Advanced Fuel-Saving and Applied Energy Technologies
We develop innovative technologies designed to improve fuel efficiency and optimize combustion processes across a wide range of applications.
Our core fuel-saving technology has demonstrated potential savings of 9% to 30%, depending on fuel type, engine configuration, and operating conditions. It can be applied to systems using diesel fuel, gasoline, kerosene, aviation fuel, marine fuel, and gas-based combustion.
Potential applications include:
- cars and commercial vehicles
- aircraft and aviation systems
- ships and marine engines
- power generators
- industrial combustion systems
- gas-burning equipment
In preliminary experiments with gas combustion, we observed fuel savings of approximately 5%. Further testing and optimization are currently planned.
Alongside our fuel-saving technology, we are developing several additional research directions:
1. Personalized Neurophotomodulation
A computational approach to adjuvant oncology support, focused on personalized light-based modulation technologies.
2. Taste and Aroma Enhancement
Technology aimed at improving sensory characteristics such as taste, aroma, and overall product perception.
3. High-Speed Particle Protection Technology
A protective technology concept designed to reduce the impact of external high-speed particles on the body.
Our Mission
We create practical, science-driven technologies that help reduce energy consumption, improve efficiency, and open new possibilities in health, protection, and sensory innovation.
Contact us to learn more about our technologies and partnership opportunities.