PLANNING FOR LOADING AND TRANSPORTING EQUIPMENT IN OVERBURDEN STRIPPING ACTIVITIES IN PIT C BLOCK ITB PT BOSOWA MINING

Authors

  • Fahrudin
  • Erwin Anshari Halu Oleo University
  • Irfan Halu Oleo University
  • Ika Sartika Ambarsari Halu Oleo University

Keywords:

Nickel, Overburden, Mining excavator, Dump truck, hauling road, road mine plan

Abstract

Bosowa Mining limited liability company (LLC) is a national private company engaged in the nickel commodity mining industry with a mining business permit (IUP) area of 1,500 Ha. Currently the company plans to open a new mining area in pit C of Block ITB to maintain production and is scheduled when several other blocks have reached the mineout category. Production equipment in mining operations is an important means of production to achieve the final production targets determined by the company. Planning the need for digging and transport equipment for overburden stripping activities using the queuing theory method. The number of digging and lifting equipment is calculated based on the productivity of the equipment and monthly production targets. In overburden stripping activities using a Sany 365 excavator and transporting overburden material using a Howo 371 HP. The number of digging, loading and transport equipment required for overburden removal activities is digging overburden using 1 Sany 365 excavator, overburden loading using 1 Sany 365 excavator and overburden hauling using 3 Howo 371 HP transport equipment.

References

Bargawa, W. S. (2018). Perencanaan Tambang. Yogyakarta. Kilau Book. ISBN : 978-623-7594-31-4

Botutihe, K., Sumarauw, J. S. B., & Karuntu, M. (2018). Analisis Sistem Antrian Teller Guna Optimalisasi Pelayanan Pada Pt. Bank Negara Indonesia (Bni) 46 Cabang Unit Kampus Manado. Jurnal EMBA, vol. (6). no. (3), hal. 1388–1397. ISSN : 2303-1174.

Deshmukh, S. S., & Jangada, P. N. (2017). Detailed Study on Heavy Equipment With Its Latest Technologies for Excavation of. International Journal for Research & Development in Technology,vol. (8), no. (2), hal. (13–20). ISSN : 2349-3585.

Ercelebi, S. G., & Bascetin, A. (2009). Optimization of shovel-truck system for surface mining. Journal Of The Southem African Institute Of Mining and Metalurgy. vol. 109. hal. 433–439.

Indonesianto, Y. (2013). Pemindahan Alat Mekanis. CV. Awan Poetih. ISBN: 978-602-820607-5.

Kholil, A. (2012). Alat Berat. Bandung. PT. Remaja Rosdakarya. ISBN: 978-979692-080-8.

Komatsu. (2019). Application Handbook Edition 32. October.

Peurifoy, R. Schexnayder C. J., schmitt, R. L., & Shappira. (2018). Construction Planning, Equipment, and Methods. United States. Mc Graw-Hill Education. ISSB : 978-1-26-010881-1.

Prasmoro, A. V. (2014). Optimalisasi produksi dump truck valvo FM 440 dengan metode kapasitas produksi dan teori antrian di lokasi penambangan batubara. Jurnal OE, vol. (VI), no. (1), hal. (93–108).

Putra, R. N., dan Tamrin, K. (2017). Evaluasi Teknis Geometri Jalan Upaya Percapaian Target Produksi Tambang Terbuka PT . Allied Angkut Produksi Sebagai Batubara 20000 ton / bulan di Indo Coal Jaya. vol (4), no. (3), hal. (77–88). ISSN : 2302-3333.

Rachmadiani, S. I., Sudiyanto, A. Cahyadi. T. A., Inmarlinianto, Winda, & Darwis. (2021). Analisis rencana kebutuhan alat gali-muat excavator caterpillar 320D2 dan excavator kobelco SK330 terhadap alat angkut dump truck hino FM260jd pada kegiatan penambangan bijih nikel. Jurnal Pertambangan Dan Lingkungan, vol. (2). no. (2), hal. (19–25). ISSN : 2775-1384.

Ramadhan, M. D., Kesno, Cahyadi, T. A., Nursanto, E., Titisariwati, I., & Sulfa, A. S. (2023). Technical Study Of The Production Of Loading Tools And Conveyance In Coal Mining Activities. vol. (5), no. (1). ISSN : 2715-9035.

Rostiyanti, S. F. (2008). Alat Berat Untuk Proyeksi Konstruksi. Jakrta. PT. RINEKA CIPTA. ISSB : 978-979-518-859-6.

Tenriajeng, A. T. (2003). Pemindahan Tanah Mekanis (SeriDiktat Kuliah), Jakarta. Guanandar.

Zulkarnain, F. (2020). Pemindahan Tanah Mekanis dan Peralatan Konstruksi. Medan. ISBN : 978-623-6888-18-6 .

Published

2024-06-06 — Updated on 2024-08-19

Versions