Pemanfaatan Panas Buang Industri Untuk Membangkitkan Otec (Ocean Thermal Energi Conversion)
Keywords:
OTEC, industrial exhaust heatAbstract
Industrial waste heat is waste heat that is used to cool production machinery. This waste heat will be discharged into the environment with a relatively warm temperature which is above 30o C. Cilacap as an industrial city certainly has become one of the problems that must be solved. Because if not properly managed, it will damage the marine ecosystem. Utilization of industrial exhaust heat is very important, one of which is to be used to generate OTEC. You do this by transferring industrial exhaust heat to the OTEC system, which is to the evaporator that is used to evaporate the ammonia sample flow.
References
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Nihous G. A Preliminary Investigation of the Effect of Ocean Thermal Energy Conversion ( OTEC ) Effluent Discharge Options on Global OTEC Resources. Mar Scinece Eng. 2018;25(6).
Hendrawan A. KAJIAN TEKNOEKONOMI PEMBANGKIT LISTRIK TENAGA OTEC (OCEAN THERMAL ENERGY CONVERSION). Pros Semin Nasional&CFP I IDRI , 26 Oktober 2017 ISSN 2598-7577. 2017;1–13.
Masutani SM, Takahashi PK. Ocean Thermal Energy Conversion (otec). Encycl Ocean Sci [Internet]. 2001;(1997):1993–9. Available from: http://linkinghub.elsevier.com/retrieve/pii/B012227430X000313
McGOWAN JG. OCEAN THERMAL ENERGY CONVERSION--A SIGNIFICANT SOLAR RESOURCE. Sol Energy. 2004;4:511–20.
Tanner D. Ocean thermal energy conversion: Current overview and future outlook. Renew Energy. 1995;6(3):367–73.
Griffin OM. Otec cold water pipe design for problems caused by vortex-excited oscillations. Ocean Eng. 1981;8(2):129–209.
Hendrawan A. OCEAN THERMAL ENERGY CONVERSION. SNATPIP 2019. 2019;1–9.
Hendrawan A. PENENTUAN DEBIT PADA PEMBANGKIT LISTRIK TENAGA OTEC ( OCEANS THERMAL ENERGY CONVERSION ). J Poros. 2010;7(2).
Hendrawan A. Model Program Aplikasi Pembangkit listrik Tenaga Panas Laut?: Oceans thermal energy conversion. TESIS S-2 UGM https//repository.ugm.ac.id/id/eprint/58007. 2002;2002.
Hendrawan A, Sasongko A, Sukmono S. ANALISIS THERMODINAMILA KETEL PADA PEMBANGKIT LISTRIK TENAGA OTEC (OCEAN THERMAL ENERGI CONVERSION). J Saintara. 2017;1(2).
Hendrawan A. CALCULATION OF POWER PUMPS ON OTEC POWER PLANT OCEAN ( OCEAN THERMAL ENERGY CONVERSION ). ( ICoSASTE 201 9 ) Kupang , May 14 - 15 , 201 9 1 Int Conf Sci Appl Sci Teach Educ 2019. 2019;1–13.
Hendrawan A. ANALISIS POTENSI PEMBANGKIT LISTRIK TENAGA OTEC (OCEAN THERMAL ENERGI CONVERSION) WILAYAH KALIANGET DONAN CILACAP. J bahari Yogya. 2017;15(24):66–79.
Hendrawan A. PERTIMBANGAN LINGKUNGAN PADA PEMBANGKIT LISTRIK TENAGA OTEC (OCEAN THERMAL ENERGI CONVERSION). Semin Urecol Stikes muhammadiyah. 2019;1(1).
Hendrawan A. KONSEP KAPAL DENGAN TENAGA OTEC (OCEAN THERMAL ENERGY CONVERSION). Semin Nas Marit Politek Bumi Akpelni, 25 Agutus 2019. 2019;
Nihous G. A Preliminary Investigation of the Effect of Ocean Thermal Energy Conversion ( OTEC ) Effluent Discharge Options on Global OTEC Resources. Mar Scinece Eng. 2018;25(6).
Hendrawan A. KAJIAN TEKNOEKONOMI PEMBANGKIT LISTRIK TENAGA OTEC (OCEAN THERMAL ENERGY CONVERSION). Pros Semin Nasional&CFP I IDRI , 26 Oktober 2017 ISSN 2598-7577. 2017;1–13.
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Published
2020-05-12
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Hendrawan, A. (2020). Pemanfaatan Panas Buang Industri Untuk Membangkitkan Otec (Ocean Thermal Energi Conversion). Prosiding University Research Colloquium, 190–194. Retrieved from https://repository.urecol.org/index.php/proceeding/article/view/916
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