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QKI Emulsion Inc.

Our Technology

The technology used in QKIE

The technology combines a proprietary chemical additive with an emulsion unit – a dedicated piece of equipment in which water and fuel are finely mixed under high-shear and cavitation conditions. The mixture is then processed by a specialized pressurizing centrifugal pump that further disperses the phases and promotes a high level of emulsification. The result is a stable, homogeneous water-in-diesel emulsion, in which water is finely dispersed and each water droplet is surrounded by fuel.

When produced and used within the specified operating window, this emulsion can reduce selected emissions compared with standard diesel while delivering comparable engine performance in the applications tested, making it a commercially viable transition fuel for suitable diesel engines and boilers.

Pioneering Sustainable Fuel Solutions

At QKI Emulsion Inc., we develop advanced emulsified fuel technologies that integrate water with conventional fuels such as diesel and heavy fuel oil (HFO) to create cleaner-burning fuel options. In defined applications, our emulsion fuels have demonstrated reductions in selected harmful emissions compared with the corresponding conventional fuels while maintaining comparable engine performance.

Our commitment to sustainability supports industries in working toward their environmental objectives and improving operational efficiency where feasible. Together with our partners, we aim to advance more sustainable fuel practices and contribute to a healthier environment for future generations. Join us in supporting this important transition in the fuel sector.

Driving Sustainable Change Across Key Sectors

THE IMPACT

Exceeding Industry Expectations

QKI White Diesel™ cuts the diesel that existing engines consume: the University of Cagliari measured a 9.46% reduction in corrected hourly consumption (Technical Report, 31 July 2026). CO₂ falls in proportion to the diesel displaced. NOx and particulate matter were not directly quantified in that campaign. Results vary with engine specification and operating conditions.

−9.46% hourly consumption

University of Cagliari, July 2026

QKI-5K unit

Nameplate capacity 5,000 litres per hour

GROWTH TOOLS

Comprehensive Tools for Growth and Compliance

Discover a range of valuable tools and resources designed to empower your business in the journey toward sustainability and growth.

Empowering Change Through Strategic Alliances

We are proud to collaborate with key government energy associations and global organizations dedicated to reducing carbon footprints. Our partnerships enable us to drive innovation and implement effective strategies for sustainable energy solutions.