Applications Two Phase Separator Design This   app   provides   the   optimum   two-phase   separator   design for    the    given    process    conditions.    All    well-known    classic methods,   i.e.   GPSA,   York   Demister,   Theoretical,   as   well   as   the CFD-based     realistic     approach     are     included,     and     their produced   results   can   be   compared   against   each   other.   Note, the   popular   classic   methods   are   too   conservative   and   usually specify    extremely    oversized    and    expensive    separators.    The CFD-based    approach,    on    the    other    hand,    will    confidently propose    more    economical    separators    that    can    successfully accomplish   the   separation   task.   So,   this   app   offers   a   direct tangible   benefit   for   industrial   design   projects.   The   app   can   be installed on various platforms:      Apple iOS                Amazon Android             Google Play Android A “Lite” version of this application is also available:       Apple iOS              Amazon Android             Google Play Android Apple App Demo: https://youtu.be/52mTwu-k42M Android App Demo: https://youtu.be/zeX-_1nOsgY Three Phase Separator Design This    app    provides    the    detailed    optimum    design    of    three- phase    separators    for    any    given    process    conditions.    Both vertical   and   horizontal   orientations   and   various   design   types, i.e.   simple,   boot,   weir,   and   bucket   &   weir,   are   covered.   All well-known    classical    methods,    i.e.    GPSA,    York    Demister, Theoretical,   as   well   as   the   modern   CFD-based   approach   are included,   and   their   produced   results   can   be   compared   against each    other.    Optimization    methods,    such    as    golden-section search   and   bisection   method,   have   been   used   through   each method   to   optimize   the   holdup/level   control   compartments. Again,   compared   to   the   popular   classical   methods,   the   CFD- based   approach   proposes   more   economical   separators   that   can efficiently     accomplish     the     separation     task.     The     app     is available for various platforms:       Apple iOS             Amazon Android             Google Play Android Apple App Demo: https://youtu.be/BaJ7yrspCIU Android App Demo: https://youtu.be/yUNEfwwIr0U Distillation Column Design and Cost Estimation Design    and    cost    estimation    of    multicomponent    distillation columns    are    conveniently    performed    through    this    swift mobile   application   which   has   been   exclusively   packaged   for Apple App Store: Apple iOS The    user    interface    offers    three    interactive    columns    which provide       a       convenient       environment       for       copy-paste, comparison,     and     sensitivity     analysis.     The     most     reliable shortcut   methods   have   been   used   for   sizing   the   equipment and   calculating   composition   of   top   and   bottom   products.   The equations   and   correlations   involved   in   the   design   phase   are Fenske,    Underwood,    Erbar-Maddox,    O'Connell,    Kirkbride, and   Fair.   Vapor-Liquid   disengagement   area   at   top   and   liquid residence    time    of    5    min    at    bottom    are    considered    while calculating    the    height    of    column.    Purchased    cost    and    bare module   cost   of   the   designed   columns   are   also   estimated   for years   ranged   from   1957   to   present.   All   affecting   parameters, i.e.   size,   pressure,   temperature,   materials   of   construction,   and inflation    are    taken    into    account.    Thanks    to    incorporating average   values   of   published   cost   data,   the   estimation   accuracy is at a high level of ±12%. Apple App Demo: https://youtu.be/o1zwL6TE30A Cost Estimation for Process Equipment A   mobile   application   namely   “Costimator”   is   published   for various platforms:       Apple iOS            Amazon Android            Google Play Android This   application   estimates   both   the   Purchased   Cost   and   the Bare   Module   Cost   of   process   equipment   for   any   given   year from   1957   to   present.   For   each   piece   of   equipment,   there   are three     interactive     columns     which     provide     a     convenient environment     for     copy-paste,     comparison,     and     sensitivity analysis. All   affecting   parameters,   i.e.   type,   capacity,   pressure, temperature,    materials    of    construction,    and    inflation    are taken   into   account.   Thanks   to   incorporating   average   values   of published   cost   data,   the   accuracy   of   cost   estimation   is   at   a high   level   of   ±12%.   This   application   covers   all   major   process equipment,       i.e.       Blenders,       Centrifuges,       Compressors, Columns,    Conveyors,    Crystallizers,    Drives    for    Pumps    and Compressors,    Dryers,    Dust    Collectors,    Evaporators,    Fans, Filters,   Heaters,   Heat   Exchangers,   Mixers,   Turbines,   Pumps, Reactors, Screens, Storage Tanks, Vaporizers, and Vessels. Apple App Demo: https://youtu.be/Nt2kwO4rRf4 Android App Demo: https://youtu.be/v59s0ro-WBE ASME Steam Tables Calculation Apple iOS “Steam   Props”   calculates   thermodynamic   properties   of   steam and    water    based    on    the    latest    version    of    Steam    Tables published   by   ASME.   The   range   of   data   validity   with   this   app is   the   same   as   with ASME   Steam   Tables,   i.e.   pressure   ranging from   0.0006117   MPa   to   22.064   MPa   for   the   case   of   saturated steam,   and   pressure   ranging   from   0.005   MPa   to   100   MPa   and temperature    ranging        from    33°C    to    800°C    for    the    case    of superheated   steam.   Excellent   accuracies   of   ±0.08%   and   ±0.34% are   established   for   the   results   calculated   for   saturated   and superheated   steam   cases,   respectively.   This   app   also   supports a   large   variety   of   units   in   addition   to   the   SI   (metric)   units   and U.S. Customary Units. The   following   thermodynamic   properties   are   covered   for   the saturated steam case: Temperature,   Pressure,   Vapor   Volume,   Vapor   Density,   Vapor Internal    Energy,    Vapor    Enthalpy,    Vapor    Entropy,    Liquid Volume,    Liquid    Density,    Liquid    Internal    Energy,    Liquid Enthalpy,   and   Liquid   Entropy.   Given   values   for   any   of   these properties,   the   app   can   calculate   all   the   other   properties.   For the   case   of   superheated   steam,   any   binary   combination   of   the thermodynamic     properties     out     of     19     different     possible combinations   (presented   below)   can   be   specified   to   calculate all the corresponding properties: Temperature-Pressure,     Temperature-Volume,     Temperature- Density,        Temperature-Internal        Energy,        Temperature- Enthalpy,   Temperature-Entropy,   Pressure-Volume,   Pressure- Density,       Pressure-Internal       Energy,       Pressure-Enthalpy, Pressure-Entropy,        Volume-Internal        Energy,        Volume- Enthalpy,        Volume-Entropy,        Density-Internal        Energy, Density-Enthalpy,      Density-Entropy,      Internal      Energy      - Entropy, and Enthalpy-Entropy.