

@techreport{art1,
  author =        {-},
  institution =   {International Energy Agency},
  type =          {Special Report},
  title =         {Net Zero by 2050},
  year =          {2021},
}

@article{art2,
  author =        {M. Sapti},
  journal =       {COM},
  pages =         {1689–1699},
  title =         {European Climate Law},
  volume =        {53},
  year =          {2020},
}

@article{art3,
  author =          {M. Leonard, J. Pisani-Ferry, J. Shapiro, S. Tagliapietra,
  and G. Wolff},
  journal =       {Policy Contrib.},
  title =         {The geopolitics of the European Green Deal},
  volume =        {4},
  year =          {2021},
}

@article{art4,
  author =        {О. Н. Фаворский, С. П. Филиппов, and
                   В. Л. Полищук},
  journal =       {Вестник Российской Академии
                   Наук},
  pages =         {679–688},
  title =         {Актуальные проблемы
                   обеспечения энергетики
                   страны конкурентоспособным
                   оборудованием},
  volume =        {8},
  year =          {2017},
  language =      {russian},
}

@article{art5,
  author =          {M. Kanniche, R. Gros-Bonnivard, P. Jaud, J. Valle-Marcos,
  J. M. Amann, and C. Bouallou},
  journal =       {Appl. Therm. Eng.},
  pages =         {53–62},
  title =         {Pre-combustion, post-combustion and oxy-combustion in
                   thermal power plant for CO$_{2}$ capture},
  volume =        {30},
  year =          {2010},
}

@article{art6,
  author =        {R. Stanger and others},
  journal =       {Int. J. Greenh. Gas Control},
  pages =         {55–125},
  title =         {Oxyfuel combustion for CO$_{2}$ capture in power
                   plants},
  volume =        {40},
  year =          {2015},
}

@article{art7,
  author =        {N. S. Sifat and Y. Haseli},
  journal =       {Energies},
  pages =         {1-33},
  title =         {A critical review of CO$_{2}$ capture technologies
                   and prospects for clean power generation},
  volume =        {12(21):4143},
  year =          {2019},
}

@article{art8,
  author =        {S. F. Cannone, A. Lanzini, and M. Santarelli},
  journal =       {Energies},
  pages =         {1-32},
  title =         {A review on CO$_{2}$ capture technologies with focus
                   on CO$_{2}$-enhanced methane recovery from hydrates},
  volume =        {14(2):387},
  year =          {2021},
}

@article{art9,
  author =        {V. M. Zaichenko and V. Y. Shterenberg},
  journal =       {Therm. Eng.},
  pages =         {440–449},
  title =         {Capture of CO$_{2}$ at Thermal Power Stations as One
                   of the Main Trends towards Reducing Anthropogenic
                   Carbon Dioxide Emissions},
  volume =        {66},
  year =          {2019},
}

@techreport{art10,
  author =        {-},
  institution =   {Technology Scouting - Carbon Capture: From Today’s
                   to Novel Technologies},
  type =          {Special Report},
  title =         {Future Bridge},
  year =          {2020},
}

@article{art11,
  author =        {S. Cannone and others},
  journal =       {Ind. Eng. Chem. Res.},
  pages =         {6977–6993},
  title =         {Solar-Powered Rankine Cycle Assisted by an Innovative
                   Calcium Looping Process as an Energy Storage System},
  volume =        {59},
  year =          {2020},
}

@article{art12,
  author =        {M. Bui and others},
  journal =       {Energy Environ. Sci.},
  pages =         {1062–1176},
  title =         {Carbon capture and storage (CCS): The way forward},
  volume =        {11},
  year =          {2018},
}

@article{art13,
  author =        {R. Baker and others},
  journal =       {Glob. CCUS Innov. Nexus},
  pages =         {210–220},
  title =         {Pilot test results from a polaris membrane 1 MWe
                   CO$_{2}$ capture system},
  volume =        {1},
  year =          {2017},
}

@techreport{art14,
  author =        {-},
  institution =   {Ecol. Lett.},
  type =          {Special Report},
  title =         {Cover Image: Volume 24 Number 2, February 2021},
  year =          {2021},
}

@article{art15,
  author =        {H. Fang and others},
  journal =       {Int. J. Chem. Eng.},
  pages =         {1-16},
  title =         {Advancements in development of chemical-looping
                   combustion: A review},
  volume =        {2009(1687-806X)},
  year =          {2009},
}

@article{art16,
  author =        {X. Zhu and others},
  journal =       {Energy Environ. Sci.},
  pages =         {772–804},
  title =         {Chemical looping beyond combustion-a perspective},
  volume =        {13},
  year =          {2020},
}

@article{art17,
  author =        {R. Naqvi and others},
  journal =       {Int. J. Greenh. Gas Control},
  pages =         {19-30},
  title =         {Multi-stage chemical looping combustion (CLC) for
                   combined cycles with CO$_{2}$ capture},
  volume =        {1},
  year =          {2007},
}

@article{art18,
  author =        {A. Komaki and others},
  journal =       {Energy Procedia},
  pages =         {490-496},
  title =         {Operation Experiences of Oxyfuel Power Plant in
                   Callide Oxyfuel Project},
  volume =        {63},
  year =          {2014},
}

