The software’s excellent GUI, graphically displays the alternative deployment options to most mooring designs, allowing users to visualize, analyze and evaluate the best choice for installation. Mooring tankers to these buoys gives platforms more flexibility to transfer gas or fluid in varied weather and sea conditions.
#Orcaflex software how to#
The software allows users to plan how to deploy the buoys for maximum efficiency.ĬALM (Catenary Anchor Leg Mooring) buoys include multiple legs (tethers) and a turntable, allowing vessels to “weathervane” while accepting the transfer of fluids from platforms. When designing and installing marine drilling risers, which typically are used by floating drilling vessels, and tie-back risers, used by fixed drilling platforms in conjunction with surface blowout preventers, help anchor either single high-pressure pipes or sets of concentric pipes.Īlso known as single buoy moorings, single point moorings keep one or more tankers stationary while offloading gas or liquid from platforms. OrcaFlex software also offers assistance with both types of drilling risers. Needed to transfer fluids to and from vessels, these conductor pipe systems are essential to the efficiency of deep water production systems. The software helps with design and installation of production risers. Its sister software, OrcaLay and OrcaBend work in concert to provide pipe lay and bend stiffener design and analysis. With its incredible power combined with a wonderful GUI, this software package is the optimum marine services program available today.
OrcaFlex software has multiple talents to help with structural dynamics and hydrodynamic analysis of structures.ĭesigned by mechanical and software engineers, naval architects and mathematicians, this software was developed by Orcina Ltd.
Technology plays an important role in offshore and marine industries.
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