DOI: https://doi.org/10.14710/presipitasi.v21i2.390-403

Utilization of Organic and Plastic Waste as Solid Fuel for Steam Power Plants 3 Parit Baru Site Bengkayang

*Nurfitri Wulandari  -  Universitas Tanjung Pura, Indonesia
Arifin Arifin  -  Universitas Tanjung Pura, Indonesia
Govira Christiadora Asbanu  -  Universitas Tanjung Pura, Indonesia

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Abstract

The problem of organic and non-economic LDPE plastic waste, which is abundant in the Singkawang City landfill, is accompanied by the reduced availability of coal as a fuel for steam power plants. Therefore, this study utilizes organic and plastic waste as biomass fuel that can be used in steam power plants using the co-firing method. This research aims to identify the characteristics, analyze the optimal composition based on SNI 8966:2021, and examine the influence of solid fuel composition. The research method used four composition variations: 100:0%, 95:5%, 85:15%, and 75:25. The best average water content, volatile matter, ash, fixed carbon, and calorific value were 4%, 60.67%, 11.33%, 2.67%, and 5,374.29 Kcal/kg, respectively. The characteristics of the solid fuel comply with SNI 8966:2021, except for the fixed carbon content. Based on the Kruskal-Wallis test, the fuel compositions for the characteristics of water content, volatile matter, ash, and calorific value are significantly different, with values of 0.035, 0.056, 0.041, and 0.016. Based on Spearman rank correlation analysis, water and ash contents decreased as the percentage of plastic increased, with correlation coefficients of -0.753 and -0.302. Meanwhile, the calorific value and volatile matter increased, with correlation coefficients of 0.811 and 0.972.

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Keywords: Co-firing; LDPE plastic waste; organic waste; solid fuel; steam power plant

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Section: Regional Case Study
Language : EN
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  1. Asip, F., T. Anggun, dan F. Nurzeni. 2014. Pembuatan briket dari campuran limbah plastik ldpe, tempurung kelapa dan cangkang sawit. Teknik Kimia 20(2), 45–54
  2. Badan Pusat Statistik Kota Singkawang, 2023. Kota Singkawang dalam Angka 2023
  3. Dharma, U.S. 2013. Pemanfaatan biomassa limbah jamur tiram sebagai bahan bakar alternatif untuk proses sterilisasi jamur tiram. Turbo 2(2), 17–22
  4. Gilvari, H., Cutz, L., Tiringer, U., Mol, A., de Jong, W., and Schott, D.L. 2020. The effect of environmental conditions on the degradation behavior of biomass pellets. Polymers (2020) 12, 970, 3-15
  5. Haiqyastri, A.K., Kamal, D.M. 2022. Kualitas biopelet campuran limbah pohon sungai ciliwung, tempurung kelapa, dan plastik. Prosiding Semininar Nasional Teknik Mesin Politeknik Negeri Jakarta (2021), 1120–1127
  6. Imani, A., Sukwika, T., dan Febrina, L. 2021. Karbon aktif ampas tebu sebagai adsorben penurun kadar besi dan mangan limbah air asam tambang. Jurnal Teknologi 13(1), 33–42
  7. Iriany, Hasibuan, R., Novita, D., dan Ummah, N.M. 2023. Pengaruh komposisi bahan baku dan ukuran partikel terhadap kualitas biobriket dari cangkang buah karet dan ranting kayu. Jurnal Teknik Kimia USU 12(1), 1–8
  8. m. brunner, i.m.i., norhidayat, a., dan m. brunner, s. 2021. pengolahan sampah organik dan limbah biomassa dengan teknologi olah sampah di sumbernya. Jurnal Serambi Engineering 6(3), 2085–2095
  9. Midiawati, dan M., Saptadi, S. 2018. Analisis perbandingan kualitas batubara te 67 hs di stockpile dan di gerbong kereta api dengan menggunakan tools statistika. Industrial Engineering Online Jurnal 6(4), 1–9
  10. Faizal, M., A.D. Rifky, dan I. Sanjaya. 2018. Pembuatan briket dari campuran limbah plastik ldpe dan kulit buah kapuk sebagai energi alternatif. Jurnal Teknik Kimia 24(1), 8–16
  11. Novita, D.M., and Damanhuri, E. 2010. Heating value based on composition and characteristics of municipal solid waste in indonesia in waste to energy concept. Jurnal Teknik Lingkungan 16(2), 103–115
  12. Obernberger, I., and Thek, G. 2004. Physical characterization and chemical composition of densified biomass fuels with regard to their combustion behaviour. Biomass and Bioenergy 27, 653–669
  13. Praevia, M.F., dan Widayat, W. 2022. Analisis pemanfaatan limbah tandan kosong kelapa sawit sebagai cofiring pada pltu batubara. Jurnal Energi Baru dan Terbarukan 3(1), 28–37
  14. Ruslinda, Y., Husna, F., dan Nabila, A. 2017. Karakteristik briket dari komposit sampah buah, sampah plastik high density polyethylene (hdpe) dan tempurung kelapa sebagai bahan bakar alternatif di rumah tangga. Jurnal Presipitasi Media Komunikasi dan Pengembangan Teknik Lingkungan 14(1), 5-14
  15. Saputro, D.D., dan Widayat, W. 2016. Karakterisasi limbah pengolahan kayu sengon sebagai bahan bakar altrnatif. Jurnal Sain dan Teknologi 14(1), 21–29
  16. Sari, A.N., O. Nurhilal, S. Suryaningsih. 2018. Pengaruh konsentrasi briket campuran sekam padi dan serutan kayu albasia terhadap emisi karbon monoksida dan laju pembakaran. Jurnal Material dan Energi Indonesia 8(2), 25–32
  17. Srinivas, T.G., D.R. Kumar, P.V.V.M. Mohan, and B.N. Rao. 2017. Efficiency of a coal fired boiler in a typical thermal power plant. American Journal of Mechanical and Industrial Engineering 2(1), 32-36
  18. Sukarta, I.N., dan Ayuni, P.S. 2016. Analisis proksimat dan nilai kalor pada pellet biosolid yang dikombinasikan dengan biomassa limbah bambu. JST (Jurnal Sains dan Teknologi) 5(1), 728–735
  19. Suryaningsih, S., dan Pahleva, D.R. 2020. Analisis kualitas briket tandan kosong dan cangkang kelapa sawit dengan penambahan limbah plastik low density polythelene (ldpe) sebagai bahan bakar alternatif. Jurnal Material dan Energi Indonesia 10(1), 27–35
  20. Wibawaputri, R.A., Jusafwar, dan Ekayuliana, A. 2021. Analisis Karakteristik kandungan organik dan anorganik biopellet sampah sungai ciliwung sebagai bahan bakar. Prosiding Seminar Nasional Teknik Mesin Politeknik Negeri Jakarta (2021) p1540–p154, 1540–1545
  21. Xu, Y., Yang, K., Zhou, J., and Zhao, G. 2020. Coal-biomass co-firing power generation technology: current status, Challenges And Policy Implications. Sustainability 12, 2-18
  22. Yuliyani, I., Maridjo and M. Abdul. 2019. Analisis sistem ruang bakar boiler jenis fluidized bed combustion untuk pltu kapasitas 8 MW. Jurnal Teknik Energi 9(1), 1–8

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