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Heating A 0.12 Molar Hcl Solution


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#1 Addy21

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Posted 27 August 2015 - 09:55 AM

HCl (0.12 molar concentration is stored in a tank of 1000 lit) at 8 degree celcius.

 

i want to increase its temperature upto 45 degree c . and maintain it to the same temperature.

what will be the procedure. kindly share ur views please?

 


#2 samayaraj

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Posted 27 August 2015 - 11:55 AM

Hi,

 

What is the MOC of storage tank? Its better to keep the HCL solution tank in water bath provided with electric heater & temperature controller or teflon coated electric heater directly immersed in the HCL solution.



#3 Addy21

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Posted 27 August 2015 - 12:02 PM

dear samayaraj. 

Thanks for ur reply.

MOC is polypropylene.

and its not feasible for us to put the tank in water bath.

 

and we are thinking for a teflon coated elctric heater immersed in HCl solution.

 

can you please tell me how to calculate the required heat to go upto the temp of 45 degree c in what time?  



#4 Addy21

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Posted 27 August 2015 - 12:24 PM


 

dear samayaraj,

 

Thanks for your reply.

 

The tank's MOC is polypropylene and its not feasible for us to put the tank in a water bath.

 

We are thinking of a Teflon-coated electric heater immersed in the HCl solution.

 

Can you please tell me how to calculate the required heat to go upto the temp of 45 degree c in what time?  



#5 samayaraj

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Posted 27 August 2015 - 01:57 PM

Its Q = mCp(dT/dt)

 

Where Q is the heat supplied (W), m is the mass of solution (kg), Cp is specific heat cap of solution (J/kg0C), dT/dt is rate of rise of temperature (0C/sec)



#6 Art Montemayor

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Posted 27 August 2015 - 01:58 PM

Addy21:

 

Please stop making multiple postings of the same topic.  Read the Guidelines on this Student Forum.

 

I have moved this thread to the Student Forum because you posted a duplicate thread here.  I will continue to delete all multiple postings of the same topic.  This practice has to stop because it makes it creates confusion and chaos and it is impossible for our members to know how and which identical thread to respond to.  



#7 Said Salim

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Posted 30 August 2015 - 01:34 AM

Addy21

you can refer to this post to calculate Cp of the solution.

 

http://www.cheresour...issolved-solids






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