Simulate Your Plant and Optimize Your Process
NIAflow is a simulation software for all kinds of mineral processing applications. With its intuitive graphical interface it can model and calculate entire plants. NIAflow supports dry and wet crushing, screening and sorting processes .
NIAflow makes it easy to design processes and optimize your profit. The graphical interface allows the creation of your process in a simple and intuitive way. Whether you are dealing with existing plants or new projects, you can test different settings and scenarios right away. Thus saving you time and money to setup your machinery. NIAflow’s user selectable detailing level stores all plant related data in one spot. With its comprehensive print and documenting features you will have all information at your fingertips.
The software is available in three versions: BASIC, AGGREGATE AND MINING. Depending on the version, NiaFlow supports you with various number of machine objects, that are making your work-day more easier. Choose your version and try them now!
|Freeware HAVER & BOECKER provides a free version NIAflow||V||X|
|Dry mineral processing Belt Conveyer, Vibrating Feeder, Reciprocating Feeder, Apron Feeder, Bucket Elevator, Stationary Grid, Grizzly Feeder, Roller Screen, Jaw Crusher, Cone Crusher, up to 4 Deck Screen and more…||V||V|
|Wet mineral processing Washing Drum, Bucket Wheel, Sand Screw, Log Washer, Hydro Cyclone, Pump Sump, Pump, Chamber Filter Press, Belt Filter Press and more…||X||V|
|Screen media library HAVER & BOECKER provides up to 8000 different screen media products||X||V|
|Closed circuits When it comes to crushing and grinding applications, a closed material circuit will increase the efficiency of the process plant dramatically||X||V|
|Grinding Especially in the mining business, grinding of the raw material is the essential process to create a salable product. New: SAG Mill||X||V|
|Separation Whether density separation by jigs and upstream sorter or all kinds of magnetic separations, this key process is part of every profitable plant||X||V|
|Number of objects Each object in NIAflow stands for an individual type of machine or device||19||87|
No matter if you are planning a new process plant or need to optimize your existing plant, NIAflow simulation software supports you in every single phase of your engineering process by providing you with the best tools to simulate different types of projects.
Three-stage limestone crushing plant, which is constructed in three individual plants. Secondary and tertiary plant with closed crushing circuits.
The plant receives a clay contaminated slurry. By means of a bucket wheel, hydro cyclone and a dewatering screen a 0 – 4 mm sand is produced. The process water is recycled and a clay filter cake is stockpiled.
Pelletizing plant for agricultural limestone pellets. The plant takes in limestone filter dust from other processes. Mechanically robust pellets are produced with the help of a mixer, pelletizing plate and fluid bed dryer.
Design like an expert: Get powerful insights into the NiaFlow Simulation Software.
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Explore the experience of NiaFlow users all araund the world
The process simulation software “NIAflow” developed by H&B provides a robust process flow design and fast scenario analysis. It gives all tools that you need to develop, characterise and optimise a mineral processing plant in a single software package. The professional reporting and accurate mass balancing are some of the features that can assist in proper selection of equipment(s) that are fit for purpose.
Senior Geometallurgist at Fortescue Metals Group
With just a few clicks, the process design is created and the modeling of the material flows can begin. Regardless of whether you are designing systems or optimizing existing systems, you do not forget anything and material circuits can be determined reliably. It is a great advantage to save your own machine parameter groups and upload them into the current flow sheet. I like the fact that regarding the calculation of screening results, the unavoidable misplaced material is determined on the basis of the selected screen media and thus real mass flows are taken into account in the process design.
Process Engineer HAZEMAG & EPR GmbH
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