Problem :
A business manager of a cemetery factory has expressed his intention to purchase a desalination unit to produce water desalting facilities
. he requests to his staff to prepare the tender specification of this unit . the factory is localized in inland , a source of brackish water is available with a salinity of 10 g/L . the feed volume flow rate will be 1.5 m
3
/day . the concentration of the permeate does not exceed a 0.5 g/L . zero liquid discharge presents his ultimatum condition . in agreement with these requirement , you are requested to suggest two options with drawing , performance and economic comparison .
OPTION (1) : 1
ST
STAGERO BATCH MODE (RR=80% ) +2
d
STAGE SOLAR POND (20 % ) , SIZING. DESIGN
OPTION (2 ) : 1
ST
STAGE ED (RR=90% ) +2
d
STAGE SOLAR POND (10% )
,SIZING DESIGN.
ENERGY ?
AREA ?
REJECT VOLUME FLOW RATE ?
FINAL CONCENTRATION?
COST ?
.
Problem A business manager of a cemetery factory has expressed hi.docx
1. Problem :
A business manager of a cemetery factory has expressed his
intention to purchase a desalination unit to produce water
desalting facilities
. he requests to his staff to prepare the tender specification of
this unit . the factory is localized in inland , a source of
brackish water is available with a salinity of 10 g/L . the feed
volume flow rate will be 1.5 m
3
/day . the concentration of the permeate does not exceed a 0.5
g/L . zero liquid discharge presents his ultimatum condition . in
agreement with these requirement , you are requested to suggest
two options with drawing , performance and economic
comparison .
OPTION (1) : 1
ST
STAGERO BATCH MODE (RR=80% ) +2
d
STAGE SOLAR POND (20 % ) , SIZING. DESIGN
OPTION (2 ) : 1
ST
STAGE ED (RR=90% ) +2
d
STAGE SOLAR POND (10% )
,SIZING DESIGN.
ENERGY ?
AREA ?
REJECT VOLUME FLOW RATE ?
FINAL CONCENTRATION?
COST ?
