
Environmental Remediation with
Superabsorbent Polymers
Liquid-bearing waste streams from industrial processes are technically challenging and costly to manage. Superabsorbent polymers (SAP) are commonly used by environmental remediation professionals to solidify industrial waste prior to off-site disposal at a solid waste facility.
Waste Solidification
Horizontal Directional Drilling
Sludge Removal
How do we compare? — It's Simple
When compared to commodity absorbents and cement products, SAP-based technologies feature superior liquid absorbency and retention. Our blog goes into detail on these key value points:
Save Money
Minimize waste disposal costs.
Save Time
Reduce overall treatment time.
Save Space
Use less valuable staging space.
Save The Planet
Lighter & fewer trips to landfill.
ZapZorb Premium
Characteristics
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Versatile
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No dust
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Uniform particle size distribution
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Highest-absorbency 300+ (g/g)
ZapZorb MG
Characteristics
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Versatile
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Limited dust
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Variable particle size
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High-absorbency 240+(g/g)
ZapZorb Fine
P2 Blend
Characteristics
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Sodium bentonite + SAP
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Oily waste
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Slightly dusty
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Moderate absorbency 150+(g/g)
P6 Blend
Enterprise
$600/month
Some key features
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Using Super Absorbent Polymers (SAPs) to solidify liquid wastes
with Whit Rawls.
In this compelling installment of the Environmental Transformation Podcast, Sean sits down with Whit Rawls, the expert sales engineer from Chase Corp's Zappa Stewart, to explore the fascinating technology behind SAPs. We deep dive into the use and impact of SAPs across various sectors, including waste management, sediment dredging, drilling operations, municipal wastewater treatment, and environmental remediation.

Zappa Stewart is a wholly owned brand of Chase Corporation. To learn more, visit www.chasecorp.com