Datasheet summary
PolyFloc AE1115
Engineering summary from PDF text extraction for PolyFloc AE1115. Verify every value with the OEM datasheet.
Summary
Product identification
PolyFloc AE1115 is an anionic, low charge density, high molecular weight, polymeric flocculant. It is a liquid emulsion.
Description and use
PolyFloc AE1115 is designed for use as a coagulant aid or flocculant in industrial clarification, thickening, and sludge dewatering processes. It can be applied in both influent and effluent water treatment.
The product helps to:
- Settle lime precipitate in raw water lime/soda softeners.
- Clarify iron oxide suspensions from steel industry wastewaters.
- Settle precipitated hydrous metals in finishing water wastes.
- Reduce fines in thickener effluents from blast furnace, steel mill scale, and BOP scrubbers.
- Provide a clean effluent from automotive oily waste treatment.
- Increase settling in chrome/cyanide destruction units and heavy metal separation systems.
- Reduce oil in refinery and other industrial wastewaters by improving air flotation unit and API separator efficiencies.
- Aid sludge dewatering, producing clean filtrate, high solids capture, and a drier cake.
Treatment and feeding requirements
Preparation
- PolyFloc AE1115 must be dissolved in water before use.
- Prepare solutions in a batch fashion by slowly adding the pre-mixed polymer to the vortex of an agitated tank. Do not add water to the neat polymer.
- Recommended initial makedown solution concentration: 0.5% (range: 0.3 to 1%).
- Use low speed (350 rpm) mechanical agitation until complete dissolution. Avoid high shear or excessive agitation after dissolution.
- Diluted solutions are recommended for use within 24 hours for maximum activity.
- Continuous makedown systems are an option for more reliable results.
Dilution
- Further dilution of the stock solution to approximately 0.1% enhances performance in most applications.
- For dewatering applications, a dilution to approximately 0.25% may be more practical.
Feeding
- Diluted product can be fed by pump, eductor, or gravity flow.
- Feed to a point of good mixing, but not violent agitation. High-speed mixing decreases polymer activity.
- Pumps for transferring the solution should be positive displacement gear or piston pumps.
Materials of construction
- Liquid-side components (tanks, pumps, piping) can be constructed of stainless steel or most plastics, with the exception of LD polyethylene and polypropylene.
- Mild steel is acceptable only if contamination by corrosion products is not critical.
- Viton and Tygon rubbers are acceptable for pump components and hose linings.
Storage and handling
Storage
- Store at moderate temperatures of 45 to 100°F (7 to 38°C).
- Protect from freezing.
- Bulk containers outdoors may require insulation and heat tracing.
- Neat polymer should be recirculated or mixed periodically (one container volume per day) to avoid product separation.
Handling
- Spilled polymer is very slippery.
- Small spills: wash down with copious amounts of water.
- Large spills: contain, absorb on inert material, dispose as solid waste, then flush with water.
General properties
Physical properties are shown on the Material Safety Data Sheet (MSDS), available on request.
Packaging information
PolyFloc AE1115 is a liquid emulsion product available in various containers. Consult your SUEZ representative for alternatives.
Safety precautions
A Material Safety Data Sheet (MSDS) with detailed information is available on request.
Disclaimer: Extraction may miss figures, footnotes, or revisions; contractual data must match the OEM PDF revision used on the project.
Official datasheet (PDF)
Curated from selected public technical reference material for discovery and preliminary comparison. This summary is not a substitute for a current certified manufacturer datasheet. Verify revisions and design limits before use.