Q6) An experimental filter press having an area of

0.0414m^(2)

is used to filter an aqueous

BaC03

slurry at a constant pressure of

267kPa

. The filtration equation obtained was\

(t)/(V)=10.25\\\\times 10^(6)V+3.4\\\\times 10^(3)

\ Where:

t

in sec, and

V

in

m^(3)

\ (a) If the same slurry and conditions are used in a leaf press having an area of

6.97m^(2)

, how long will it take to obtain

1.00m^(3)

of filtrate?\ \ \ \ \ \ \ \ \ \ \ Q6) An experimental filter press having an area of

0.0414m^(2)

is used to filter an aqueous

BaC03

slurry at a constant pressure of

267kPa

. The filtration equation obtained was\

(t)/(V)=10.25\\\\times 10^(6)V+3.4\\\\times 10^(3)

\ Where:

t

in sec, and

V

in

m^(3)

\ (a) If the same slurry and conditions are used in a leaf press having an area of

6.97m^(2)

, how long will it take to obtain

1.00m^(3)

of filtrate?

Q6) An experimental filter press having an area of 0.0414m2 is used to filter an aqueous BaC03 slurry at a constant pressure of 267kPa. The filtration equation obtained was Vt=10.25106V+3.4103 Where: t in sec, and V in m3 (a) If the same slurry and conditions are used in a leaf press having an area of 6.97m2, how long will it take to obtain 1.00m3 of filtrate