Hello  Thank you, for the suggestion  ​​please check ​​the flowing , ​​which may be ​​useful ​ ​ the source of ​​​water is due ​to ​​a ​buffering ​​​process carried ​​​out to cation ​​​exchange ​ ​​Ca++ with K+ ​in ​​a natural ​grow ​​Medea (​Coconut ​Peath )​ . ​ ​ ​ Ca++ is ​​​introduced as ​​​Ca(NO3)2 . Pls ​​​check the ​​​results of the ​​​analysis. ​ In addition to K+ there is Ca++ and Na+ in ​considerable amounts.  However pls check bellow the current analytical report. We will be doing a fresh assessment  of the effluent again with mote details on the Cations present. will let you Have that as well, soon.    Water volume 800-1,000m3/d​  Conductivity:4800MicS/cm COD:  1150 BOD:125 pH5.5-6.5 Chlorides659 Other ​​​parameters (​​​Minerals, etc):​​​ Nitrate as No3 ​​​: 1100 - 1750 ​​​mg/l ​ Nitrite as ​​​No2 : 30 - 60 ​​​mg/l Our objective:  To remove NO3- ​​​to 30ppm or ​​​closer.​​​ Discharge limits to achieve, COD 400ppm / ​​​BOD 250ppm / ​​​NO3- 30ppm / ​ ​​ Cl- 600ppm ( ​​​as CL ) / ​​​Conductivity ​​​2250MicS/​​cm

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Hello 

Thank you, for the suggestion  ​​please check ​​the flowing , ​​which may be ​​useful ​ ​

the source of ​​​water is due ​to ​​a ​buffering ​​​process carried ​​​out to cation ​​​exchange ​ ​​Ca++ with K+ ​in ​​a natural ​grow ​​Medea (​Coconut ​Peath )​ . ​ ​ ​

Ca++ is ​​​introduced as ​​​Ca(NO3)2 . Pls ​​​check the ​​​results of the ​​​analysis. ​

In addition to K+ there is Ca++ and Na+ in ​considerable amounts. 

However pls check bellow the current analytical report. We will be doing a fresh assessment  of the effluent again with mote details on the Cations present. will let you Have that as well, soon. 

 

Water volume 800-1,000m3/d​

 Conductivity:4800MicS/cm

COD:  1150

BOD:125

pH5.5-6.5

Chlorides659

Other ​​​parameters (​​​Minerals, etc):​​​

Nitrate as No3 ​​​: 1100 - 1750 ​​​mg/l ​
Nitrite as ​​​No2 : 30 - 60 ​​​mg/l

Our objective:  To remove NO3- ​​​to 30ppm or ​​​closer.​​​

Discharge limits to achieve,

COD 400ppm / ​​​BOD 250ppm / ​​​NO3- 30ppm / ​ ​​
Cl- 600ppm ( ​​​as CL ) / ​​​Conductivity ​​​2250MicS/​​cm