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MySep Studio

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Deployed by 17 companies

Separation design and performance simulation software

Page last modified

June 18 2024

MySep Studio offers Design and Performance Simulation for process phase separators. It applies MySep’s proprietary modelling and correlations to give detailed incremental analysis of gas-liquid and liquid-liquid separation. You can rapidly size a new separator and analyse its performance characteristics selecting from a range of internals. Deliverables include a comprehensive report, user-customisable data sheets and to-scale equipment layout sketch.

MySep Studio users are engineers in Upstream, Midstream and Downstream Oil and Gas. The software is widely used in Operating companies to evaluate and optimise performance of installed process equipment. Engineering Contractors and Consultants apply MySep on greenfield and brownfield projects to produce new designs, to debottleneck existing processes and explore revamp options. MySep is also used in separation equipment suppliers to produce reliable designs that provide their customers assurance of meeting performance. Case studies on production optimalisation, troubleshooting and digitalisation can be found on https://www.mysep.com/case-studies-and-downloads.

Pros & Limitations

Improved separator designs

Large range of internals selection

Reliable performance predictions

Risk mitigation

Bi-directional communication with many process simulators (Hysys®, Unisim®, Petro-sim®, Symmetry®)

Time saving and cost reduction (CAPEX and OPEX)

User friendly

Does not work with all available process simulators yet

Specification

Specification Title	Specification Description
Industry	Used throughout the O&G industy, by End-users, operators, contractors and vendors
Areas of application	Conceptual design, FEED, Detailed design and throughout Operation (monitoring, troubleshooting, capacity increase)
Phase separation	Gas - liquid separation, Liquid - liquid separation, Liquid - sand separation
Automatic vessel sizing	Full automatic sizing of the vessel based on selected equipment and other optional criteria. Automatic vessel weight calculation
Simulator communications	Bi-directional communication with process simulators: Aspen HYSYS®, Petro-SIM®, PRO/II®, UniSim®, Symmetry®
Inlet piping	Droplet size distribution prediction, liquid entrainment fraction and flow rate prediction. Flow regime map and data
Inlet section	Nozzle size, velocity and momentum calculation. Inlet device selection: no inlet device, half pipe, vane type, inlet cyclones
Gravity separation section	Liquid from gas separation calculation, Oil droplet from water separation calculation and Water droplet from oil separation calculation
Demisting section	Demisting device selection & performance predictions: Mesh pad, vane pack and cyclones. Detailed geometrical parameters equipment used in performance calculations.
Design layout	To-scale layout drawing of vessel, nozzles and internals. Selection of different vessel configurations, including Liquid boot & split flow
Pressure drop	Prediction of pressure drop across nozzles, internals and vessel. Prediction and consideration of drainage head in equipment drain pipes
Operating envelope	Generation of graphical charts of a vessel’s operating envelope, Iso-carryover curves, Operating limits
Report generation	Full automatic report generation. Automatic generation or revision of vessel process datasheets
Digitalization	Mysep is utilised in process Digital Twins, enhancing digitalization of the process system. Additional MySep is the perfect tool to prepare a digital library of all the separation assets.