ANALISIS PENGARUH PENYERAPAN KALOR TERHADAP EFISIENSI COOLING TOWER PADA TUNGKU INDUKSI PENGECORAN LOGAM DI POLMAN ASTRA

Authors

  • Komarudin Komarudin Dosen Teknik Mesin, Institut Sains Teknologi Nasional
  • Rudi Saputra Prodi Teknik Mesin ISTN Jakarta
  • Satriyo Yudi Baskoro Prodi Teknik Mesin ISTN Jakarta

DOI:

https://doi.org/10.54378/bt.v13i1.17

Keywords:

Efficiency cooling towers, improving heat absorption.

Abstract

In the process of inducing metal, coil receives heat from the molten metal (molten). Therefore, it takes a cooling medium flowing in the coil casing and has a good conductivity. So here media of cooling tower water is used, so the water temperature can be maintained at the ambient air wet bulb temperature. With the optimal heat absorption cooling tower efficiency can be maintained. Besides, the material aluminum / molten can be melted well as the process of inducing metal running perfectly and there is no buildup of material on the walls of the furnace. With the application of a double pump with the series circuit to increase the water flow rate and can boost the absorption of the heat from the furnace wall and the pipe to the water coil.

References

Nunes, Rafael (2004). Metals HandBook volume 15- CASTING. Ebook.

Yunus A Cengel (2002). Heat Transfer A Pratical Approach. University Of Nevada, Reno, Mc. Graw – Hill : Erlangga.

UNEP (2005). Pedoman Efisiensi Energy untuk Industri di Asia, www.energyefficiencyasia.org.

Komarudin, Ir.MT (2012). Perpindahan Panas Dasar. Ebook.

Nasirudin (2012). Optimasi Pengujian pompa seri dan pararel. Poltek Padang. Ebook.

The McGraw-Hill Companies (2014). Properties Of Waters. Ebook.

Downloads

Published

2017-08-02

Issue

Vol. 13 No. 1 (2017): Bina Teknika

Section

Articles

License

Journal Bina Teknika grants open acces to all of its content, based on that matter makes all research papers published are freely available to public which ensures greater global excchange of knowledge

  Creative Commons License

Journal Bina Teknika is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

Refers to these license, all research papers agree to the following terms:

  • Attribution - Authors holds the credit of their research works published, in order to use materials from one or more research papers published in Bina Teknika should be given appropriate credit
  • Non Commercial - All research papers published in Bina Teknika may not use for commercial purposes
  • Share Alike - Any creation made under one or more concepts from research papers published in Bina Teknika should be distribute your contributions under the same license as original