thank you sir for your very nice explanation about chlorination reactions in water but only my question is how to convert the jar test calculations of chlorine and Alum in the laboratory into real fact in water treatment plant mathematically.
Yes, in stage 1, destruction of micro-organisms and oxidation of minerals is carried out due to which very high demand and very minimal chlorine residual is formed.
The additional chlorine after C is mentioned as residual of 0.2 to 0.3 mg/L of free chlorine (S.K.Garg), but you mentioned as 0.1 to 0.2 mg/L. Which is correct one?
A raw water supply of 12 x 10^6L/day to be disinfected with a chlorine dose of 1 mg/L. What will The quantity of bleaching powder containing 30 % available chlorine required (kg) for disinfection per year?
Ammonia in Drinking Water. Ammonia is a colorless, pungent gaseous compound of hydrogen and nitrogen that is highly soluble in water. It is a biologically active compound found in most waters as a normal biological degradation product of nitrogenous organic matter (protein) source google
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Agreed! The clearest explanation I've seen. Thank you!
Very good explanation. Thank you
Good and brief explanation
it was wonderful..thanks a lot sir.
nice explaination...5/5
thank u sir ..u made it interesting ...and plz post videos on other topic also ..
Ur lectures r awesome bro...ty so much for giving free lectures
That's good to hear. Do let your friends also know about the channel.
i like very much ur explanation
thanking u sir
+chinna s Thanks. Let your friends also know about it who are preparing for exams :)
Great vid!!
Thank you, do watch our other videos as well.
awesome lecture.......well planned lecture...with point to point explanation
Thanks Aditya
Yaha bhi h?
How is the contact period defined??
thank you sir for your very nice explanation about chlorination reactions in water but only my question is how to convert the jar test calculations of chlorine and Alum in the laboratory into real fact in water treatment plant mathematically.
thanks a lot sir....your explanation was very clear
to find demand of chlorine, with chlorine usage shall we need to add the residual cl or subtract the residual cl
thank u sir ...u made it interesting ...
line is not start from origin in chlorine diagram
Yes, in stage 1, destruction of micro-organisms and oxidation of minerals is carried out due to which very high demand and very minimal chlorine residual is formed.
Thnks sir! 😊
It was perfect very informative bro thank you very much 😇😇😇😁😁😁
Thanks Kamal. Do check our website too if you like our explanations :)
Thankyou sir.
The additional chlorine after C is mentioned as residual of 0.2 to 0.3 mg/L of free chlorine (S.K.Garg), but you mentioned as 0.1 to 0.2 mg/L. Which is correct one?
0.1 to 0.2 mg /l
Thankyou
Loved it
sir please upload air pollution and noise pollution lecturss
Cl2 is also a free chlorine ???
Yes!
that was so helpfull
Very nice
Thanks :)
Thank you Sir
what about disinfectant byproducts of chlorine? chlorine is responsible for these........
they help to kill the bacteria for a longer run that is even they act as disinfectants and that too large time period.
thanks sir
A raw water supply of 12 x 10^6L/day to be disinfected with a chlorine dose of 1 mg/L. What will The quantity of bleaching powder containing 30 % available chlorine required (kg) for disinfection per year?
12x365x100/30=40x365 kg
What happens to HCL (Hypochloric Acid) and why should we expect ammonia in water during this process?
HOCl you mean?
because HCl is hydrochloric acid
Ammonia in Drinking Water. Ammonia is a colorless, pungent gaseous compound of hydrogen and nitrogen that is highly soluble in water. It is a biologically active compound found in most waters as a normal biological degradation product of nitrogenous organic matter (protein)
source google
Plzz explain chlorine dioxide
Sir teach in Hindi language... For More understanding...
poda punda
Please humble request
Noise and air pollution for gate civil engineering
Will be doing after sometime for sure :)
yas
Same notes from madeeasy
Very good
thank u sir ...u made it interesting ...