Gold water treatment, waste monitoring, and management with the fitoremediation method

Abstract

Gold processing activities along the Ciherang river use Mercury. Monitoring and managing the impact of gold processing activities on the environment by the standard quality of wastewater quality of the Ministry of Environment No.202 Th.2004 concerning Wastewater Quality Standards for Gold and or Copper Ore Processing Activities. Monitoring the quality of wastewater flowing into the river by observing water pH, TDS, and mercury content. Environmental management is carried out by reducing the mercury metal content in wastewater, with the phytoremediation method using Eichhornia Crassipes. Monitoring is carried out at five different locations, wastewater out of gold processing, 2 locations at the settling pond, and 2 locations at the river water. The results showed an increase in mercury content in settling pond 2, 0.525 mg / L, and settling pond 3, 0.00903 mg / L. The environmental management with the Fitoremediation method day 0 Hg levels of 0.06284 mg / L, day 4 Hg levels produced to 0.01203 mg / L, day eight the value of Hg levels 0.114 mg / L, the 12th day the value of the resulting Hg 0.01267 mg / L

EFEKTIVITAS FITOREMEDIASI DAN PROBIOTIK UNTUK MENINGKATKAN PERFORMA PERTUMBUHAN IKAN SIDAT, Anguilla bicolor PADA STADIA ELVER

“…Salah satu teknologi resirkulasi sederhana dan murah, serta dapat diaplikasikan oleh masyarakat adalah fitoremediasi. Menurut Nizam et al (2020); Mardalen et al (2018); Pulungan et al (2020), sistem fitoremediasi yang digunakan harus mempunyai kemampuan dalam menstimulasi aktivitas biodegradasi oleh mikrobia yang berasosiasi dengan akar tanaman dan menyerap partikel dari dalam tanah. Hasil penelitian ; Vesely et al (2011), salah satu jenis tanaman air yang mempunyai kemampuan sebagai biofilter untuk menyerap polutan dalam air adalah eceng gondok (Eichornoa crassipes).…”