Determination of kf factor

Operate the KF titrator using suitable operating procedure. A commercially available, stabilized solution of Karl Fischer type reagent may be used. Commercially available reagents containing solvents or bases other than pyridine or alcohols other than methanol may be used also.

The diluted Reagent called for in some monographs should be diluted as directed by the individual testing procedure. Either methanol or other suitable solvent, such as ethylene glycol monomethyl ether, may be used as the diluent.

The same solution shall be standardized. Standardization of KF Reagent by Water : Unless otherwise specified, transfer 35 to 40 mL of methanol or other suitable solvent to the titration vessel.
Neutralise the solvent with KF reagent. Weigh accurately between 25 to 250mg of water, transfer it into the titration vessel. Titer the content with Karl Fischer reagent to end point to the electrometric or visual endpoint. Perform the above titration in duplicate. Calculate the Factor using the formula
Neutralise, ethylene glycol monomethyl ether, pyridine, alcohols

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Table of contents (toc) for republic of uzbekistan

Table of contents for dossier requirments (republic of uzbekistan). Toc for republic of uzbekistan , toc formate for dossier

Procedure for Collection Transfer and Disposal of Scrap

Scrap essentially consists of metal scrap (MS, SS, Aluminum etc.) arising from engineering fabrication work and fiber drums, HDPE drums, carboys and polythene covers etc. from raw material packaging.Collection of Scrap: Scrap collection points are identified at the following locations. Scrap arising are placed in the above collection points. Scrap from these points are periodically shifted to scrap disposal yard outside Scrap segregation is done at disposal yard – namely as MS, SS, Aluminum, HDPE drums, carboys, fiber drums, polyethylene bags and cardboard cartons. Scrap is disposed from the disposal yard. Collection , Transfer, Disposal of Scrap, segregation

Preparation of mercuric acetate solution 10 percent

Pour about 75 ml of Glacial Acetic Acid into a 250 ml capacity beaker. Weigh 10.0 grams of Mercuric Acetate LR and transfer slowly, into above-said beaker, though it‘s sidewalls, while gentle mixing by using a glass rod. Transfer prepared solution into a 100 ml volumetric flask, by using a glass funnel. Rinse the beaker and funnel with few ml of Glacial Acetic Acid, and allow to add into the contents of volumetric flask. Make up the volumetric flask to mark with Glacial Acetic Acid , remove the funnel, keep the lid to close the volumetric flask and shake gently to mix the solution. Transfer the prepared solution into a suitable container and label with all necessary details. The resultant solution is having the concentration of 10.0% w/v. Mercuric Acetate , Glacial Acetic Acid , Glass funnel, Volumetric flask

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