I'm so grateful my work is having an impact all the way to Mexico 🇲🇽 as well. So grateful 🙏 for sharing your thoughts. Appreciate it very much 🙏 Thank you 😊
Very well explained. I highly appreciate your efforts. Looking forward to many more lectures for other indices and also a separate lecture on Health risk assessment (carcinogenic and noncarcinogenic).
It means a lot to me Sir/Madam. Your kind words gave me more power. Your love and support is worth the time and dedication I put into it. Thanks a billion. I will look into your request. Thank you 😊
Omg... Masha Allah. Excellent explanation .... I was learning and watching videos on wqi and hpi... Bar far till today your video answered all questions that were not completely answered in other videos.... I am compelled to follow you!
Good Sir, I would like to ask how to calculate the removal efficiency of heavy metals from membrane filters if we get heavy metal data from AAS. The result of heavy metal data from AAS consists of concentration and %RSD. What is actually the data we have to input to Excel?
Thank you sir, for great session and initiative for helping students like us .Make lecture session on APTI (Air Pollution Tolerance Index) with theory to practical portion.
Thank you appreciate it very much. Yes, it is important. One simple reason is in mg/l values are minute but extended when converted to ppb. Check it when you compute your data you will.get clearer idea on why ok. Thank you 😊
Thank you so much. The best is check research paper related to HM study in plants, if it is applied then yes otherwise other option might be there. Thank you 😊
Well explained sir ..... Sir I m doing research on toxic matel determination in soil , Vegetable and water ...can I use this method to calculate HM in these samples.?? And one more thing we get the concentration and absorbance from AAS ....do it need further interpretation??
Thank you so much. Appreciate it very much 🙏. I'll suggest you kindly check if any other papers have use this for HM content in vegetable etc assessment. That is how we can assure its applicable besides applications in Water study. The data obtained (if needed check these before proceeding ahead )to be converted unit for easy further analysis. Thank you 😊 so much.
I ll kindly request you to re check the calculation carried out. Follow it step by step. However, slight possibility for high hpi values could be contributing by 1 or 2 paramters which are present beyond the limits. Thank you 😊
The video is very easy to understand thank you for such a comprehensive video. How can i get a video like this one on how to calculate for ecological risk assessment?
Thank you for the video, it's very educative but I have a question please. You converted the So and Ii values to ppb before using in the computation but the monitored value (Mi) was not converted to ppb from mg/l, and was used with other values converted already. They are not in the same unit with Sir and Ii, why? Thank you
Sure sure I'm happy to see your request I m so grateful However it will take time I believe you can understand Preparation is taking a lot of time However continue supporting this channel and will be there one day Thank you so much
I ll suggest you to please watch the video again. Your problem of negative sign is not a problem. Because role to negative is to ignore the negative signs. Even if you get -tive you have to ignore it ok. Thank you 😊
These 2 are different from one another. K doesn't meant same for everything everywhere. Ok. Follow the procedure according as per the method follow. Thank you 😊
This is of great help. Thank you. However, I was trying to get Wi for Fe, but not working because of zero highest permissible limit against 0.3 lowest acceptable limit. I would be glad if you can put me through.
Are the Si Value of Nickle and Cadmium right? If, so from where is it taken. Cause I followed your video, and failed to find the Si values of these two according to the BIS standard.
I'm happy to know and hear that my video is helping. So I appreciate your kind words. Thanks 😊. With regards to the value format, use ppb as per the method. Reason is simple, Example As value is 0.01 mg/l or 10 ppb, later is more representable for parameter with low range of std limit. I hope you are clear. Thank you 😊
Hello good day Sir. I find your lecture so educating and interesting. I have the following questions. If I want to make use of WHO, USEPA, NESREA standard how can I obtain the Si and Ii values because only one standard was given in your lectures in respect to the WHO and EPA standard ( I.e no acceptable Limit and permissible Limit) Thank you
Thank you so so much for your kind words and appreciation. I am really grateful 🙏. Yes, this is the issue with other standards due to non availability of AL and PL. Thank you 😊
A great explanation. I have a question regarding ideal values and standard permissible values. I tried to find these values but didn't get them. how can I find Ideal values for WHO standard ??
