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Overview
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For an industry, that is currently in a rapid state of development, power companies need to be able to complete design and testing within tight time frames to remain competitive.
Flowmaster provides power generation system engineers with powerful software tools to speed up the development of safe, reliable and efficient thermo-fluid systems across a range of application areas.
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Flowmaster V7 General Systems is a thermo-fluid system simulation software tool that allows Power Generation 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.
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Power Generation Customers include: ABB Alstom Power, BBP Energy, British Energy Ltd, British Nuclear Fuels, EDF, Edison, Fiat Engineering, GE Power Generation, Korean Power Engineering Company (KOPEC), Mitsubishi Heavy Industry, Pacific Power, PowerGen Plc, Siemens, Tata Consulting Services, Wartsila Diesel International Ltd Oy, Wood Group AG .
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Meeting the needs of the Industry
Flowmaster V7 is used to simulate systems performance and optimisation of both new and existing power plants. Sometimes it is a simple case of understanding how a cooling water system will behave if a main supply valve is slammed shut. Other times you may need to design the whole system and understand how it will affect others that it interacts with. Flowmaster makes this practical to do.
By simulating the system in the virtual environment, different system configurations can be compared and more accurate component selection / sizing to meet your design goals and reduce your projects capital expenditure. Flowmaster allows you to quantify your system performance and quickly assess its feasibility and provide design assurance with lower risk |
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Users
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ABB Alstom Power UK | ABB Atom | ABB Kraft | ABB Sadelmi | ALSTEC | Alstom Power | Alstom Gas Turbines | Alstom Power Plants | Ansaldo | BBP Energy | BETEN | British Energy Ltd | British Nuclear Fuels | Compagnie Nationale du Rhone (CNR) | Coyne et Bellier | Det Norsk Veritas Nuclear Technology | EAcoE Bangalore | EDF | Edison | EGI Contracting / Engineering | Energoprojekt Praha | Engineering Development Company | ESB International | ESKOM | Fiat Engineering | Filippo Fochi | Forsmarks Kraftgrupp AB | Framatome | GE Energy UK | GE Energy Product | GE Nuovo Pignone | GE Power Generation | INGENCO | Innogy Plc | Israel Electric Corporation | Japan Atomic Energy Research Institute | Kawaju Techno Service Corporation | Kernkraftwerk Leibstadt AG | Knolls Atomic Power Labs | Korea Electric Power Research Institute | Korea Institute of Nuclear Safety | Korean Power Engineering Company (KOPEC) | Mitsubishi Heavy Industry | Modimar | Nuclear Electric | O&G | OKG Aktiebolag | Osaka Engineering Co. Ltd | Pacific Power | PowerGen Plc | Quest Global | Rapid Design | Saarberg Fernewaerme GmbH | Scottish & Southern Energy | SERPRO | Siemens | Siemens Westinghouse Power | Sofinel | SOM | Stanwell Corporation | Statkraft Groner AS | Stucky Consulting Engineers Ltd | Sulzer Burkhardt | Sumitomo Metal Industries | Svenska Energihuset | Sweco Industrietechnik | Tata Consulting Services | Techalpha | Technicatome | Tokyo Electric Power Services | Tractebel Energy Engineering SA | Transelektro | Turbine Technologies | Vattenfall Ringhals | Vattenfall Utveckling AB | VEAG Vereinigte Energiewerke | Voest Alpine Industrieanlagenbau GmbH | VUJE Trnava | Wartsila Diesel International Ltd Oy | Wavegen | West Japan Engineering Consultants Inc. | Westinghouse Savannah River Co. | Wood Group AG | Yonden Engineering Company Ltd
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