OrganoLock® N-65 - Specialty Oil Absorbing Polymer

Organolock® N-65 block polymer is a new generation co-polymer that is highly effective at absorbing organic waste contaminants and certain oils. This polymer product can also be used as an absorbent for flammable liquids, including gasoline, kerosene and some oils.

Advanced Block Co-Polymer Technology for Organic Waste Solidification

OrganoLock® N-65 is a proprietary specialty polymer for absorption and remediation of oils and hydrocarbons.  This innovative block co-polymer delivers superior performance for the most challenging hydrocarbon, solvent, and organic contaminant applications where conventional absorbents fail. With its unique block polymer chemistry and hydrophobic properties, OrganoLock® N-65 transforms liquid organic wastes into solid, manageable masses suitable for safe disposal or incineration.

Revolutionary Block Co-Polymer Engineering

Unlike traditional clay or cellulose-based sorbents that merely absorb liquids, OrganoLock® N-65 chemically crosslinks with organic contaminants to permanently encapsulate them in a rubbery matrix. This advanced mechanism ensures no re-release of absorbed materials, making it ideal for volatile and hazardous organic compounds including gasoline, diesel, kerosene, benzene, and chlorinated solvents.

The highly hydrophobic nature of OrganoLock® N-65 allows selective absorption of organic contaminants from water, providing unmatched performance in oil-water separation applications and environmental remediation projects.

Superior Technical Performance

Advanced Block Co-Polymer: New generation chemistry for permanent organic encapsulation Block Polymer Technology: Forms rubbery mass that prevents re-release of absorbed materials Hydrophobic Design: Selectively absorbs organics while repelling water EPA Compliance: Treated wastes typically pass EPA 9095 Paint Filter Test and TCLP requirements High Kb-Value Compatibility: Exceptional performance with volatile and aggressive solvents Permanent Solidification: No liquid re-release during handling, transport, or disposal

Proven Absorption Performance

Diesel Fuel: 9-11 times polymer weight absorption Gasoline: 5-7 times polymer weight absorption
Mineral Oil USP: 5-8 times polymer weight absorption Kerosene: 9-11 times polymer weight absorption Trichloroethylene (TCE): 6-8 times polymer weight absorption Benzene: 9-11 times polymer weight absorption

Comprehensive Industrial Applications

Petroleum and Fuel Industry Operations

  • Gas station spill cleanup for fuel dispensing area contamination • Fuel storage tank maintenance and leak remediation • Pipeline construction spill prevention and cleanup • Refinery waste stream treatment for hydrocarbon solidification • Tank farm emergency response for large-scale fuel spills • Fuel transport accident cleanup for road and rail incidents

Manufacturing and Chemical Processing

  • Solvent waste solidification in pharmaceutical and chemical plants • Degreasing operation waste treatment in metal fabrication • Paint and coating waste management in manufacturing facilities • Chemical reactor cleanup for maintenance and emergency response • Laboratory waste treatment for organic solvent disposal • Quality control waste solidification in testing facilities

Automotive and Transportation Services

  • Auto repair shop waste management for used oil and solvents • Fleet maintenance facilities for hydraulic fluid and fuel spills • Aircraft maintenance hangar spill control and cleanup • Ship engine room bilge water treatment and oil separation • Railroad maintenance facilities for diesel and lubricant spills • Heavy equipment service centers for hydraulic and fuel waste

Environmental Remediation Projects

  • Contaminated groundwater treatment for organic compound removal • Soil remediation at former gas station and industrial sites • Surface water oil removal from spills and contamination events • Landfill leachate treatment for organic contaminant solidification • Underground storage tank cleanup and soil treatment • Brownfield redevelopment for organic waste management

Emergency Response and Disaster Recovery

  • Hazmat team operations for chemical spill response • Fire department foam and fuel spill cleanup • Coast Guard oil spill response and marine cleanup • Industrial accident response for organic chemical releases • Natural disaster cleanup for fuel and chemical contamination • Emergency preparedness stockpiling for rapid response

Oil and Gas Industry Operations

  • Drilling site waste management for oil-based mud and cuttings • Wellhead spill containment and cleanup operations • Pipeline integrity testing waste solidification • Offshore platform deck cleanup and waste management • Fracking fluid waste treatment and solidification • Tank battery maintenance for produced oil and water treatment

Marine and Port Operations

  • Harbor oil spill cleanup and containment operations • Ship bilge water treatment for oil-water separation • Port facility maintenance for fuel and lubricant spills • Marine fuel terminal spill prevention and response • Vessel maintenance for engine room waste management • Dock and pier fuel handling area protection

Military and Defense Applications

  • Military base fuel storage area spill control • Aircraft maintenance hangar waste management • Vehicle fleet operations for fuel and lubricant spills • Training facility cleanup for live-fire and vehicle exercises • Forward operating base waste management systems • Equipment decontamination for chemical and fuel residues

Power Generation and Utilities

  • Power plant transformer oil spill cleanup and management • Generator maintenance waste for diesel and lubricants • Electrical substation oil-filled equipment maintenance • Wind turbine gearbox oil spill prevention and cleanup • Solar facility maintenance for hydraulic and cleaning solvents • Hydroelectric plant turbine oil management systems

Construction and Infrastructure

  • Road construction equipment fuel and hydraulic spills • Bridge maintenance for fuel and lubricant waste management • Heavy construction site spill prevention and cleanup • Utility installation projects for contaminated soil treatment • Demolition projects for fuel and oil contamination 

Waste Management and Recycling

  • Hazardous waste processing facilities for organic waste streams • Auto recycling operations for fuel and fluid recovery • Electronic waste processing for solvent and chemical cleanup • Industrial waste transfer stations for organic liquid management • Incinerator waste preparation for organic material solidification • Landfill operations for organic leachate treatment
Food and Beverage Industry

 Food processing plant machinery cleaning solvent waste • Beverage facility equipment maintenance and cleaning • Restaurant chain maintenance and waste oil management • Food packaging plant solvent and adhesive waste treatment • Agricultural processing facility equipment maintenance waste

Filtration Applications  to separate oils and hydrocarbons from water

Why Choose OrganoLock® N-65?

