Registered technologies
| Technology | Registration | Cooperation offered |
|---|---|---|
| Superheated steam at 4 bar | USPTO, 2013 | Commercialisation and mass production of domestic, commercial and industrial water heaters and steam generators |
| Advanced biodiesel production | USPTO, 2012 | Plant design and construction, engineering services |
| Biojet fuel production | USPTO; EU registration in progress | Partnership for industrial-scale development |
| Diesel and bunker-fuel nano-emulsions | International registration | Commercial partnership, market development, system design and construction |
| Heavy-to-light crude conversion | United States and European Union | Joint projects with active companies |
| Polymer bitumen modification | WIPO | Engineering services for technology development |
| Ultra-light polymer production | To be completed: registration status | Development partnership |
To be completed: Add patent numbers and links to the documents; for international buyers this is decisive.
Superheated steam with the cavitation reactor
Using the energy of collapsing bubbles, water is turned to steam and superheated to the required temperature. The method yields the smallest, most energy-efficient and highest-efficiency water heater for household, commercial and production-line use; heat-generation efficiency is over 90% and production cost roughly one fifth of conventional methods.
Ultra-light polymers
By breaking and re-forming molecular bonds in the cavitation reactor, polymers of lower density and higher strength are produced for aerospace, automotive and sports equipment. Flow rate, temperature and pressure are controlled to tune the final properties.
Biojet fuel
Biojet is produced from biomass (microalgae oil, gasification, hydrothermal liquefaction) and its market grows with the carbon-reduction requirements of air transport. Biojet production with the cavitation reactor is registered in our name in the United States, with EU registration in progress; we have run many laboratory-scale projects with universities and are ready for full partnership in industrial-scale development.
Forms of cooperation
- Licensing of technology and know-how
- Partnership in commercialisation and mass production with public or private companies
- Joint projects with companies active in each field
- Engineering services for design, construction, installation and commissioning