Page 15 - orasi_gubes_2024
P. 15

Daftar Pustaka

            1.  Nabila  Putri  Zahira,  Dening  Putri  Fadillah,  2022,  Pemerintah
               Indonesia Menuju Target Net-Zero Emission (NZE) Tahun 2060
               dengan Variable Renewable Energy (VRE) di Indonesia, Jurnal Ilmu
               Sosial no 2 vol 2
            2.  Jorgensen, 2009.  Biogas  – green energy, Faculty of Agricultural
               Sciences, Aarhus University, 2nd edition, Denmark
            3.  RENAC.  Biogas Technology and Biomass, Renewables Academy
               (RENAC) AG, Berlin, Germany.
            4.  IIEE, 2023. “User guide for Bioenergy Sector”, Indonesia 2050 Pathway
               Calculator, Jakarta, Indonesia
            5.  Dewan Energi Nasional, 2023, Outlook Energi Indonesia 2023, Jakarta
               2023.
            6.  DEA, 2015.  Technology Data for Energy Plants, Danish Energy
               Agency, Copenhagen, Denmark
            7.  P.E.  Poh,  M.F.  Chong  ,2009.  Development  of  anaerobic  digestion
               methods for palm oil mill effluent (POME) treatment, Bioresource
               Technology, Volume 100, Issue 1.
            8.  Mohd,  N.S.;  Li,  B.;  Ibrahim,  S.;  Riffat,  R.,  2021  Temperature
               phased  anaerobic  digestion  at  the  intermediate  zone  of  45  °C:
               Performances, stability and pathogen deactivation. Sains Malays. 50,
               1827–1841.
            9.  Sawyerr N, Trois C, Workneh T,, Okudoh V., 2019  An  Overview  of
               Biogas Production: Fundamentals, Applications and Future
               Research. International Journal of Energy Economics and Policy.
               International Journal of Energy Economics and Policy.9(2).
            10.  Sun H, Wang J, Liu X, Shen B, Parlett CMA, Adwek GO, et al.,2019,
               Fundamental  studies  of  carbon  capture  using  CaO-based
               materials. J Mater Chem A Mater. 7(16):9977–87.
            11.  Zhao B, Wang J, Zhu D, Song G, Yang H, Chen L, et al.,2019. Adsorption
               characteristics of gas molecules (H2O, CO2, CO, CH4, and H2) on
               CaO-based catalysts during biomass thermal conversion with in
               situ CO2 capture. Catalysts. 9(9):757.
            12.  Suprianto FD., 2016. Effect of carbon dioxide on flame characteristics



                                                                                 15
   10   11   12   13   14   15   16   17   18