PAM Emulsion 1630
Technical Specifications
Properties :
| Form | :Powder |
| Colour | :Off-white |
| Odour | :Odourless |
| Flash point | :Not applicable |
| Flammability | :Not flammable |
| Bulk density | :Approx. 750 kg/m3 |
| Self ignition | :Not self-igniting |
| Explosion hazard | :Not explosive |
| Fire promoting properties | :Not fire-propagating |
| Solubility in water |
:Forms a viscous solution. |
Application & Dosage
Applications
RXSOL PAM Emulsion 1630 is suitable for a wide range of solid-liquid separation processes, including:
- Municipal sewage and wastewater treatment
- Industrial effluent treatment
- Sludge thickening and dewatering
- Clarification and sedimentation
- Dissolved Air Flotation (DAF) systems
- Paper and pulp processing
- Textile and dyeing wastewater treatment
- Coal washing and mineral processing
- Mill and process wastewater treatment
- Oilfield and drilling-water treatment
- Produced-water treatment
- Mining and mineral-processing applications
It is used for effluent treatment of inorganic suspended solids found in chemical, Fishery, food, textile, dye, other effluent water, mining and coal washing waste water, metal processing, etc.
The dosage range of Anionic Polyacrylamide Flocculant Anionic Polyelectrolyte Powder varies from 0.2 - 3.0 ppm depending upon the type of effluent and application. It is always advised to do a jar test for evaluating the functioning and approximate dosage of Anionic Polyacrylamide Flocculant Anionic Polyelectrolyte Powder.
Jar Test: Put sample of effluent in a beaker and add Anionic Polyacrylamide Flocculant Powder as designated, agitate for 1 minute at 100-120 rpm and then slowly agitate at 60rpm. Determine the floc properly at this time and note the sedimentation and clarity of top solution.
Procedure and precautions upon dispersion and dissolving flocculants:-
Dissolving time: The time required to dissolve the flocculant varies according to the type of flocculant, water quality, temperature and agitation. However, most flocculants generally require around 1 hour of agitation to completely dissolve the powder. Incomplete mixture of flocculant or lumping may inhibit the performance of the flocculant.
Agitation speed: The ideal revolution of the agitator is between 200-400rpm. A high speed agitator operating without reducing the revolution of a motor is not advised, since it may cut the molecules of the flocculant. An ideal agitator motor should be of 1HP for a 1-2m3 mixing tank.
Dissolving concentration: Flocculants should be standardly be dissolved to 0.1-0.2% concentration. It is also effective to start dissolving at a slightly higher concentration, and then dilute the flocculant mixture immediately before use.