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Pulungan, Ahmad Shafwan
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Agriculture, Biological Sciences & Forestry Automotive Engineering Biochemistry, Genetics & Molecular Biology Chemical Engineering, Chemistry & Bioengineering Chemistry Civil Engineering, Building, Construction & Architecture Computer Science & IT Education Energy Environmental Science Languange, Linguistic, Communication & Media Materials Science & Nanotechnology Mathematics Social Sciences Other

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Adsorption of Soluble Ammonia Using A Porous Polymer Composite Cu-(TAC) And Activated Carbon Empty Fruit Palm Oil Zubir, Moondra; Jasmidi; Selly, Rini; Pulungan, Ahmad Shafwan; Miswanda, Dikki; Wardana, Novrizaldi; Rahmah, Siti; Faradilla, Putri; Ramadhan, Dwi Sapri
Indonesian Journal of Chemical Science and Technology (IJCST) Vol. 8 No. 2 (2025): JULY 2025
Publisher : Universitas Negeri Medan

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.24114/ijcst.v8i2.68729

Abstract

This study aims to determine the stages in the process of making activated carbon, synthesis of porous polymer composites Cu(TAC) and activated carbon composites (KA-Cu(TAC) for adsorption of dissolved ammonia (NH4OH). To know the characterization results of activated carbon and KA- Cu(TAC), as well as knowing the optimum mass, concentration, and contact time of activated carbon KA-Cu(TAC) for the adsorption of dissolved ammonia. The research stages started from Empty Oil Palm Bunches (EFB) used as biosorbents for carbon production at 500oC. The resulting product was activated with H3PO4, then modified with porous polymer Cu(TAC) to make a composite. The KA-Cu(TAC) composite was synthesized by reflux method. Then MOFs, activated carbon and KA-Cu(TAC) composite were characterized by BET. The BET characterization results showed that the successfully synthesized KA-Cu(TAC) composite experienced an increase in surface area.In the NH4OH adsorption process the optimum mass efficiency on activated carbon still increased at 8 grams while the KA-Cu(TAC) composite obtained an efficiency of 36, 6% and optimally at a mass of 4 g. At variations in concentration, the efficiency of the two samples still decreased. And the optimum time efficiency obtained in the NH4OH adsorption process with activated carbon was 70% and the KA-Cu(TAC) composite was 86.6%, both samples were equally optimal at 75 minutes
Co-Authors ,, Serimawarni AA Sudharmawan, AA Cahyati, Riska Damanik, Marini Dikki Miswanda Faradilla, Putri Ginting, Elisabeth Cahyasa Gina Huda Panggabean, Nurul Ida Duma Riris Jasmidi Jasmidi Jasmidi Lubis, Anita Agustina Nasution, Marnida Yusfiani Novrizaldi Wardana Panjaitan, Teguh Hidayat Pratiwi, Meidy Citra Ramadhan, Dwi Sapri Ratna Sari Dewi Rini Selly, Rini Safruddin, Muhammad Sultan Saputra, Ardi Maulanna Sari, Marlinda Nilan Sari, Maya Novita Sembiring, Rinawati Siahaan, Eliza Sriyuliani Sinaga, Fahri Sitanggang, Sarina Sitorus, Rosa Nadya Evelyn Situmorang, Elisa Rauli Afrilia Situmorang, Nurbaity Sukma, Nurhaliza Syahirah, Atikah Nur Tanjung, Amar Lohot Triana, Rennyta Zainuddin Muchtar Zubir, Moondra Zuhairiah Nasution, Zuhairiah