Thank you so much Actually there are no pre determined given ideal values from WHO standard. You can try if your study is suitable using BIS standards. Thank you 😊
Yes you can refer any standard limit of your choice. But ideal will not be zero to all. On some case it might be 0 in some it will not. Check the step again in video ok please. Thank you 😊
Very good, but I could not find the ideal value of As, Cd, Cr, Cu, Hg, Fe, Mn, Pb, Ni, Zn according to WHO 2017 or European standard. Can you please help with this? Thank you
Thank you so much. The standard limit you Ned are available in EPA website or Any other recommended agency you wish to incorporate in your study. Thank you so much again
@@JustLikeASteam Thanks for your swift reply. I found the standards for every metal, but it is mentioned in the video that we need the Ideal value. So, how could I find it based on the European standard. Your channel is amazing and your tutoring way as well
@@OMAR-ce1bj OH you referring to ideal values. The way to obtain ideal is best when BIS standards is use, I belive you are aware as mentioned in the video.However, with using other standards the problem is with obtaining ideal value, so it might be 0 or it might be some value if the standards you adopted do have lower and upper limit. This is situation with other standards.However, another option you can confirm is by cross check other publications in your respective country's working on Heavy metals, even from there you will get some clue too. Ok Thank you 😊
Thank you so much. Please Keep supporting for more. It depends on the standard limit adopted for the study. If BIS, I believe its 0, 0 and 0.1, respectively . Thank you 😊
@@JustLikeASteam I am adopting WHO standards, some of the standard limit values in your calculation are not correct as per 2022 WHO guidelines. According to 2022 guidelines I am using values 0.05, 0.01, 0.005, 2, 3, 0.3, 0.006, 0.5, 0.1 mg/l for Cr, Pb, Cd, Cu, Zn, Fe, Hg, Mn, and As respectively. I need ideal values for these all. Can you please help me out??
I really need to understand this one as you are so great but I could not find the ideal value in European standards. it is just available with the BIS standard. the European standard and WHO 2017 have the normal standard values for every heavy metals. Is there another way to put values in the column of the ideal values?
Thank you for this great video Please sir, could you provide us with the source (How to cite -Citation-)of each of the guidelines you have shown in the Table shown at minute 15:36 Thanks
In mg/l value will be to large large for calculation Example 0.03 mg/l No seems not very ideal but if if the value is converted to ppb it give more clearer meaning. Thank you 😊 Continue supporting this channel 🙏 Thank you 😊
Thank u for all your hard work, I'm from Mexico and it's so helpful
I'm so grateful my work is having an impact all the way to Mexico 🇲🇽 as well. So grateful 🙏 for sharing your thoughts. Appreciate it very much 🙏 Thank you 😊
Very well explained. I highly appreciate your efforts. Looking forward to many more lectures for other indices and also a separate lecture on Health risk assessment (carcinogenic and noncarcinogenic).
It means a lot to me Sir/Madam.
Your kind words gave me more power.
Your love and support is worth the time and dedication I put into it. Thanks a billion. I will look into your request. Thank you 😊
Omg... Masha Allah. Excellent explanation .... I was learning and watching videos on wqi and hpi... Bar far till today your video answered all questions that were not completely answered in other videos.... I am compelled to follow you!
Glad to hear that. Thanks and welcome 🙏.. appreciate very much
excellent sir, even low knowledgeable people can also understood. Thank you very much
Woooow. I'm so happy to know that Sir.Thank you so much, it mean so much to me. Appreciate it 🙏
I will be glad to see your videos on contamination factor CF, Daily intake rate, hazard index, Health risk index, target harzad quotient
Thank you 😊
You are welcome sir
Thank you for the video. I gained so much. Thanks again
I am so happy to know. Thank you so much
Good Sir, I would like to ask how to calculate the removal efficiency of heavy metals from membrane filters if we get heavy metal data from AAS. The result of heavy metal data from AAS consists of concentration and %RSD. What is actually the data we have to input to Excel?
Thank you. Extraordinary explanation
Wooow. Thank you Thank you and Thank you 😊
Thank you so much for your excellent explanation.
So happy to know. Thank you for your kind and supportive words. Appreciate it very much 🙏. Thank you 😊
Thanks, the video is so easy to understand
Happy to know it. Thanks a lot Appreciate it very much 🙏
Thank you for this fantastic video
So so grateful for your kind compliment
Appreciate it very much 🙏Thank you 😊
Sir, extraordinary explanation
Woow. Thank you so so much
Happy me.
Its indeed So helpful..
Appreciate it very much Thank you 😊 🙏
Thank You and Nice explanation.🙂
I'm elated to know. Grateful it helps. Thank you so much 😊 🙏
Thank you sir, for great session and initiative for helping students like us .Make lecture session on APTI (Air Pollution Tolerance Index) with theory to practical portion.
Thank you so much Sir. Your kind words made me really happy. Appreciate it very much. With your request, I'll look up to it
Thanks again
Sir, can you please share the procedure for HEI and contamination index using excel?
Thanks for the nice explanation! But, do we really need to convert the unit to ppb? What if we keep the units of all parameters consistent.
Thank you appreciate it very much. Yes, it is important. One simple reason is in mg/l values are minute but extended when converted to ppb. Check it when you compute your data you will.get clearer idea on why ok. Thank you 😊
Thank you, can I have the spreadsheet?
Thank you.
