Pelatihan Pengurangan Dampak Merkuri bagi Masyarakat Daerah Penambangan Emas Skala Kecil di Desa Sekotong Kabapuaten Lombok Barat

Seto Priyambodo, Basuki Rahmat, Gede Wira Buanayudha, Ida Ayu Eka Widiastuti, Lina Nurbaiti

Abstract


The purpose of this service activity is to reduce the impact of mercury on small-scale gold mining communities through training and coaching activities in Sekotong village. The Sekotong region, West Lombok Regency is an area rich in potential gold resources with the potential to mine 1,596 tons of gold and can be mined for decades. This potential has been exploited by the community by traditional gold mining. The gold mining area in Sekotong is spread over 3 locations, namely Buwun Mas, Kerato and Pelangan involving 5000 traditional miners. Gold processing carried out in the community is by using amalgamation and cyanidation methods. The technology provided in this service activity is by eliminating the use of mercury in gold processing, reducing the use of cyanide, training and coaching on appropriate standard operating procedures in handling mercury and cyanide, and processing cyanide before it is discharged into the environment. The result of this community service activity is that with the application of this technology, the environment and traditional gold miners become safer and healthier.

Keywords


Training, Gold Processing, Mercury, Environment

References


Andreoli V, Sprovieri F. (2017). Genetic Aspects of Suceptibility to Mercury Toxicity. Int Journal of Environmental Research and Public Health

Ekawanti A, Krisnayanti BD. (2015). Effect of Mercury Exposure on Renal Function and Hematological Parameters Among Artisanal and Small-Scale Gold Miners at Sekotong, West Lombok, Indonesia, JHP 5(9):25-32

Franko A, Budihna MV, Fikfak MD. (2005). Long term Effects of Elemental Mercury on Renal Function in Miners of Idrija Mercury Mine. Ann Occup Hyg.49(6):521-7

Gunradi R. (2005). Evaluasi Sumber Daya Cadangan Bahan Galian untuk Pertambangan Skala Kecil Daerah Pulau Lombok Provinsi Nusa Tenggara Barat (Pemaparan Hasil Kegiatan Subdit Konservasi. Lombok. ESDM. Available at. psdg.bgl.esdm.go.id › 12-Lombok

Ismawati, Y. (2013). Titik Rawan Merkuri di Indonesia. Situs PESK:Poboyo dan Sekotong di Indonesia. Laporan Kampanye Bebas Merkuri IPEN. Balifokus.

Kolev ST and Bates N. (1996). Mercury. London. UK PID.

Morgan DL, Chanda SM, Price HC, Fernando R, Liu J, Brambila E, O’Connor WR, Beliles RP, Barone S Jr. (2002). Disposition of Inhaled Mercury Vapor in Pregnant Rats: Maternal Toxicity and Effect on Developmental Outcomes. Toxicological Sciences (66):261-273

Ramon R, Murcia M, Aguinagalde X, Amurrio A, Llop S, Ibarluzea, J, Lertxundi A, Martinez-Arguelles B, Ballester F. (2011). Prenatal Mercury Exposure in a Multicenter Cohort Study in Spain. Environment International; 37:597-604.

Subanri. (2008). Kajian Beban Pencemaran Merkuri terhadap Air Sungai Menyuke dan Gangguan Kesehatan pada Penambang sebagai Akibat Penambangan Emas Tanpa Ijin (PETI) di Kecamatan Menyuke Kabupaten Landak Kalimantan Barat. Universitas Diponegoro. Semarang

Veiga MM, Angeloci-Santos G, Meech JA. (2014). Review of Barriers to Reduce Mercury Use in Artisanal Gold Mining, The Extractive Industry and Society (1):351-361

WHO. (2000). Mercury: Air Quality Guidelines. Denmark, WHO Regional Office for Europe

WHO. (2008). Guidance For Identifying Population At Risk From Mercury Exposure. Geneva. UNEP




DOI: https://doi.org/10.33394/jpu.v1i2.3097

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