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RM10® Clay Based Separating Agents


RM10® Clay Based Separating Agents

 

General Overview

Wastewaters contain a mixture of solids (both suspended and colloidal),  dissolved metals and organic compounds. While there are many options available to remove these contaminants, most involve multiple steps and a considerable amount of time for the process.

The traditional approach to pre-treating waste streams for discharge or re-use typically involved:

* Adjusting pH to break oil emulsions and precipitate dissolved metals;
* Adding coagulants to aid agglomeration of metals into a small masses;
* Adding polymers (polyelectrolytes) to help form larger masses (flocs) for removal, as well as clarify effluent.

RM10 eliminates these laborious, multi-step processes. All RM10 formulas are a non-hazardous blend of sodium bentonite clay, minerals and other proprietary resources. RM10 offers generators of various waste streams a safe, simple, and cost-effective means for pre-treatment and disposal. In addition, RM10 eliminates the need for handling and storing liquid chemicals used in traditional waste water treatment systems.

RM10® process can be described as follows:

* Acidic components release and cause oily particles to de-emulsify and separate from water.
* Cationic polymers attract any remaining oil and highly charged anions.
* A base component helps precipitate metal hydroxides.
* Wastewater is now in a condition known as flocculation, where cationic molecules and metallic ions are all attracted to the clay and form larger masses.

* Clay particles begin to stick together, entrapping other components and surrounding them completely, a process known as micro-encapsulation.
* Encapsulated particles are ready to be de-watered and disposed of properly as a non-hazardous waste.

This entire process is completed within minutes and does not require any operator intervention or “jar testing.” RM10 combines all components of traditional pre-treatment into one single step.


Features and Benefits

Dry Product


* Non-reactive, non-hazardous (as opposed to liquid caustic and acidic coagulants).
* Packaged in 50# bags or bulk super sacks for easy storage and movement.
* Easier containment /clean-up in case of spill.
* Semi-granular and granular blends minimize exposure to fine dust.
* Can be easily introduced to a waste stream with an auger type dry feeder.

Decrease Process Time

* RM10® combines multiple functions of traditional treatment scheme almost simultaneously, into one simple step.
* Base clays used in all RM10® blends are cationically charged, allowing faster precipitation and settling of metal hydroxides.
* Typical treatment time required for full reaction is less than ten minutes.

Versatile Technology
* Effective treatment on different types of waste streams with a pH of 2-12.
* Can utilize in batch or in-line treatment schemes and in most cases with existing equipment.
* Removes /lowers: heavy metals, TSS, oils and other organic /inorganic matter.
* Several blends to accommodate various waste streams and conditions.

Cost Effective
* Requires very little operator interface.
* Only one product to add and maintain.
* Generate a solid waste which is microencapsulated and considered non-hazardous.
* RM10® is a clay based product, which is easily pressed and dewatered.

Consistent Results
* Clay based products are more forgiving if overdosing occurs.
* High affinity for metals, organics, and other contaminants.
* Proven technology for nearly 30 years.

 
LiquiSorb Absorbent Media

LiquiSorb feeder mounted on monorail
LiquiSorb can rapidly absorb and retain high volumes of aqueous matter-up to 250 times its weight in water. Since the solidified waste can be treated as normal waste, it can be transported to a landfill for disposal.

Case Study :
Two tire manufacturing companies were producing 2,000 - 4,000 gallons of wastewater per day. Using traditional vacuum Drum treatment systems, the manufacturers could only treat up to 600 gallons of this wastewater per day, leaving a very large amount of wastewater to be treated offsite and safely disposed of every month.

Click Here (PDF File) for the Case study of how LiquiSorb solved their problem. 

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