Grateful and appreciate it very much 🙏
Thank you
Great video. Can we use HPI on determining heavy metals in plant samples?
Thank you so much. The best is check research paper related to HM study in plants, if it is applied then yes otherwise other option might be there. Thank you 😊
THANK YOU SIR.
My pleasure my friend
I'm glad to know my passion is helping people
So grateful thank you for your support 🙏
Beautiful explanations. Can I also get pollution index calculations for Polycyclic Aromatic Hydrocarbons (PAHs) ?
❤❤
Thank you so so much. It means a lot. Appreciate it very much 🙏
Well explained sir ..... Sir I m doing research on toxic matel determination in soil , Vegetable and water ...can I use this method to calculate HM in these samples.?? And one more thing we get the concentration and absorbance from AAS ....do it need further interpretation??
Thank you so much. Appreciate it very much 🙏. I'll suggest you kindly check if any other papers have use this for HM content in vegetable etc assessment. That is how we can assure its applicable besides applications in Water study. The data obtained (if needed check these before proceeding ahead )to be converted unit for easy further analysis. Thank you 😊 so much.
Thank you for making clear the calculations. THe HPI of one pond is calculatedd in 1040? Is it correct or wrong?
I ll kindly request you to re check the calculation carried out. Follow it step by step. However, slight possibility for high hpi values could be contributing by 1 or 2 paramters which are present beyond the limits. Thank you 😊
The video is very easy to understand thank you for such a comprehensive video. How can i get a video like this one on how to calculate for ecological risk assessment?
Thank you so much and I am so happy to know that 😊. Very grateful 🙏
Thank you for the video, it's very educative but I have a question please. You converted the So and Ii values to ppb before using in the computation but the monitored value (Mi) was not converted to ppb from mg/l, and was used with other values converted already. They are not in the same unit with Sir and Ii, why?
Thank you
Appreciate it very much. Thank you. All values have been previously converted As mentioned in the video, all values are in ppb. Thank you 😊
You took Mi in mg/L.. Is it ok ? or should we take it in ppb ?
Data originally might be in mg/l but need to be converted from mg/l to ppb . Ok
Thank you 😊
Thank you, I have seen your response here. My question is the same with Sawan Kumar Sahoo.
Sir, please make a video on Comprehensive Pollution Index (CPI).
Sure sure
I'm happy to see your request
I m so grateful
However it will take time
I believe you can understand
Preparation is taking a lot of time
However continue supporting this channel and will be there one day
Thank you so much
Would you kindly make a video on calculating health risk from metal elements? Many kind thanks in advance.
Thank you so much Sir. I really appreciate it. Thanks again
Thank you, can you please give me the excel file?
Some of the values are coming in negative even after applying moduls, what to do in that case and how to interpret.
I ll suggest you to please watch the video again. Your problem of negative sign is not a problem. Because role to negative is to ignore the negative signs. Even if you get -tive you have to ignore it ok. Thank you 😊
please, why k constant here is equal 1 and in WQI (Brown) it is equal 1/sum(1/Sn)
These 2 are different from one another. K doesn't meant same for everything everywhere. Ok. Follow the procedure according as per the method follow. Thank you 😊
pollution load index PLI ?
This is of great help. Thank you. However, I was trying to get Wi for Fe, but not working because of zero highest permissible limit against 0.3 lowest acceptable limit. I would be glad if you can put me through.
Are the Si Value of Nickle and Cadmium right? If, so from where is it taken. Cause I followed your video, and failed to find the Si values of these two according to the BIS standard.
Thank you for this great teaching Sir.
Please why are the values converted to ppb?
I'm asking because my values are all in ppm
I'm happy to know and hear that my video is helping. So I appreciate your kind words. Thanks 😊. With regards to the value format, use ppb as per the method. Reason is simple, Example As value is 0.01 mg/l or 10 ppb, later is more representable for parameter with low range of std limit. I hope you are clear. Thank you 😊
Hello good day Sir.
I find your lecture so educating and interesting.
I have the following questions.
If I want to make use of WHO, USEPA, NESREA standard how can I obtain the Si and Ii values because only one standard was given in your lectures in respect to the WHO and EPA standard ( I.e no acceptable Limit and permissible Limit)
Thank you
Thank you so so much for your kind words and appreciation. I am really grateful 🙏. Yes, this is the issue with other standards due to non availability of AL and PL. Thank you 😊
Thank you soo much
do you know where I can find WHO or EPA specific limits for heavy metals in europe ?
I'm not sure but if you use WHO and EPA i believe it will be international acceptable limits. Thank you 😊
A great explanation. I have a question regarding ideal values and standard permissible values. I tried to find these values but didn't get them. how can I find Ideal values for WHO standard ??
Thank you so much
Actually there are no pre determined given ideal values from WHO standard. You can try if your study is suitable using BIS standards. Thank you 😊
@@JustLikeASteam thank you for the response. Continue to make the Wonderful videos.