Permanent Encapsulation: Unlike conventional sorbents that can re-release absorbed materials, OrganoLock® N-65 forms permanent chemical bonds that prevent leaching and ensure long-term containment.

Regulatory Compliance: The crosslinked rubbery mass typically passes stringent EPA testing requirements including Paint Filter Test (EPA 9095) and TCLP analysis, simplifying waste disposal and reducing liability.

Selective Absorption: The hydrophobic nature allows effective oil-water separation, making it ideal for treating contaminated water streams without absorbing the water phase.

Versatile Performance: Exceptional compatibility with volatile solvents, chlorinated compounds, and high Kb-value materials that challenge conventional absorbents.

Cost-Effective Treatment: High absorption ratios and permanent solidification reduce waste volumes and disposal costs compared to traditional treatment methods.

Safety Enhancement: Solidification of volatile and flammable liquids reduces vapor emissions, fire hazards, and worker exposure risks during cleanup and disposal operations.

Technical Specifications

Product Type: Advanced block co-polymer technology Absorption Mechanism: Chemical crosslinking and physical encapsulation Physical Form:  Resembles white shredded rubber.  Compatibility: Optimized for petroleum products, solvents, and organic chemicals Regulatory: Typically passes EPA 9095 Paint Filter Test  Storage: Stable under normal conditions with extended shelf life

Expert Application Engineering

Our technical team provides comprehensive support for optimizing OrganoLock® N-65 performance in your specific applications. From determining proper polymer-to-waste ratios to developing custom treatment protocols, we ensure maximum efficiency and regulatory compliance for your organic waste management challenges.

Ready to revolutionize your organic waste management? Contact M² Polymer Technologies for product samples, technical specifications, and application engineering support tailored to your specific contamination and cleanup requirements.

OrganoLock® N-65 - FAQs

What is OrganoLock® N-65 and how does it work?
OrganoLock® N-65 is a proprietary superabsorbent polymer developed by M² Polymer Technologies to absorb and stabilize organic and hydrocarbon waste liquids — including oils, fuels, industrial solvents, and other non-aqueous industrial waste streams. Unlike standard SAPs engineered for water, OrganoLock® N-65 uses polymer chemistry optimized for non-polar organic liquids, permanently encapsulating hydrocarbons within the polymer matrix and stabilizing the waste for regulatory-compliant transport and disposal.
OrganoLock® N-65 is designed for industrial and environmental applications involving: petroleum-contaminated waste, used transformer oil and PCB-bearing fluids, industrial solvent and chemical waste, oil field organic waste fractions, hydrocarbon-bearing drilling fluid, and other non-aqueous or oil-bearing waste materials requiring solidification for compliant transport and landfill disposal.
Conventional mineral and organic adsorbents physically capture oil without chemically binding it, and absorbed hydrocarbons can be squeezed out or leached from these materials, creating disposal liability. OrganoLock® N-65 permanently encapsulates absorbed hydrocarbons within the polymer matrix, significantly reducing the risk of re-release during handling, transport, and landfill disposal. And because OrganoLock® absorbs many times its weight, far less product is required compared to conventional alternatives.
OrganoLock® N-65 is suitable for stabilizing organic waste streams including transformer oils and certain PCB-bearing fluids requiring solidification for disposal. Regulatory requirements for PCB waste are governed by TSCA and vary based on concentration level. Contact M² Polymer Technologies to discuss your specific waste stream chemistry and regulatory requirements before application.
Yes. OrganoLock® N-65 is designed to stabilize organic waste streams to meet EPA Paint Filter Test (Method 9095) requirements for the hydrocarbon fraction. Because oil-bearing wastes may have additional regulatory requirements beyond the standard Paint Filter Test, we recommend working with your environmental compliance team and contacting M² Polymer Technologies for technical support on meeting your specific regulatory standards.
TOTALSORB® is a low-cost specialty blended mineral product designed to absorb both hydrocarbons and water — making it ideal for mixed-waste applications such as auto crash spill response where the waste contains both water and petroleum. OrganoLock® N-65 is a true polymer product engineered for industrial-scale organic waste stabilization with permanent encapsulation. For high-value, high-volume, or regulatory-compliance-driven hydrocarbon waste applications, OrganoLock® N-65 provides superior performance. For cost-sensitive mixed-spill scenarios, TOTALSORB® offers an economical alternative.
Yes. Like all M² Polymer Technologies’ industrial sorbent products, OrganoLock® N-65 is a non-biodegradable polymer. It will not decompose in landfill conditions and will not break down and release absorbed hydrocarbons over time. This characteristic is critical for compliant long-term disposal of regulated organic waste streams.

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