Potassium Chloride Syrup Sugar Free is not available in Pakistani Market. K-LYTE syrup is a Pakistani brand of 13.33 m Eq/5ml Potassium supplement syrup, which is not available. People mostly suffering from Hypokalemic periodic parlysis needs daily supply of this syrup for their normal body function. It is fast release potassium suppliment. Aga Khan pharmacy and Kausar Medicos are the two major pharmacies who are supplying this syrup for 7 days shelf life. One day booking next day delivery basis.
I request Prime Minister of Pakistan, Health Minister to made available this product for us, we and our families suffers a lot to make available this syrup for us.
I was working on formulation of Sugar Free Potassium Chloride Syrup after publishing powder formulation of this drug. Now I am reached on a formulation for this syrup available in literature, I just arranged headings and made some comments and suggestions.
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| K-LYTE Syrup Sugar Free |
Commercial Production of Potassium Liquid
- Batch Size: 1000 litre
- Practical Yield: 4900 bottles of 200 ml
- Usual Packing : 200 ml amber bottle
Labelled Formula:
- Each 5 ml contain
- Potassium Chloride 1.33 g
- Potassium Gluconate 0.50 g
- Which will provide 20 mEq of Potassium
Formulation:
Potassium source:
- Potassium chlorode 93.11 kg
- Potassium gluconate 35.11 kg
Inactive Ingredients:
- Citric acid 23.00 kg
- Glycerine 100.00 kg
Colour:
- Caramel colour 1.33 kg
- Amaranth colour 0.03 kg
- SSY colour 0.01 kg
Sweetner:
- Saccharin insoluble 2.50 kg
- Orange Flavour: 6.00 kg
- Raspberry sweet flavour 2.00 kg
Preservative:
- Bronidiol 1.00 kg
- Sorbic acid 0.50 kg
Mineral Water: used as a solvent
Discussion on Formulation:
Source of Potasium:
- Potassium Chloride is normally used as a source of potassium because it is very cheap. Other potassium supplying material can also be used in singly or in combination. e.g. Potassium gluconate, Potassium citrate, Potassium bicarbonate. Milli equivalents content of K per gram of these material are given below.
- Potassium chloride 13.33 mEq/g
- Potassium citrate 9.8 mEq/g
- Potassium bicarbonate 10.0 mEq/g
- Potassium gluconate 4.3 mEq/g
Preservatives:
- Instead of Bronidiol , you can choose Methyle paraben and proplyle paraben. The Maximum limits of these preservative are as under
- Bronidiol 0.01% w/v
- Sodium methyleparaben 0.10 % w/v
- Sodium proplyparaben 0.012% w/v
- Instead of Sorbic acid , sodium metabisulphate can be used.
Sweetner:
- Instead of Sacchrin insoluble, Sodium saccharin, sorbitol or aspartame can be used.
Colours and Flavours:
- The colour depends upon the flavour used, and their quantities depends upon the brand used.
Manufacturing Process:
- Heat 450 ml of mineral water in a stainless steel pan to 80 degree centrigrade.
- Now add and dissolve Potassium gluconate, Potassium chloride, Bronidol and Citric acid one by one.
- Then add glycerind and mix well.
- Now in another stainless steel pan boil 150 litre mineral water, add sacchrine and Sorbic acid, mix and dissolve well. Then add this nixture to above mixture while hot.
- Maintain temperature of this solution to 80-90 degree centrigarde for 15 minutes, then cool.
- Now dissolve colour in boiled cold water, then pour in the prepared solution.
- Similarly add flavours and make up the volume to 1000 litre.
- Pass through Sparkler filter press, using Hy-flo supercel as filtration aid.
http://www.sparklerfilterpresses.com/
http://www.sigmaaldrich.com/catalog/product/sial/56678?lang=en®ion=PK
- Keep the prepared solution in a pan with lid on till ready for packing in 200 ml amber colour bottles.
Warning:
1. This is a Medicine, used only for patients on doctor's advise. Dose and duration depends upon doctor's prescription.
2. Check for validity of the above mentioned formulation, this is available in literature, but I think their is some mistake in 5ml dose gives 20 mEq and batch size calculations. But the process is authentic and material used. Experts in this field can easily detect, I am not correcting it, because pratical yield 1000 litre should contains 266 kg of KCl for 5 ml dose....................,.
