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Overview
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| Modern process plants are extremely complex with many interdependent systems. Energy efficiency, minimal downtime along with reduced production and maintenance costs all contribute to increased effectiveness and improved margins. Successful, validated design and continual monitoring ensure that the plant is optimised to deliver that effectiveness. |
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Flowmaster offers the ability to model and simulate critical systems in order to; validate new systems designs, design retrofits to an existing system, troubleshoot potential problems and monitor process plant systems during the maintenance cycle.
Flowmaster V7 General Systems is a thermo-fluid system simulation software tool that allows Process system engineers to investigate pressure surge, pressure drop, flow rate, temperature and system response times – removing the uncertainty from fluid flow systems.
The wide range of solver capabilities and supplied loss and performance data enables users to build models and run simulations quicker and easier than ever before.
Equipped to model liquid systems, gas systems and high pressure steam, Flowmaster V7 General Systems provides powerful transient abilities utilising the Flowmaster solver to provide accurate and accessible results for pressure surge and large time scale temperature change scenarios. |

Process Plant Filtration System |
| The Flow Balancing solver and parametric study tool makes sizing pipes, valves and orifices quick and simple to complete. Pumps (including both roto-dynamic and positive displacement along with hydraulics, including those attached to mechanical systems) can also be modelled using Flowmaster V7 General Systems. |
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Process Customers include: ABB Eutech, BASF AG, BP Amoco, BP Chemicals, Corus, DOW Chemical, E.ON Engineering GmbH, Foster Wheeler, GEA Bischoff GmbH, Mitsubishi Chemical Corporation, Siemens AG, Shell SIOP, Shell UK Expro and Woodhill Engineering.
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Meeting the needs of the Industry
Process plants are totally dependent on the efficient running of their piping systems and therefore optimum design and continual effective maintenance are essential. Flowmaster V7 is used to simulate system performance and optimise both new and existing process plants. Whether understanding if a new design will meet the required design specification, the components are sized to meet optimum performance targets or to find out the effects of shutting down a section of the system on the rest of the plant, Flowmaster makes this practical and quick to simulate.
By simulating the system in the virtual environment, different system configurations can be compared to aid component selection and sizing, explore system improvements - to reduce the overall energy consumption for example - and reduce the projects capital expenditure. Flowmaster allows users to quantify system performance and quickly assess its feasibility to provide design assurance, lowering the risk of system failure. |
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Users |
ABB Eutech Ltd | AMEC King Wilkinson | Associated Octel Company | AXENS | BASF AG | Bechtel Ltd | BP Amoco | BP Chemicals | Brambles Industrial Services Ltd | Certim | Corus | COWI Consult | Degussa AG | DOW Chemical | Engineering Services Network GmbH (esn) | E.ON Engineering GmbH | Fitzroy-Worley | Framo Engineering AS | Fraunhofer Institut | Foster Wheeler Italiana | Idemitsu Engineering | Infracor GmbH | Kashima Engineering Corporation | K Home | Krupp UHDE GmbH | Kvaerner E&C | Lurgi Bischoff GmbH | Lurgi Oil Gas Chemie GmbH | MicroCADD | Mitsubishi Chemical Corporation Kurosaki Plant | Mitsu Eng. & Shipbuilding Company | Nippon Steel Corporation | NKK Corporation | Nordson Engineering | NUI AS | Oil Plus | Ove Arup & Partners | Petroleum Development of Oman | PIDEC | Pipeline Ingenieur-Team | PT Rekayasa | Ramboll Consult | Sasol Germany GmbH | Siemens AG A&D SP IPD PS | Shell SIOP | Shell UK Expro | Sidmar | Skanska Whessoe | Smith Rae Energy | Spectrum Fluid Dynamics | Technip Offshore | Tecnimont Planung und Industrieanlagenbau | Woodhill Engineering |
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