About Simprosys 3.0:

Simprosys is developed by Simprotek Corporation
with a group
of internationally
recognized
professionals
possessing
combined expertise on drying, process simulation and software development using the most advanced software technology, viz.
Microsoft .Net and C#,
in the world’s
technology
center,
the Silicon Valley of
California.
Simprosys
3.0 supports combustion drying, general air drying and typical
enclosed inert gas (nitrogen) drying. It can model and simulate not only Air-Water system, but also Air-Ethanol,
Nitrogen-Ethanol, Air-Carbon Tetrachloride, Air-Benzene, Air-Toluene, Air-Acetic
Acid, Nitrogen-Acetic Acid, Nitrogen-Acetone, Nitrogen-Methanol, Nitrogen-N-Propanol, Nitrogen-Isopropanol, Nitrogen-N-Butanol,
Nitrogen-Isobutanol systems.
Simprosys 3.0 includes 20 unit
operations, namely solids dryer, liquid dryer,
burner, cyclone,
air filter, bag filter,
electro-static precipitator, wet scrubber, scrubber condenser, fan/blower, compressor,
steam
jet ejector,
pump, valve, heater, cooler, heat exchanger (which can be used
as an evaporator),
liquid-vapor
separator,
mixer and tee. It also includes a logical
unit operation, viz. recycle, to simulate
recycled gas or
material
stream,
and two utilities, namely, humidity chart and unit
converters. The humidity chart
utility can be used
to
visualize either the state
of a drying gas or an isenthalpic drying process.
The unit converter
utility
can be used to convert any typical engineering units.
In addition to heat and mass balance calculations in all the unit operations, Simprosys
3.0 also
contains a dryer scoping model for typical dryers such as flash, fluidized bed
and rotary dryers.
Since different units may be used in different countries,
Simprosys 3.0
has a complete unit conversion
system. Users can convert
the inputs and outputs of a large flowsheet from one set of units to another
with
just one mouse click.
Please refer to
Simprosys Tutorial
for detailed a description of the use of Simprosys
3.0 for drying
and evaporation process
simulation and design.
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