Hur Iqlima Zunaira Ahmad ZubirAmeerah Hanim Syuhada HasniNur Anis Imtiyaz SyafawiAlya Nurzahra Mohd AnuarUwais Iqram NorshahfarizIylia IdrisNur Najeehah Mohd NasirMuhammad Azan Tamar Jaya2025-10-212025-10-212024Hur Iqlima Zunaira Ahmad Zubir, Ameerah Hanim Syuhada Hasni, Nur Anis Imtiyaz Syafawi, Alya Nurzahra Mohd Anuar, Uwais Iqram Norshahfariz, Iylia Idris, Nur Najeehah Mohd Nasir, Muhammad Azan Tamar Jaya. (2024). Comparison of Adsorption Capacity Between Pelletized and Powdered Clinoptilolite for Methylene Blue Removal. Insan Junior Researchers International Conference 2024 (IJURECON 2024) , 16–20. https://raudahusim.sharepoint.com/:b:/s/USIM-eDocs/EXrJQXKFR1JAurDWj_VmLiYBRXCK10uGRWJC_WRAu3bsBw?e=07OjRG3083-8509https://raudahusim.sharepoint.com/:b:/s/USIM-eDocs/EXrJQXKFR1JAurDWj_VmLiYBRXCK10uGRWJC_WRAu3bsBw?e=07OjRGhttps://oarep.usim.edu.my/handle/123456789/278575th Insan Junior Researchers International Conference 2024 (iJURECON 2024) : "STREAM for a better future”/ editors : Ahmad Fuad Mohamad Amin, Ahmad Bazli Ahmad Hilmi, Nurhidaya Mohamad Jan, Norazlina Subani 25-26 October 2024 Organized by : Kolej Permata InsanThe increasing use of dyes in industries such as textiles and printing has led to environmental concerns. Adsorption is a practical solution for removing these pollutants. This study compares the adsorption capacities of pelletized and powdered clinoptilolite for removing methylene blue. While both forms demonstrated increased adsorption with increasing mass, pellets showed significantly lower adsorption capacity than powders due to limited surface area and penetration resistance. This study suggests that reducing pellet mass and thickness could enhance performance, demonstrating potential improvements for pelletized clinoptilolite.en-USadsorptionclinoptilolitemethylene bluepellettext::conference output::conference proceedings::conference paper1620