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VisiMix : Mixing Simulation for Chemical & Process Engineers
VisiMix - Mixing Simulation and Mixing Optimization Solutions for Chemical Processes. VisiMix strives to further strengthen its position as Market Leader in the mixing simulation software market, to become a primary provider of Mixing Process Optimization solutions by enhancing production efficiency and plant profitability. VisiMix's mission is to revolutionize the mixing market by establishing itself as the gateway to all Mixing Processes - starting with the Pharmaceutical & Biotechnology industries - to become a standard procedure for every Chemical Engineer, significantly reducing time and cost. VisiMix Ltd. has created unique PC software tools for mixing simulation and mixing optimization, which enable chemical engineers, process engineers and R&D personnel to visualize mixing processes and decrease significantly the needs of Trial and Error. Thus they save a lot in time and money. VisiMix has launched two software versions of its VisiMix product line catering to two different types of mixing process flow: • Laminar flow is typical for high viscosity media, such as solutions of polymers or concentrated sludges. Mixing phenomena in such flows take place due to shear stress between the media layers and changes in the flow direction. To ensure high flow rates in viscous media, large sized low-speed agitators, such as ribbons, anchors and frames, are commonly used. • Turbulent flow is created in low viscosity liquids. The main velocity pattern in such a flow is accompanied with intensive random motions of liquid in all directions - known as turbulent fluctuations. These fluctuations play an important part in the mixing process along with velocity of the "main" flow. Mixing in a turbulent regime is performed using agitators with radial blades, the agitator size comprising 1/4 to 2/3 of tank diameter. about 30 different types are used industry for regime, and differ by number, geometry, position blades. There may be one four on shaft. VisiMix LAMINAR first software that performs calculations macro-scale (blending) micro-scale (high-shear treatment) viscous liquids production of: o polymers paints coatings detergents pastes shampoos food products many other materials foremost simulation solution treatment or liquid products. intended process engineers, researchers, designers, R&D plant managers. provides technical data power, flow characteristics, shear stresses, mixing, homogenizing, heat transfer efficiency Newtonian non-Newtonian fluids industrial laboratory equipment. calculates parameters required scaling-up mathematical modeling reactors equipment operating transitional regimes mixing. blending, suspension, dissolution, emulsification, transfer, chemical reactions, processes. addition, contains an entirely segment deals gas-liquid dispersion mass transfer. This numerous important such as surface aeration rate, average bubble diameter, gas hold-up, specific area coefficients, others. " " VisiMix : Mixing Simulation for Chemical & Process Engineers Optimize process regimes Scale-up and scale-down Check your technical solutions Select the best equipment for your process Ensure process safety Let VisiMix save you time and money! - see our Success Stories is an advanced PC software for simulation of mixing processes based on extensive research & industry experience and the latest achievements in the field of mathematical simulation. Specifically developed for engineers in chemical, pharmaceutical, cosmetic, biotechnological, paints and other process industries, VisiMix provides efficient solutions at all critical points of process technology - production, process troubleshooting/optimization, equipment design, process R&D, equipment purchase, etc. VisiMix is as comprehensive as it is easy to use. Even the most complex calculations require no more than a couple of minutes. “We have been using VisiMix a great deal for our latest scale up and for our new toner technology. We have found it an accurate tool… Based on our success with the product, our Japanese colleagues at Fuji Xerox have bought a copy for their work... the main problem that I think we have with VisiMix is under-utilization. The tool is so powerful...“ (Emily Moore, Research Engineer, Xerox Research Centre of Canada) To review our products we invite you - To start with the Tutorials (a word document of application examples – in the Downloads Section) - Then to review the Turbulent & Laminar Demos, some success stories and referrals. Flow pattern Mixing power Shear rates, shear stresses JSS Blending time Heat transfer rates Gas absorption Shaft reliability VisiMix pointerles: blending solid suspension dissolution liquid dispersion gas dispersion homogeneous chemical reactions heat-transfer for vessels with various jacket or coil designs batch, semi-batch and continuous operation Process Simulation Process Optimization Reactor Design Selection of Mixing Equipment Safety Control"
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