inlet = influent()
p1 = pipe()
p2 = pipe()
p3 = pipe()
p4 = pipe()
p5 = pipe()
p6 = pipe()
# return activated sludge
RAS = pipe() # aka p7
p8 = pipe()
# internal recirculation
IR = pipe() # aka p9
AX = asm_reactor()
OX = asm_reactor()
fc = final_clarifier()
outlet = effluent()
splt1 = splitter()
splt2 = splitter()
waste = WAS()
wwtp = [
inlet, p1, p2, p3, p4, p5, p6, RAS, p8, IR, AX, OX, fc, outlet, waste,
splt1, splt2
]
# Author: Kai Zhang
#
# Change Log:
# 20201129 KZ: re-run after package structure update
# 20190911 KZ: set_model_condition replaced set_ASM_condition
# 20190815 KZ: init
#
from PooPyLab.unit_procs.streams import influent, effluent, pipe
from PooPyLab.unit_procs.bio import asm_reactor
from PooPyLab.utils.pfd import check, show
inlet = influent()
p1 = pipe()
p2 = pipe()
reactor = asm_reactor()
outlet = effluent()
wwtp = [inlet, p1, p2, reactor, outlet]
def construct():
inlet.set_downstream_main(p1)
p1.set_downstream_main(reactor)
reactor.set_downstream_main(p2)
reactor.set_model_condition(10, 2)
reactor.set_active_vol(37800 * 9)
p2.set_downstream_main(outlet)
print("PFD constructed.")
#
# Author: Kai Zhang
#
# Change Log:
# 20201129 KZ: re-run after package structure update
# 20200708 KZ: init
#
from PooPyLab.unit_procs.streams import pipe
from PooPyLab.unit_procs.streams import influent, effluent
from PooPyLab.unit_procs.bio import asm_reactor
inlet = influent()
p1 = pipe()
ra = asm_reactor()
p2 = pipe()
outlet = effluent()
wwtp = [inlet, p1, ra, p2, outlet]
SRT = 10 # day, in CSTR, this is not a CONTROLLED operation param.
def construct():
# make an CMAS plant
inlet.set_downstream_main(p1)
p1.set_downstream_main(ra)
ra.set_downstream_main(p2)
p2.set_downstream_main(outlet)
p2 = pipe()
p3 = pipe()
p4 = pipe()
p5 = pipe()
p6 = pipe()
p7 = pipe()
p8 = pipe()
# return activated sludge
RAS = pipe() # aka p9
RAS.__name__ = 'RAS'
p10 = pipe()
# internal recirculation
IR = pipe() # aka p11
IR.__name__ = 'IR'
rPAX = asm_reactor()
rPOX = asm_reactor()
rAXP = asm_reactor()
rOXP = asm_reactor()
fc = final_clarifier()
outlet = effluent()
splt1 = splitter()
splt2 = splitter()
waste = WAS()
wwtp = [
inlet, p1, p2, p3, p4, p5, p6, p7, p8, RAS, p10, IR, rPAX, rPOX, rAXP,