# Food Process Design
`processoptim` is a Python library for food process design.
## Installation
WaterOptim runs under Python 3.6+. To install it with [pip](https://pip.pypa.io/en/stable/), run the following:
`pip install processoptim`
To upgrade it with [pip](https://pip.pypa.io/en/stable/), run the following:
`pip install --upgrade processoptim`
## Basic usage
from processoptim.properties.__properties__ import tomato_sauce
ts = tomato_sauce()
print("density 6% dry matter",ts.rho(0.6),"kg/m3")
print("enthalpy 6% dry matter at 60°C",ts.H(0.6,60),"kJ/kg")
#Tomato paste concentration
from processoptim.opu.__evapo__ import evapo
# n : number of effects
# x0 : initial concentration
# xt : target concentration
# L0 : feed flowrate kg/s
# Ts : steam temperature °C
# S : heat transfer area of each effect m2
# h : Overall heat transfer coeff of each effect W/m2/K
# liq : product to concente, inherit from tomato_sauce class
# N : number of tubes in each effect
# d : tube diameter m
# u : velocity in tubes m/s
# l : tube length m
x0 = 0.06
evapo(n=3,x0=.06,xt=.32,L0=5,Ts=120,S=80,h=2,liq=ts,N=100,d=2.5e-2,u=2,l=5)
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"description": "# Food Process Design\n`processoptim` is a Python library for food process design.\n## Installation\nWaterOptim runs under Python 3.6+. To install it with [pip](https://pip.pypa.io/en/stable/), run the following:\n`pip install processoptim`\nTo upgrade it with [pip](https://pip.pypa.io/en/stable/), run the following:\n`pip install --upgrade processoptim`\n## Basic usage\n from processoptim.properties.__properties__ import tomato_sauce\n ts = tomato_sauce()\n print(\"density 6% dry matter\",ts.rho(0.6),\"kg/m3\")\n print(\"enthalpy 6% dry matter at 60\u00b0C\",ts.H(0.6,60),\"kJ/kg\")\n #Tomato paste concentration\n from processoptim.opu.__evapo__ import evapo\n # n : number of effects\n # x0 : initial concentration\n # xt : target concentration\n # L0 : feed flowrate kg/s\n # Ts : steam temperature \u00b0C\n # S : heat transfer area of each effect m2\n # h : Overall heat transfer coeff of each effect W/m2/K\n # liq : product to concente, inherit from tomato_sauce class\n # N : number of tubes in each effect\n # d : tube diameter m\n # u : velocity in tubes m/s\n # l : tube length m\n x0 = 0.06\n evapo(n=3,x0=.06,xt=.32,L0=5,Ts=120,S=80,h=2,liq=ts,N=100,d=2.5e-2,u=2,l=5)\n",
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