Using Metagenomics to Protect Bridges, Industrial Sites, and Structural Materials
Microbiologically Influenced Corrosion poses a serious threat to critical infrastructure, particularly in bridges, pipelines, and industrial environments. Caused by microbial activity such as biofilm formation and the presence of metal-oxidizing bacteria, MIC can accelerate the deterioration of materials like steel and concrete, leading to costly repairs and safety risks.
At DNA Sequence Laboratory, we use Next-Generation Sequencing (NGS)-based metagenomics to detect and identify the microbial communities driving corrosion. Our technology supports early-stage detection, enabling preventive maintenance strategies that extend the service life of infrastructure.
Our Methodology Includes:
- Non-destructive surface swab sampling
- DNA isolation and NGS sequencing
- Bioinformatics analysis combined with environmental metadata
- Delivery of interactive, dynamic reports
Key Insights
- Corrosive Microorganism Detection: Identification of corrosive and biofilm-forming species associated with structural degradation.
- Material Vulnerability Mapping: Correlation of microbial profiles with signs of corrosion and local environmental conditions.
- Decision-Support Tools for Engineers: Dynamic visualizations and real-time data filtering help stakeholders assess risk and plan interventions.
Why This Matters
- Extend Infrastructure Lifespan: Enable early detection of corrosion threats before visible damage occurs.
- Improve Maintenance Planning: Base interventions on real microbial data rather than guesswork or reactive inspections.
- Reduce Economic Costs: Minimize unexpected failures, downtime, and repair costs through proactive monitoring.
Partner with DNA Sequence Laboratory
Protect your infrastructure with the power of metagenomic surveillance. Our NGS-based biocorrosion monitoring reveals hidden microbial threats, providing the data-driven insights engineers need to plan smarter and build longer-lasting assets.
→ Contact us today to learn how microbial DNA analysis can safeguard your structures and support predictive maintenance strategies.
