SOCO® Polymer for Waste Landfill & Slurry solidification

 

_0004_Waste Landfill & Slurry solidification

SOCO® Polymer for Waste Landfill & Slurry solidification

✔️ Larger & Quicker Liquid Absorption

✔️ Lower Treatment & Transportation Cost

✔️ Stable Performance, Safety & Eco-friendly

✔️ Additional Function Added

Why Solidify Liquid Waste?

Liquid Waste is one of the common byproduct of our production and life, which has a serious impact on our ecological environment. Conventional treatment can be inefficient and costly, sometimes may cause secondary pollution.

Solidifying Liquid Waste is the superior way to deal with this problem because of the follow advantages: 

Minimization

Reduce cost, save time and materials

Stabilization

Easy to use, no liquid leakage during transportation

Innocuity

Safe and environmentally friendly, reduce environmental pollution

Carbon Reduction

Help reduce carbon footprint And the recovery of slurry


Introduction of Waste Landfill & Slurry solidification

Product Overview 

Excellent performance

Less Dosage · Higher Absorbency · More Efficient

Product modelSOCO® Polymer SNN781S
CAS No.9003-04-7
Particle SizeCustomizable
Place of OriginQingdao, China
AppearanceWhite Power/Granule
SafetyHarmless No-Flammable
ApplicationWaste Landfill & Slurry solidification, etc.
CertificateISO9001, 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


*For more details and information，please consult our specialists.


Advantages

SOCO® 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.


• Volume increases less than 1%, reducing transportation costs.

• Faster solidification, less time spend.

• Eco-friendly, non-toxic, harmless & biodegradable, reducing risk and liability, improving safety on site.

• 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).



Solidifying-Agent-For-Sewage-Treatment


Obviously the quickness of the product and its compact results  saves money and time, 

but the safety provided to workers and the environment give it a true advantage. 

Your business becomes more efficient by preparing waste in a way that can be easily and safely deposited 

in a landfill because you no longer have to search for alternatives.


Comments

Post a Comment

Popular posts from this blog

Sodium Polyacrylate: Indirect Applications in Mining Processes

Image
  Sodium polyacrylate , although not directly involved in mining operations, plays a significant role in supporting various aspects of the mining industry through its versatile properties. SOCO® manufactures sodium polyacrylate that can be customized to meet specific application needs, offering tailored solutions for different scenarios. Dust Suppression Additive: Sodium polyacrylate serves as an effective additive in dust suppression products applied to mining roads, haulage ways, and stockpiles. Its water-absorbing capacity helps control dust by retaining moisture, creating a more stable and controlled environment in mining areas. Mining Dehumidification: Available in various forms such as powder, granules, or gel, sodium polyacrylate aids in dehumidifying mining sites and ores. By absorbing surface moisture from ores, it prevents excessive absorption that can affect ore properties. The polymer's water retention capability also maintains ideal moisture levels, reducing issues lik
Read more

Application of sodium polyacrylate in mining

Image
  Sodium polyacrylate , while not a direct participant in mining processes, can have indirect applications in the mining industry through various supportive roles. SOCO®-produced sodium polyacrylate can be customized with parameters tailored to different application scenarios. Dust Suppression Additive: Sodium polyacrylate can be used as an additive in dust suppression products applied to mining roads, haulage ways, and stockpiles. By absorbing and retaining water, it helps control dust, providing a more stable and controlled environment in mining areas. SOCO® polymer  customizing the particle size of sodium polyacrylate allows for specific applications. 【 1 】  Fine particles may be suitable for dust control, while larger particles might be more effective in certain soil stabilization applications. Mining Dehumidification Sodium polyacrylate (SAP), available in various forms such as powder, granules, or gel, is applicable to different scenarios in the mining industry. It can be easily
Read more

Sodium Polyacrylate in Mining Chemicals: Transforming Mining Fluids and Dust Control

Image
  In the dynamic world of mining, sodium polyacrylate emerges as a powerhouse within the realm of mining chemicals. This versatile compound plays a pivotal role in two key aspects of mining operations: mining and drilling fluids and dust control. Sodium polyacrylate in these domains and its impact on enhancing efficiency responsibility. Section 1: Sodium Polyacrylate in Mining Fluids Drilling and Mining fluids, essential for extracting minerals from the earth, benefit significantly from the inclusion of sodium polyacrylate. As a key component, sodium polyacrylate application Method: Concentration Range: The concentration of sodium polyacrylate in drilling and mining fluids is often in the range of 0.1% to 1% by weight. 【 1 】  This concentration can be adjusted based on the specific requirements of the drilling operation. Viscosity Control: Sodium polyacrylate is commonly used as a rheology modifier to control the viscosity of drilling fluids. The dosage is adjusted to achieve the de
Read more