@@bilalbhuttah7383 Yes, thank you so much
Appreciate your support and motivation 🙏
Thank you 😊
Very well explained. I highly appreciate your efforts.
Sir, Could you please send me the MS_Excel file?
Or upload it in the caption of this video?
Thank you again.
Thank you so so very much. I highly appreciate your kind words 🙏
Sir If I am using the WHO standard limit for calculating HPI. For that calculation ideal value is 0 for all metals. it is correct or not. pls tell me
Yes you can refer any standard limit of your choice. But ideal will not be zero to all. On some case it might be 0 in some it will not. Check the step again in video ok please. Thank you 😊
Very good, but I could not find the ideal value of As, Cd, Cr, Cu, Hg, Fe, Mn, Pb, Ni, Zn according to WHO 2017 or European standard. Can you please help with this? Thank you
Thank you so much. The standard limit you Ned are available in EPA website or Any other recommended agency you wish to incorporate in your study. Thank you so much again
@@JustLikeASteam Thanks for your swift reply. I found the standards for every metal, but it is mentioned in the video that we need the Ideal value. So, how could I find it based on the European standard. Your channel is amazing and your tutoring way as well
@@OMAR-ce1bj OH you referring to ideal values. The way to obtain ideal is best when BIS standards is use, I belive you are aware as mentioned in the video.However, with using other standards the problem is with obtaining ideal value, so it might be 0 or it might be some value if the standards you adopted do have lower and upper limit. This is situation with other standards.However, another option you can confirm is by cross check other publications in your respective country's working on Heavy metals, even from there you will get some clue too. Ok Thank you 😊
thank you very much ^_^
Appreciate it very much 🙏
Thank you
My pleasure my friend
Thank you so much
Pls teach how to calculate Ecological Risk Index. Waiting with anticipation
Thank you so much for the positive vibe. Appreciate it very much 🙏
Thank you 😊
please session on sanitation index comprehensive index pollution index
Thank you so much
Appreciate it very much
I'll surely look into it
Thank you 😊
Very well explained. thankyou
Can you please provide me the list of ideal values of Fe, Cr and Mn too ?? thanks
Thank you so much. Please Keep supporting for more. It depends on the standard limit adopted for the study. If BIS, I believe its 0, 0 and 0.1, respectively . Thank you 😊
@@JustLikeASteam I am adopting WHO standards, some of the standard limit values in your calculation are not correct as per 2022 WHO guidelines. According to 2022 guidelines I am using values 0.05, 0.01, 0.005, 2, 3, 0.3, 0.006, 0.5, 0.1 mg/l for Cr, Pb, Cd, Cu, Zn, Fe, Hg, Mn, and As respectively. I need ideal values for these all. Can you please help me out??
Ideal values are required for the calculation of HPI for research work
@@sadaqathussain1310 if you watch te video carefully I did not adopt WHO. I adopted BIS standards. Thank you
From where I can get the ideal values for WHO standards ??
I really need to understand this one as you are so great but I could not find the ideal value in European standards. it is just available with the BIS standard. the European standard and WHO 2017 have the normal standard values for every heavy metals. Is there another way to put values in the column of the ideal values?
Sir what about those data, which are not included in it like of Co and Ba
If parameters doesn't have standard limits then it can't be incorporated in such index calculations. Thank you 😊
@@JustLikeASteam thank you sir
Thank you for this great video
Please sir, could you provide us with the source (How to cite -Citation-)of each of the guidelines you have shown in the Table shown at minute 15:36
Thanks
How to calculate HPI in soil. Can i use it in soil?
It will be different. Reason is in soil there is no specific standard limit as available for water. Thank you 😊
The data of metals are in mg/L or ppb? plss help
20:05 onwards, I believe your question is answered. Kindly watch the video again. Thank you 😊
Please tell me one thing why we need to convert mg/l to ppb
In mg/l value will be to large large for calculation
Example 0.03 mg/l
No seems not very ideal but if if the value is converted to ppb it give more clearer meaning.
Thank you 😊
Continue supporting this channel 🙏 Thank you 😊
Ok understood that
Is it different for metal pollution index in fishes?
Yes I believe so
Thank you so much
Can I use the HPI for the coastal water samples ( for the wastewater discharge into sea water ) assessment
Kindly verified it by checking the literature to confirm. Thank you 😊
I followed the same your steps, but I get a very high "HPI" value (Global) for some stations. Is this normal?
Best is just first see you specific location HM content is above the limit and if you then there is a possibility for such final output.Thank you 😊
HOW DO I REPRESENT THE RESULTS IN SPATIAL CONTEXT
Thank you Sir. I need your help for conducting this analysis. I tried but getting some confusion. Would appreciate if get your email