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  • PUBLICATIONS IN THE RUSSIAN SCIENTIFIC-TECHNICAL JOURNAL “Engine Building” (“Dvigatelestrojenie”) IN 1979 – 1990
  • 1.1    Increase in efficiency of diesel power plants through waste heat recovery, No.10, 1979, pp.14-18 (2 co-authors)
    1.2    Improvement of diesel high-temperature cooling systems, No.4, 1981, pp.30-34 (4 co-authors)
    1.3    Effectiveness of internal waste heat recovery in diesel power plant, No.6, 1981, pp. 38-42 (2 co-authors)
    1.4    Cavitation characteristics of water pumps in diesel high-temperature cooling systems, No.5, 1983, pp. 10-13 (3 co-authors)
    1.5    Improvement in quality of the transient processes through internal waste heat recovery of the turbocharged diesel engines, No.8, 1983, pp. 3-7 (3 co-authors)
    1.6    Increase in output and efficiency of turbocharged diesel engine through use of its  combined evaporative cooling system, No.10, 1983, pp. 38-41 (3 co-authors)
    1.7    Improvement in evaporative cooling system of the charge air in diesel engines, No.10, 1984, pp. 19-23 (4 co-authors)
    1.8    Heat  dissipation in jacket water space on high-temperature cooling of forced locomotive diesel engine, No.11, 1986, pp.5-7,11 (3 co-authors)
    1.9    Impact of a surface boiling on the liquid flow velocity and heat exchange in diesel jacket water space, No.12, 1986, pp.6-7, 13 (3 co-authors)
    1.10    Combined heat and power supply based on diesel plant with external waste heat recovery, No.9, 1988, pp. 3-7 (5 co-authors)
    1.11    Diesel CHP plants with the active (supplementary firing) waste heat recovery boilers, No.12, 1988, pp. 5-7 (4 co-authors)
    1.12    Diesel CHP plants with the heat pumps, No.1, 1989, pp. 3-5 (4 co-authors)
    1.13    Evaluation of reliability of the diesel CHP plants with active waste heat recovery boilers, No.2, 1989, pp. 17-19 (3 co-authors)
    1.14    Evaluation of efficiency of the diesel CHP plant, No.5, 1989, pp. 3-6 (3 co-authors)
    1.15    Evaluation of reliability of the diesel CHP plant with heat pump, No.6, 1990, pp. 9-11 (4 co-authors)
    1.16    Computed and experimental evaluation of the unsteady-state operation modes of diesel CHP plants, No.11, 1990, pp. 31-33 (4 co-authors)

  • ALL-UNION SCIENTIFIC-TECHNICAL CONFERENCES PROCEEDINGS WITH PAPERS RELATED TO MEEC's PRE-ESTABLISHMENT PERIOD
  • 2.1    Dynamics, strength and reliability of the internal combustion engines, Leningrad, November 1979
    2.2    Problems of development and operation of the forced turbocharged diesel engines, Kharkov, June 1979
    2.3    Problems of improvement in the internal combustion engines operation, Moscow, February 1986
    2.4    Prospects of development of the combined internal combustion engines and new cycle engines, Moscow, September 1987
    2.5    Problems of economic efficiency and operation of the agro-industrial engines, Saratov, May 1988
    2.6    Problems of locomotive engines building, Voroshilovgrad, May 1990
    2.7    Current situation and problems of development of the autonomous power supply systems, Suzdal, April 1992

  • TEXTBOOKS AND MANUALS PUBLISHED IN RUSSIA IN 1971 – 1992 AND RELATED TO MEEC's PRE-ESTABLISHMENT PERIOD
  • 3.1    “Dynamics of internal combustion engine”, textbook for the students of Military Technical University, St. Petersburg, Ministry of Defence, 1992
    3.2    “Coastal diesel power plants”, textbook for the students of Military Engineering-Technical University, St. Petersburg, Ministry of Defence, 1990
    3.3    “Design of the stationary diesel power plants”, manual for the students of Military Engineering-Technical University, St. Petersburg, Ministry of Defence, 1990
    3.4    “Foundations of arrangement and operation of the diesel power plants”, textbook for the students of Military Engineering-Technical University, Leningrad,  Ministry of Defence, 1987
    3.5    Laboratory and practical works in the course “Principles of Automation and Control Systems of the Power Plants”, manual for the students of Military Engineering-Technical University, Leningrad, Ministry of Defence, 1975
    3.6    Laboratory and practical works in the course “Internal Combustion Engines”, manual for the students of Military Engineering-Technical University, Leningrad, Ministry of Defence, 1971

