Assess Risks and Carbon Fate of Subsea Contaminants
Subsea Sources are Difficult and Costly to Assess
Offshore contaminants can originate from aging pipelines, offshore accidents, legacy dumps, natural seeps, and coastal sources.
Mapping and attributing subsea leaks is difficult and costly,
which jeopardizes efforts to evaluate environmental risks.
Oleolytics pioneers environmental simulation and data analysis methods to assess and communicate environmental risks of subsea contamination, including long-term sequestration and fate of carbon.
Simulate Subsea Leaks of Liquid and Gas
Forecast or hindcast the fate of leaking liquids and gases in deep water, with extensively validated models of subsurface processes that are adapted to available technical data and site conditions.
Interpret physical-chemical processes and the influence of degradation with computational modeling and analysis of environmental measurement data.
Predict environmental risks and long-term carbon sequestration, and
communicate results with quantitative simulation data and visuals.
Interpret Sources and Fate of Contamination
Interpret environmental impacts with the synergies of source attribution, environmental data analysis, and process-based fate modeling.
Explain sediment contamination sources with forensic analysis of environmental measurement data supported by fate modeling.
