MACRO SORB ® Sludge and Wastewater Solidification Polymer

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MACRO SORB ® Sludge and Wastewater Solidification Polymer

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March 24, 2025

Category Connection: Polymer làm cứng bùn

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Tags:

#SAP Super Absorbent Polymer #Làm cứng nước thải #Sự cứng của bùn

Brief: Discover MACRO SORB® Sludge and Wastewater Solidification Polymer, the eco-friendly solution for efficient liquid waste treatment. With minimal expansion and no leakage, it reduces costs and enhances operational efficiency. Ideal for industrial, construction, and municipal applications.

Related Product Features:

Fast-acting polymer with rapid solidification, reducing mixing time by ≥50%.
Eco-friendly and non-toxic, safe for workers and the environment.
Minimal waste volume expansion, less than 1%, lowering transportation costs.
No liquid release, locking liquids under pressure for stronger stability.
Customizable particle size and additional functions like antibacterial properties.
Compliant with ISO9001, SGS, BV, and REACH certifications.
Reduces disposal costs by 35-60% through weight and volume reduction.
Versatile applications in industrial, construction, oil & gas, and municipal waste management.

Câu hỏi thường gặp:

What is sludge & wastewater solidification polymer?

It is a specialized chemical formulation designed to bind and solidify liquid sludge and wastewater into a manageable solid form, simplifying disposal and reducing environmental impact.
How does the solidification polymer work?

The polymer absorbs water molecules, forming a gel-like structure that binds solid particles together, transforming liquid waste into a solid mass for easier handling and disposal.
Is the polymer cost-effective?

Yes, it is highly cost-effective due to its high efficiency, minimal usage, and ability to reduce transportation and disposal costs by converting liquid waste into solid form.
How long does the solidification process take?

Solidification begins within minutes, with complete solidification typically occurring within a few hours, depending on waste composition, temperature, and polymer dosage.