Technology Family 02

Advanced Fuel Technologies

Advanced Fuel Nano-Emulsion Systems

Cavitation-based fuel conditioning and controlled water-in-fuel emulsification for heavy fuel oil, marine fuels and industrial combustion systems.

Technology Scope

From Fuel Conditioning to Combustion Optimization

We engineer advanced fuel emulsification systems that use controlled hydrodynamic cavitation to produce stable water-in-fuel and multi-phase fuel systems for industrial combustion. The objective is not simply to modify the fuel, but to engineer the complete conditioning system around the burner or engine it feeds.

  • Nano-Emulsion Fuels
  • Water-in-Fuel Emulsions
  • Heavy Fuel Oil Optimization
  • Marine Fuel Optimization
  • Industrial Fuel Conditioning
  • Fuel Atomization Enhancement
  • Combustion Optimization
Fuel conditioning and nano-emulsion skid

Process Architecture

Advanced Fuel Nano-Emulsion System

01Fuel + Treated Water02Precision Dosing03Hydrodynamic Cavitation Reactor04Controlled Emulsification05Inline Quality Monitoring06Fuel Conditioning07Burner / Engine

Engineering Package

  • RO / Demineralized Water
  • Fuel Pumps
  • Water Dosing
  • Cavitation Reactor
  • Piping
  • Valves
  • Instrumentation
  • PLC
  • SCADA
  • Bypass
  • Safety System
  • Online Monitoring

Targets such as fuel reduction or emission improvement are subject to site-specific validation and independent measurement. Performance figures are project-specific. Any quantified benefit is published only after site-specific testing and independent measurement and verification (M&V).

Related Services & Case Studies

Nano-Emulsion Fuel Systems

Engineering service for cavitation-based emulsification systems.

Fuel Optimization Engineering

Integrated fuel-conditioning systems for industrial fuels.

Case Study — HFO Nano-Emulsification

Representative project profile for power, cement and marine applications.

Discuss Your Project With Our Engineering Team

Tell us about your process, feedstock or site conditions and we will scope the right first step.