@article{art19,
  author =        {R. Anderson and others},
  journal =       {Energy Procedia},
  pages =         {511–523},
  title =         {Oxy-fuel turbo machinery development for energy
                   intensive industrial applications},
  volume =        {63},
  year =          {2014},
}

@article{art20,
  author =        {R. Allam and others},
  journal =       {Energy Procedia},
  pages =         {5948–5966},
  title =         {Demonstration of the Allam Cycle: An Update on the
                   Development Status of a High Efficiency Supercritical
                   Carbon Dioxide Power Process Employing Full Carbon
                   Capture},
  volume =        {114},
  year =          {2017},
}

@article{art21,
  author =        {S. Patel},
  journal =       {Powermag},
  pages =
  {https://www.powermag.com/300-mw-natural-gas-allam-cycle-power-plant-targeted-for-2022/},
  title =         {300-MW Natural Gas Allam Cycle Power Plant Targeted
                   for 2022},
  year =          {2019},
}

@article{art22,
  author =        {K. Wimmer and W. Sanz},
  journal =       {Int. J. Greenh. Gas Control},
  pages =         {103055},
  title =         {Optimization and comparison of the two promising
                   oxy-combustion cycles NET Power cycle and Graz Cycle},
  year =          {2020},
}

@article{art23,
  author =        {A. Rogalev and others},
  journal =       {Energies},
  pages =         {1-18},
  title =         {Cycles with CO$_{2}$ Recirculation},
  volume =        {14(10):2927},
  year =          {2021},
}

@article{art24,
  author =        {A. Rogalev and others},
  journal =       {J. Clean. Prod.},
  pages =         {117592},
  title =         {Thermodynamic optimization and equipment development
                   for a high efficient fossil fuel power plant with
                   zero emissions},
  volume =        {236},
  year =          {2019},
}

@article{art25,
  author =        {S. Patel},
  journal =       {Powermag},
  pages =
  {https://www.powermag.com/8-rivers-unveils-560-mw-of-allam-cycle-gas-fired-projects-for-colorado-illinois/},
  title =         {8 Rivers Unveils 560 MW of Allam Cycle Gas-Fired
                   Projects for Colorado, Illinois},
  year =          {2021},
}

@article{art26,
  author =        {I. Komarov and others},
  journal =       {E3S Web Conf.},
  pages =         {1-7},
  title =         {Natural Gas-Oxygen Combustion in a Super-Critical
                   Carbon Dioxide Gas Turbine Combustor},
  volume =        {178(6):01027},
  year =          {2020},
}

@article{art27,
  author =        {A. Rogalev and others},
  journal =       {E3S Web Conf.},
  title =         {The flow path characteristics analysis for
                   supercritical carbon dioxide gas turbines},
  volume =        {124},
  year =          {2019},
}

@article{art28,
  author =        {A. Rogalev and others},
  journal =       {E3S Web Conf.},
  pages =         {0-4},
  title =         {Numerical study of heat transfer in rectangular
                   channels with single pin fin and pin fin-dimple},
  volume =        {124},
  year =          {2019},
}

@inbook{art34,
  address =       {National Energy Technology Laboratory},
  author =        {F. Heitmeir and others},
  chapter =       {1.3.1.1},
  pages =         {81-95},
  publisher =     {Gas Turbine Handbook},
  title =         {Graz Cycle - a Zero Emission Power Plant of Highest
                   Efficiency},
  year =          {2006},
}

@article{art29,
  author =        {A. Kosoy and others},
  journal =       {E3S Web Conf.},
  pages =         {597–605},
  title =         {The Conceptual Process Arrangement of a Steam – Gas
                   Power Plant with Fully Capturing Carbon Dioxide from
                   Combustion Products},
  volume =        {65},
  year =          {2018},
}

@article{art30,
  author =        {Y. Borisov and others},
  journal =       {E3S Web Conf.},
  pages =         {597–605},
  title =         {Analysis of the compressorless combined cycle gas
                   turbine unit performance efficiency in district
                   heating systems},
  volume =        {209},
  year =          {2020},
}

@article{art31,
  author =        {М. В. Синкевич and others},
  journal =       {Теплофизика высоких
                   температур},
  pages =         {1–9},
  title =         {Анализ влияния параметров на
                   эффективность
                   термодинамического цикла
                   бескомпрессорной
                   парогазовой установки},
  volume =        {59},
  year =          {2021},
  language =      {russian},
}

@article{art32,
  author =        {M. Sinkevich and others},
  journal =       {E3S Web Conf.},
  pages =         {1-6},
  title =         {Comparative analysis of the Allam cycle and the cycle
                   of compressorless combined cycle gas turbine unit},
  volume =        {209(11):03023},
  year =          {2020},
}

@article{art33,
  author =        {M. Marchionni and others},
  journal =       {SN Appl. Sci.},
  pages =         {1-13},
  title =         {Review of supercritical carbon dioxide (sCO2)
                   technologies for high-grade waste heat to power
                   conversion},
  volume =        {2},
  year =          {2020},
}


