QKI logo
OTC:QKIE

Applications

Advanced emulsification technologies for cleaner combustion, improved fuel efficiency, and optimized industrial operations.

QKI specializes in inline water-in-oil emulsions for selected heavy-fuel-oil applications and stable water-in-diesel solutions for diesel applications. Our proprietary technology delivers measurable performance, reduced emissions, and operational advantages across critical industries.

Vision

Our Scientific vision of energy sources

We specialize in advanced emulsification technologies that enhance combustion efficiency, reduce environmental impact and optimize industrial operations. For selected heavy-fuel-oil applications, our proprietary cavitation-based systems can generate water-in-oil emulsions inline without additional chemical additives. For diesel applications, we combine the similar cavitation principles with proprietary additive packages to produce storage-stable water-in-diesel emulsions. Together, these solutions help redefine performance standards across key industries.
About

At QKI Emulsion Inc., we're not just reducing emissions—we’re redefining the future of fuel.

- Aabideen Shaq (Chemical Engineer)
  • Reduced NOx, SOx, and CO₂ emissions
  • Greater energy efficiency
  • Decreased unburned carbon and particulate emissions

1. Fuel Oil & Bunker Fuels

QKIE emulsion technology is revolutionizing how fuel oils are used in power plants and industrial burners. Our systems produce highly stable emulsion that lower carbon intensity and improve combustion characteristics.

  • Cargo ships
  • Tankers
  • Passenger liners
  • Offshore supply vessels

2. Marine Fuels

Our emulsified marine fuel solutions are designed to help ship operators reduce emissions and fuel consumption while maintaining reliable performance at sea. By introducing controlled amounts of water into the fuel, the technology promotes cleaner combustion and can support lower exhaust-gas pollutants compared with conventional operation.
  • Enhanced yield of gas oil and gasoline
  • Lower viscosity and improved flowability
  • Reduced cutter stock requirements
  • Lower CO₂ footprint and energy demand

3. Oil Refining Process Enhancement

Integrating QKIE Emulsification Units into refinery processes unlocks higher yields and greater efficiency. Our cavitation system preconditions heavy hydrocarbons, increasing the light fraction output and reducing downstream processing burdens.
  • Work toward carbon-reduction
  • NOx and SOx mitigation strategies
  • Contribute to ESG and sustainability objectives

4. Emission Control & Compliance Support

With environmental regulations becoming more stringent, QKI Emulsion Inc. works with industries to address compliance challenges. By improving combustion characteristics in suitable diesel applications, our emulsification systems can help:
Revolutionizing Clean Energy

Sustainability at QKI Emulsion Inc.

Clean Energy

Lower emissions and higher efficiency for a cleaner, more sustainable future.

Connect With Incredible People

Expert guidance from concept to execution for seamless implementation.

Setup & Growth

Scalable solutions designed to optimize performance and drive growth.

Long-term Planning

Strategic planning for lasting impact, reliability, and continuous improvement.

Stable emulsions with extended storage and reliability.
6- 0 Months
Reduction in NOx, SOX, CO₂ and particulate emissions.
Up to 0 %
Improved fuel efficiency and combustion performance.
Up to 0 %
Installation & Project Development

Ready to Upgrade Your Fuel Efficiency?

Partner with QKI Emulsion Inc. to deliver measurable performance, lower emissions, and long-term value.
Contact

Newsletter.

Sign up for our newsletter to get updated information, news, or insight about robotics and the industries.
QKI logo
Get the latest updates!
  • info@qkiemulsion.com
  • +1 (646) 673-8403
  • QKI Emulsion, Inc., 1177 Avenue of the Americas, 5th Floor, New York, NY 10036
Investor Relations
About Us
Legal
Facebook Instagram Twitter Youtube
Copyright © 2026 QKI Emulsion Inc. | All Rights Reserved.