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Journal : International Journal of Education, Science, Technology, and Engineering (IJESTE)

Potential of Hyacinth Activated in Lowering Levels of Lead Heavy Metals by Method of Atomic Absorption Spectrophotometry Wardani, Dita Kusuma; Alawiyah, Tuti; Tambun, Madschen Sia Mei Ol Siska Selvija
International Journal of Education, Science, Technology, and Engineering (IJESTE) Vol 4 No 2: December 2021
Publisher : Lamintang Education and Training Centre, in collaboration with the International Association of Educators, Scientists, Technologists, and Engineers (IA-ESTE)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36079/lamintang.ijeste-0402.319

Abstract

The Barito River as the largest and longest river in South Kalimantan has been convicted as the most polluted river on an international level. Where one of the most commonly found compounds is the heavy metal lead (Pb) with a high enough levels that alternatives are needed to reduce the levels of the metal. One way to reduce the levels of such heavy metals is to use activated carbon hyacinth. So the activated carbon from hyacinth is made in accordance with SII No.0258-79 and knows the effect of variations in the administration of activated carbon hyacinth at a time of 15 minutes, 30 minutes and 45 minutes in lowering the levels of lead heavy metals (Pb). The research method used to determine the effect of variations in the administration of activated carbon hyacinth is by quantitative testing using the Atomic Absorption Spectrophotometry tool. The results showed that activated carbon hyacinth has met SII No.0258-79 with a randemen test result of 15%, water content of 3%, and absorption of iodine of 241.16 mg / gram. Significant value produced 0.742 with regression value (r) 0.999 and resulted in decreased lead metal levels in the variation of 15 minutes activated carbon administration of -0.030 mg / l with an absorption of 120%, 30 minutes of 0.073 mg / l with an absorption of 48% and 45 minutes of -0.097 mg / l with an absorption of 167%. Hyacinth activated carbon can be used to lower the levels of lead heavy metals (Pb) with a maximum contact time of 45 minutes by 167%.
Co-Authors Adi Saputra Ahmad Naufal, Ahmad Aida Royani Ali Rakhman Hakim Alifira Adhany Yustian Alifira Adhany Yustian Amanda Shelvia Savitri Angga Irawan Anggriani, Fitria Annida Hasanah Ario Yudo Hariyanto Aulia Rahmah Ayu Putri Lestari Ayu Safitri Darini Kurniawati Darni Darni Darni Dedek Yahya Darmadi Dita Kusuma Wardani Doni Irawan F.M. Dyan Fitri Nugraha Dyan Fitri Nugraha Dyan Fitri Nugraha Elliza, Putri Elva Gusnianti Fakhria Rizqina Fatimah Azzahra Febriyanti Febriyanti Femmy Kristiani Kartina Agun Fernando, Solagratia Okta Firda Alfisah Fitri Yuliana Fitri Yuliana, Fitri Giovanni Ulima Nibras Giovanni Hadhrianor, Hadhrianor Hairiana Kusvitasari, Hairiana Hernaldi Jihan Alfiyandi Hidayati, Alfina Husnus Saniah I Ketut Gunawan Kusuma I Ketut Gunawan Kusuma Iwan Yuwindry Khaliza Natasya Dilla Kunti Nastiti Lestari, Yayuk Puji Linda Kusumawati Malahayati, Siti Maqh irah Amiruddin Maria Dwi Ayu Listiawati Masriadi Maynada Safitri Meka, Aderia Dang Melviani Muhammad Fajrin Wijaya Muhammad Naufal Mulia Rahmah Mustaqimah Mustaqimah Nadia Nadia Chitania Nadia Nadia Chitania Nadia Oktavia Winda Nayaken, Putri Olivia Noval Noval Novitalia Selendra Nur Hidayah Nur Hidayah Nur Hidayah Nur Rahmayani Nurhaeni Nurhaeni Nurul Fajriah Nurul Fajriah Pitriya, Aima Rahmadani Rahmadani Rahmadani Rahmadani Rahmadani Rahmadani Razmi Razmi Razmi Razmi Rina Saputri Rohama Rohama Setia Budi Setia Budi Siska Fitriani, Siska Sola Gresia Tambun, Madschen Sia Mei Ol Siska Selvija Tasya Haditya Vikri Haikal Rivani Wikklin, Monica Winata, Christian Konstantin Wusko, Ikna Urwatul Yunina Elasari Yuwindry, Iwan