Genesis Data

Research with
industrial purpose.

Two connected research areas: corrosion and integrity intelligence, and environmentally conscious cement additives to mitigate concrete degradation.

Our research focus

Asset integrity.
Material durability.

Genesis connects engineering knowledge, data-driven methods, and applied materials research to investigate degradation in industrial and municipal infrastructure.

Our two research areas bring together corrosion and integrity assessment—including data, modeling, prediction, and IoT—and environmentally conscious cement additives designed to help mitigate concrete degradation.

Discuss a research collaboration ↗

Illustrative laboratory research into concrete specimens and cement additive samples — Applied research for durable infrastructure

Research priorities

Two research areas.
Connected expertise.

01 / Corrosion & Integrity

Data, modeling,
prediction & IoT.

Research that connects asset condition, operating environments, and monitoring information to improve understanding of corrosion and integrity challenges.

Industrial data collection, preparation, and analysis
Corrosion modeling, predictive analytics, and model evaluation
IoT and sensor-based monitoring research
Integration of field observations, monitoring, and inspection data
Damage mechanism assessment and mitigation planning
Field and data-driven MIC assessment

Discuss corrosion & integrity research ↗

02 / Environmentally Conscious Cement Additives

Mitigating concrete
degradation.

Materials research exploring environmentally conscious cement additives for concrete durability, with particular interest in sanitary sewers and wastewater infrastructure.

Renewable and waste-derived additive materials
Lignin, biomass ash, and natural zeolite formulations
Antimicrobial properties and microbiological deterioration
Mechanical strength and chemical performance evaluation
Concrete degradation mechanisms and durability assessment
Application-focused testing and pilot research planning

Discuss cement additive research ↗

MIC assessment

Field evidence.
Data-driven insight.

Microbiologically influenced corrosion (MIC) assessment connects observations from the asset environment with the interpretation of microbiological, operating, corrosion-monitoring, and inspection data.

Genesis’s approach brings field assessment and data-driven analysis together to investigate contributing conditions and inform mitigation priorities.

Discuss a MIC assessment ↗

Field assessment

Review site conditions, asset history, visible deterioration, and relevant sampling and monitoring requirements.

Data-driven assessment

Interpret available microbiological, chemistry, operating, and inspection information, including data gaps and uncertainty.

Engineering review

Bring the evidence together to support investigation, mitigation options, and follow-up monitoring priorities.

Explore a research collaboration.

We welcome conversations with industrial operators, municipalities, material producers, and research organizations about defined technical challenges, evaluation requirements, and collaboration opportunities.

Discuss a research opportunity ↗

Let’s discuss your
industrial challenge.

Connect with Genesis about data and AI, corrosion and integrity, or a research and innovation opportunity.

30 minutes · Online via Microsoft Teams

Book a 30-Minute Consultation ↗

Research withindustrial purpose.

Asset integrity.Material durability.

Two research areas.Connected expertise.

Data, modeling,prediction & IoT.

Mitigating concretedegradation.

Field evidence.Data-driven insight.