  • PATENT PUBLICATIONS IN SOVIET UNION AND RUSSIA IN 1977 – 1994
  •  

    4.1 INTERNAL COMBUSTION ENGINE, SU658303, 1979, 1
    4.2 COOLING SYSTEM OF INTERNAL COMBUSTION ENGINE, SU699211, 1979, 2
    4.3 INTERNAL COMBUSTION ENGINE, SU717382, 1980, 1
    4.4 INTERNAL COMBUSTION ENGINE, SU731007, 1980, 1
    4.5 METHOD FOR OPERATION OF INTERNAL COMBUSTION ENGINE, SU756058, 1980
    4.6 INTERNAL COMBUSTION ENGINE, SU857521, 1981, 1
    4.7 APPARATUS FOR AIR HEATING AND MOISTURING, SU909459, 1982, 2
    4.8 EVAPORATIVE COOLING SYSTEM, SU914783, 1982, 1
    4.9 METHOD FOR OPERATION OF INTERNAL COMBUSTION ENGINE AND ICE, SU985359, 1982, 2
    4.10 METHOD FOR OPERATION OF DIESEL GENSET AND DIESEL GENSET, SU1059234, 1983, 5
    4.11 INTERNAL COMBUSTION ENGINE, SU1071788,1984, 5
    4.12 CONTROL SYSTEM FOR ENGINE FUEL SUPPLY, SU1216392, 1986, 4
    4.13 METHOD FOR OPERATION OF INTERNAL COMBUSTION ENGINE, SU1236132, 1986, 4
    4.14 THERMAL POWER PLANT, SU1296795, 1987, 4
    4.15 COOLING SYSTEM OF INTERNAL COMBUSTION ENGINE, SU1321862, 1987, 6
    4.16 POWER PLANT, SU1321880, 1987, 5
    4.17 COMBINED HEAT AND POWER PRODUCTION SYSTEM, SU1359452, 1987, 4
    4.18 THERMAL POWER PLANT, SU1420319, 1988, 4
    4.19 DEVICE FOR COMBINED HEAT RECOVERY OF ICE, SU1423766, 1988, 4
    4.20 INTERNAL COMBUSTION ENGINE, SU1455002, 1989, 5
    4.21 CONTROL SYSTEM FOR ENGINE FUEL SUPPLY, SU1460377, 1989, 6
    4.22 POWER PLANT, SU1474308, 1989, 4
    4.23 INTERNAL COMBUSTION ENGINE, SU1477000, 1989, 7
    4.24 SYSTEM OF AUTONOMOUS HEAT AND POWER SUPPLY, SU1495483, 1989, 5
    4.25 ENGINE OF DIESEL GENSET, SU1537850, 1990, 4
    4.26 COGENERATION PLANT, SU1545001, 1990, 5
    4.27 METHOD FOR OPERATION OF INTERNAL COMBUSTION ENGINE, SU1545002, 1990, 5
    4.28 DIESEL GENSET OPERATION, SU1560763, 1990, 5
    4.29 COOLING SYSTEM OF POWER UNIT, SU1578372, 1990, 5
    4.30 THERMAL POWER PLANT, SU1636624, 1991, 4
    4.31 HYDRAULIC PUMP, SU1650953, 1991, 4
    4.32 COOLING SYSTEM OF POWER PLANT, SU1657688, 1991, 7
    4.33 PNEUMOHYDRAULIC SYSTEM, SU1672016, 1991, 4
    4.34 DIESEL GENERATOR OPERATIONAL METHOD AND INSTALLATION, SU1686211, 1991, 9
    4.35 AIR COMPRESSOR PLANT, SU1705607, 1992, 4
    4.36 POWER PLANT, SU1733665, 1992, 3
    4.37 DIESEL COGENERATION PLANT AND METHOD OF OPERATION, SU1760147, 1992, 5
    4.38 INDEPENDENT UTILITY SYSTEM OPERATIONAL CONTROL, SU1765627, 1992, 5
    4.39 DIESEL GENERATING PLANT, MAINLY PLANT OF DIESEL LOCOMOTIVE, RU1810595, 1993, 5
    4.40 DEVICE FOR COMBINED COMBUSTION OF SOLID AND LIQUID FUELS AND
      COMBUSTIBLE WASTES IN FLUIDIZED BED, RU2006747, 1994, 5
    4.41 Non - Disclosed, SU137209, 1979
    4.42 Non - Disclosed, SU142897, 1980
    4.43 Non - Disclosed, SU165657, 1981
    4.44 Non - Disclosed, SU167794, 1982
    4.45 Non - Disclosed, SU173020, 1982
    4.46 Non - Disclosed, SU182419, 1983
    4.47 Non - Disclosed, SU193893, 1983
    4.48 Non - Disclosed, SU231546, 1986
    4.49 Non - Disclosed, SU262904, 1987
    4.50 Non - Disclosed, SU267802, 1988
    4.51 Non - Disclosed, SU308718, 1990
    4.52 Non - Disclosed, SU316465, 1990


