill at multiple contact times, we provide visual reports that highlight treatment efficacy, percent reduction, and residual populations. This approach equips our clients with actionable insights to optimize dosing, reduce chemical spend, and extend asset life while maintaining compliance and reliability in their operations.

By integrating dPCR with our broader suite of water, solids, and chemical testing services, Martin Water Labs provides a complete microbial monitoring solution — from rapid detection to performance verification. Our team is committed to helping operators take the guesswork out of microbial control, ensuring that water management strategies are both cost-effective and scientifically sound.

By using dPCR technology, you get a fast turnaround of MIC risks in just 1–2 days — a dramatic improvement over the days or weeks required for culture methods. At the same time, dPCR provides this clarity at a fraction of the cost of qPCR sequencing, enabling more robust sampling across sites and conditions without inflating budgets. This empowers operators to make quick, confident decisions about treatment programs and microbial control.