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The Competitive Moat:
NanoX™ Technology.

Proven in Oil & Gas. Our core oil recovery technology was originally developed for the extreme demands of offshore and refinery operations — now recovering crude palm oil prior to discharge to pond.

The POME Challenge

One of the Most Challenging Industrial Effluents

Raw POME carries an extreme physical load under 2024 MPOB & DOE standards. The extreme viscosity and thermal load make traditional gravity separation (skimming) insufficient for 90%+ recovery.

ParameterTypical Range (mg/L)2024 MPOB / DOE Severity
Chemical Oxygen Demand (COD)50,000 – 100,000EXTREME
Biological Oxygen Demand (BOD)25,000 – 50,000CRITICAL
Oil & Grease (O&G)6,000 – 10,0001% HIDDEN VALUE
Total Suspended Solids (TSS)15,000 – 40,000HIGH LOAD
Temperature80 – 90 °CTHERMAL STRESS
Real-World Proof

From Effluent to Asset

The same waste stream most mills discharge to ponds — captured, processed on-site, and returned as premium crude palm oil.

The Problem Raw POME discharged into an open waste pond beside a palm plantation
Raw POME DischargeHigh-COD effluent lost to open ponds daily
NanoX™ Process Modular NanoX treatment skid units installed on-site
Modular NanoX™ UnitsMechanical phase separation, on-site
The Asset Recovered crude palm oil poured beside fresh palm fruit
Recovered Crude Palm Oil>90% extraction · FFA < 5% · premium feedstock
Process Flow

The NanoX™ Process

A modular, mechanical phase-separation process that recovers crude palm oil while driving effluent well below discharge limits.

Incoming POME

  • High COD
  • High BOD
  • High O&G
  • 80–90 °C
→
Patented Core

NanoX™ Technology

  • High-Efficiency Phase Separation
  • Mechanical & Consistent
  • + Nano Water Purification
→
🛢️
Recovered CPO > 90%FFA < 5% · Premium feedstock
💧
Treated WaterCOD < 200 ppm · BOD < 30 ppm · O/G < 1 ppm
🌾
Recovered FibreMonetizable solid stream
Raw POME before treatmentBEFORERaw POME
Recovered oil and fibre phasesRECOVEREDOil & Fibre
Clear treated water after treatmentAFTERTreated Water

"Turning a high-COD liability into a high-purity sustainable asset."

Performance Validation

Measured results from actual raw POME treatment.

PropertiesBefore TreatmentAfter Treatment
COD, mg/L140,688209 −97.4%
BOD, mg/L69,16277 −96.1%
TSS, mg/L265<10
O/G, mg/L10,000Not Detected (<1)

Biogas vs NanoX™ Technology

Why leading mills choose modular oil recovery over capital-heavy biological plants.

FeatureBiogas SolutionsNanoX™ Technology
Investment (CAPEX)Extreme High / MultimillionScalable / Modular
StabilityBiological (Bacteria Sensitive)Mechanical (Consistent)
Primary OutputElectricity (FIT dependent)High-Value Oil Feedstock
Daily MaintenanceHigh (Monitoring / Sludge)Minimal (Automated)

OPEX note: energy-efficient physics result in negligible daily power consumption compared to revenue generation.

Deployment

The NanoX™ Model Range

From on-site validation to full continuous production — modular units engineered to match your mill's throughput.

NanoX pilot unit installed at mill
PILOT UNIT

NanoX™ Pilot

On-site validation unit — prove the recovery economics with your own POME before scaling.

5 m³/hr treatmentRapid deployment
NanoX full-size modular unit
FULL-SIZE UNIT

NanoX™ Full Scale

Modular, containerized full-production system engineered for continuous mill operation.

Up to 30 m³/hr treatmentScalable & modular
Next Step

See the Numbers for Your Mill.

Explore the full financial projection matrix and DOE/ESG compliance data — or request a tailored assessment.

View Business Impact Request Assessment