Modelling

OILMAP is an oil spill model system suitable for use in oil spill response and contingency planning that provides rapid predictions of the movement of spilled oil.

SARMAP search and rescue model system provides rapid predictions of the movement of drifting objects and missing persons in marine and aeronautical environments

CHEMMAP is a chemical discharge modeling and response system that predicts the transport, fate, and biological impacts of a wide variety of chemical substances in the marine environment and atmosphere.

OceansMap enables management and digital visualization of disparate metocean data streams to collaborate and create a common operational platform for ocean planning and emergency response. 

RPS Environmental Data Services mission is to collect, process, and redistribute global and regional real-time data

OILMAP for AGOL is a user friendly modelling system suitable for use in marine emergency response, pollution control and contingency planning. 

Subscribers to RPS OILMAP Slick Service receive daily forecasts of hypothetical, marine oil spill trajectories. These trajectories are assumed to start at the subscriber’s coastal or marine assets (e.g. platforms, pipelines).

OILMAPLand is a land and surface water spill model system for simulating oil and chemical releases from pipelines and storage facilities. OILMAPLAND fills the need for a numerical modeling tool for oil and chemical spills that occur on land and then migrate to streams and lakes.

OILMAPWeb is a web based system for modelling oil releases. It provides rapid predictions of the movement of spilled oil. It includes simple procedures for simulating a spill using wind and hydrodynamic data and specifying spill parameters.

An atmospheric dispersion model integrated into OILMAP that is designed to predict the trajectory and fate of oil in the atmosphere.

HYDROMAP generates current and water level predictions for coastal waters. Integrated GIS, rapid implementation and interoperability, windows based software.

WQMAP is an integrated modeling system to study surface water quality issues. Numerical grids, hydrodynamic simulations, single constituent pollutant transport and eutrophication studies.

SIMAP provides detailed predictions of the three-dimensional trajectory, fate, biological effects, and other impacts of spilled oil and fuels.

MUDMAP is a computer model and analysis system by RPS that predicts the transport, dispersion, and seabed deposition of drilling muds from drill cuttings.

RPS has extensive experience assessing the impacts of sediment-disturbing construction activities in both freshwater and marine environments including those from subsea cable installation, pile driving, and dredging activities. RPS uses numerical models to simulate both the hydrodynamics in the study area and the transport, fate, and effects of material suspended during construction. Modeling is performed with in-house models developed by RPS or third-party models depending on the project requirements. Our extensive experience with model development makes us uniquely qualified to tailor model applications to suit our clients’ needs. RPS has supported numerous studies with modeling, simulating a variety of construction activities including pipeline and cable burial, dredging, backfilling and disposal, hopper overflow, land reclamation, and pile driving.