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ZapZorb P6 is a blend of 75% superabsorbent polymers and 25% wood fiber that rapidly solidifies a wide range of high solids, liquid-bearing wastes with minimal amendment rates (0.25%-1% wt/wt). Mechanical mixing is advised.
ZapZorb P6 is a high-performance blend of 75% superabsorbent polymers and 25% wood fiber, engineered to solidify high-solids, liquid-bearing waste efficiently at minimal amendment rates (0.25%-1% wt/wt). It meets EPA Paint Filter Test standards, reduces disposal and transport costs, eliminates waste bulking, minimizes handling, and requires no special PPE. Suitable for solidifying sludges, sediments, HDD drill cuttings, oil and gas drilling fluids, and mixed waste streams.
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Contact Us| Shipping Weight (lbs) | 52 |
|---|---|
| Absorption Capacity (Distilled Water) | 200 g. of water/1 g. of ZapZorb P6 |
| Moisture | 11-14% |
| pH | 5.5 – 6.5 S.U. |
| Quantity per Package | 50lb Bag |
| Packaging | EACH |
| Bulk Density | 22.5 – 29.3 lbs/ft3 |
Superabsorbent Polymers (SAPs) are non-toxic, cross-liked polymers that offer the highest absorption capacity, hydration speed, and long-term liquid retention of any liquid waste solidification technology on the market. Environmental remediation and waste management professionals drastically reduce liquid waste handling time and costs with high-performing ZapZorb solidifiers.
ZapZorb SAPs: The Ultimate Solution for Liquid Waste Solidification (short)
ZapZorb SAPs are the most efficient, ultra-low dosage superabsorbent polymers for solidifying liquid-bearing wastes like coal ash, wastewater sludge, and drilling mud.
SAP Absorption Speed vs Permeability for Waste Solidification
SAP Absorption Speed vs Permeability for Waste Solidification
Liquid Waste Solidification Using Superabsorbent Polymers
When a Southeastern US-based fiber optic and telecom contractor was faced with a persistent liquid waste management challenge, the contractor contacted Zappa-Stewart to conduct an on-site demonstration of solidification with ZapZorb superabsorbent polymers (SAPs).
How to Solidify HDD Mud with Superabsorbent Polymers
This video will help you understand the end-to-end solidification process.
Small package solidification materials for managing and containing paint spills
A surface cross-linked sodium polyacrylate superabsorbent polymer
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