  • PAPERS PRESENTED  AT THE INTERNATONAL CONFERENCES SINCE 1998
  • 5.1     "Diesel or Gas Turbine: A Compromise Has Been Found in Diesel-Turbine Compound Cycle" (1 author), 1998 Spring ASME - ICE Technical Conference (Florida, USA, April  1998)

    5.2     "Turbocharging Helps to Diesel Engine in Cogeneration and Combined Cycles" (1 author), 1998 CIMAC Congress (Copenhagen, Denmark, May 1998)

    5.3     "New Possibilities for Low-Temperature Heat-to-Power Conversion" (2 co-authors), POWER-GEN Europe 98 Conference (Milan, Italy, June 1998)

    5.4     “A New Technology for CO2 Capture From Power Plant Exhaust” (2 co-authors), XI Global Warming Conference (Boston, USA, April 2000)

    5.5     “A Further Increase in Applicability and Profitability of Gas Engine CHP plants” (1 author), 23rd CIMAC Congress (Hamburg, Germany, May 2001)

    5.6     “Low-Cost and Versatile Multi-Pollutant Control Technology for Industrial and Flue Gases Treatment” (3 co-authors), POWER-GEN International 2004 (Orlando, FL, USA, Nov.-Dec. 2004)

    5.7     “Full Scale Field Tests on NEST Low Cost Non-Carbon Mercury Control Technology” (3 co-authors), the POWER-GEN International 2005 (Las Vegas, Nevada, USA, Dec. 2005)

    5.8  "MEEC to Start BIOPOLYGEN Project", Earthtoys - Industry News, June 2007

    5.9  "MEEC Announces the Successful Results of the New Biomass Hydrolysis Process", Earthtoys - Industry News, January 2009

  • PENDING AND PUBLISHED PATENT APPLICATIONS AND PATENTS FILED AND ISSUED in 1995 – 2016
  • 6.1 Method for Waste Heat Recovery of Turbocharged Intercooled Piston Engine, IL115000, 1995
    6.2 Diesel-Turbine Combined Cycle, IL119100, 1996
    6.3 A Method for Cleaning Combustion Gases Containing Carbon Dioxide, IL126249, 1998, 3
    6.4 Sorbent Composition, IL130882, 1999, 3
    6.4a Sorbent Composition, US2002/0147109, 2002, 3
    6.5 Hybrid Power Generation System, IL144368, 2005
    6.6 A Reheat Turbocompound System and Method of Operation of the System, US 61356627, 2010
    6.7 A Turbocharged Reciprocating Engine Based Cogeneration Plant, US 61356673, 2010
    6.8 Turbocharged Reciprocating Engine Based Cogeneration Plant, US 61356935, 2010
    6.9 Energy Storage and Recovery Methods, Systems, and Devices, US 2015/0218968, 2015, 1
    6.10 Liquid Air Energy Storage Systems, Devices and Methods, WO 2015/138817, 2015, 1
    6.11 Method for Liquid Air and Gas Energy Storage, US 62105411, 2015, 2
    6.12 Method for Liquid Air and Gas Energy Storage, US 62267433, 2015
    6.13 Method for Thermally Assisted Energy Storage and Determining its Round trip Efficiency, US 62351992, 2016
    6.14 Method for Electrical Energy Storage with Co-Production of Liquefied Methaneous Gas, US 62380847, 2016
    6.15 Method for Energy Storage with Co-Production of Peaking Power and Liquefied Natural Gas, US 62393252, 2016                                                        6.16 Method for Thermally Assisted Energy Storage and Determining its Round Trip Efficiency, US 62442457, 2017                                                                   6.17 Method for Liquid Air Energy Storage with Fueled and Zero Carbon Emitting Power Augmentation, US 62454739, 2017