РУСENG

Mission of Quanttor Development Design Office — make cheap and stable power units available and eco-friendly

Anatoliy Rakhmailov

The forecasts for 2014…2030 world energy consumption suggest increase of more than 150%, and the world will be suffering from heavy oil, natural gas, and coal deficiency.

Quanttor technology reduces dependence on oil and gas and easies a transition to relatively low-value hydrocarbon fuel sources: oil- and gas-processing wastes, fuel obtained from worked-out and low-yield deposits, associated oil well gas, shale, household, and farming waste. For instance, Russia makes over 55M ton of urban ore, 120M ton of poultry, and animal waste, and over 15M ton of sewage water sediment annually. Overall energy potential of the above -is over 180M ton of oil equivalent.

The most promising waste recycling process is anaerobic fermentation when organic waste matter is converted to biogas with the help of certain bacterial strains. However, biogas obtained via such method contains over 50% of carbon dioxide and water vapors which make it hard to utilize. Today our technology enables effective utilization of biogas of any composition.

For the purposes of successful uptake of non-traditional hydrocarbon fuel sources, Quanttor Development Design Office pays special attention to applied research in the field of quantum-chemical conversion of hydrocarbon fuel.

Anatoliy Rakhmailov

  • 1985–2014

    Quanttor Development Design Office, Founder & Scientific Supervisor. Theoretical and experimental research related to commercial exploitation of quantum-chemical conversion of hydrocarbon fuel and conversion of chemical energy to kinetic energy of conversion products.

  • 2006–2008

    Chief Scientific Researcher, Lean Flame Inc., Washington, USA. Theoretical and experimental research related to commercial exploitation of quantum-chemical conversion of hydrocarbon fuel and conversion of chemical energy to kinetic energy of conversion products.

  • 1999–2008

    Chairman of the Board, VP, ALM Turbine, Inc, Washington, USA. Development of reliable and cost-effective GTEs with a high degree of acceleration and low-level emissions.

  • 1993–1999

    COO, Elephant OAO, Rostov-on-Don, Russia. Theoretical and experimental research of swirl combustion chambers in GTEs. Theoretical study for GTE installation in load carriers. Design of GTE-400 for load carrier was gold-medal awarded at Brussels Eureka’96 Expo. Feasibility study and concept design of 1500 kW GTE for gas-compressor unit drivers.

  • 1985–1993

    Chief Designer, Germes JV, Rostov-on-Don, Russia. Theoretical and experimental research of combustion chambers aimed at aircraft GTEs reengineering. Theoretical and experimental research of aircraft GTEs for economics & environmental pattern improvement.
    Design, manufacturing and testing 2500 kW engine prototype based on existing AI-20 GTE.

  • 1980–1985

    Research Scientist, Don State Technical University, Rostov-on-Don, Russia. Theoretical and experimental research in energy and mass exchange within gas-air streams.

  • 1977–1980

    Chief Engineer, KSPPFA, Zverevo, Rostov Region, Russia. Research of physical & chemical processes in combustion chambers of commercial heat generators. The idea of Quanttor technology was first used as part of that research work.

  • 1977–1980

    Completed PhD program with the same institute (without obtaining degree).

  • 1970–1977

    Azovo-Chernomorsky Institute of Mechanization in Agriculture.
    Master degree in Mechanic Engineering.