MACRO SORB ® Sludge and Wastewater Solidification Polymer Less
Expansion High Liquid Retention No Leakage
Introduction of MACRO SORB® Sludge and Wastewater Solidification Polymer
MACRO SORB® SLUSORB Polymer is the high-efficient, cost-effective &
eco-friendly choice for liquid waste treatment. You only need a
small amount of it (usually 1% of the waste) to treat bulk liquid
waste. The gel formed after absorption can firmly lock the water
and prevent the liquid waste from leaking even under certain
pressure, the volume expansion rate is less than 1%, which can
reduce transportation and processing costs.
| Product model | MACRO SORB® SLUSORB Polymer |
| CAS No. | 9003-04-7 |
| Particle Size | Customizable |
| Place of Origin | Qingdao, China |
| Appearance | White Power/Granule |
| Absorption capacity in pure water(g/g) | ≥480 |
| Absorption in 0.9% Nacl(g/g) | ≥61 |
| PH value | 5.5-6.5 |
| Retention Capacity after Centrifugation | ≥36 |
| Certificate | ISO9001, SGS (non-toxic and harmless), SGS (no heavy metal
residue), BV (degradable), REACH (SAPS with the lowest sulfate
residue), etc. |
| Additive proportion(%) | 1% of the total weight of the processed material |
MACRO SORB® Sludge and Wastewater Solidification Polymer Advantages
- FAST-ACTING, less time spend.
- Eco-friendly & Non-biodegradable, non-toxic & harmless, safe for
workers.
- Minimal waste volume expansion, volume increases less than 1%.
No releasing liquid, locking liquid under pressure, stronger
stability.
Additional function like antibacterial and deodorizing can be
added.
- Customized service available (for both products and packaging).
MACRO SORB® SLUSORB Polymer is extensively utilized to capture and
immobilize free liquids, ensuring that waste complies with the
Paint Filter Test (EPA 9095) for No Free Liquids. The hazardous
liquids are securely trapped within the polymer matrix, preventing
the release of harmful substances into the surrounding environment.
This method simplifies the management of liquid waste, whether from
spills or excess materials. Once treated, the waste can be safely
transported and disposed of in a certified, engineered landfill.
Core Value Proposition
1. Operational Efficiency Enhancement
lRapid Solidification: Instant absorption of water/organic fluids,
reducing mixing time by ≥50% vs. traditional solidifiers
lEquipment Compatibility: Direct handling with standard
excavators/trucks, eliminating specialized equipment costs
lLabor Optimization: Streamlines onsite workflows and mitigates
labor-intensive risks
2. Lifecycle Cost Reduction
lWaste Volume Compression: <1% expansion rate, decreasing
transportation frequency by 90%+
lDisposal Cost Savings: 35-60% reduction in total disposal fees
through dual weight/volume reduction
lStorage Flexibility: Complies with non-hazardous landfill
standards, minimizing specialized storage needs
3. ESG Performance Advancement
lContaminant Sequestration: Immobilizes heavy metals, hydrocarbons,
and pollutants to prevent environmental leakage
lCircular Economy Integration: Compatible with industrial byproducts
(slag, fly ash, etc.) to support resource recovery
lCarbon Footprint Reduction: Dual impact via transport emission cuts
and energy conservation, aligning with net-zero goals
| Challenges | Pain points of traditional methods | SAP solutions |
| Leachate Risk | sawdust/cement leakage | chemical gel permanent solid-liquid |
| Disposal Cost | vacuum suction ($6000+/week) | low-dose SAP, reducing transportation costs |
| Equipment Maintenance | filter press requires professional operation and maintenance | only basic engineering machinery is required |
| Environmental Compliance Pressure | Incineration emissions, dust pollution | non-toxic, no secondary pollution |
| Solidified Volume | high expansion rate after use: cement 10-25%, sawdust 100%-200% | expansion rate is only 1% |
Applications of SAPs in Sludge and Wastewater Management
Industrial Waste Management
Superabsorbent Polymers (SAPs) are widely employed in industrial
environments to solidify diverse forms of waste sludge, including
wastewater treatment residues, industrial process slurries, and
contaminated soils. This application enhances waste handling
efficiency and supports environmental compliance.
Construction and Demolition Waste
In construction and demolition projects, SAPs are utilized to
solidify slurry produced during activities such as concrete
cutting, drilling, and structural dismantling. This process
simplifies waste management, reduces disposal costs, and minimizes
environmental impact.
Oil & Gas Industry
SAPs are instrumental in the oil and gas sector for solidifying
drilling muds and sludges. By transforming these materials into
manageable solids, SAPs improve waste handling practices, reduce
operational risks, and support sustainable drilling operations.
Municipal Solid Waste
Municipalities leverage SAPs to solidify organic waste sludge,
sewage slurry, and landfill leachate. This application not only
streamlines landfill management but also effectively controls
odors, contributing to cleaner and more efficient waste processing
systems.
FAQ
1. What is sludge & wastewater solidification polymer?
Sludge and wastewater solidification polymer is a specialized
chemical formulation designed to bind and solidify liquid sludge,
wastewater, or other liquid waste materials into a solid,
manageable form. This process simplifies disposal, reduces
environmental impact, and improves handling efficiency.
2. How does the solidification polymer work?
The polymer works by absorbing water molecules and forming a
gel-like structure that binds solid particles together. This
reaction transforms liquid or semi-liquid waste into a solid mass,
making it easier to transport, dispose of, or repurpose.
3. Is the polymer cost-effective?
Yes, the polymer is highly cost-effective due to its high
efficiency and ability to treat large volumes of waste with minimal
product usage. It also reduces disposal costs by converting liquid
waste into solid form, which is often cheaper to transport and
dispose of.
4. How long does the solidification process take?
The solidification process typically begins within minutes of
application, with complete solidification occurring within a few
hours. The exact time depends on factors such as waste composition,
temperature, and polymer dosage.
