We are researching the creation of highly functional materials (inorganic materials, inorganic-organic composite materials) that can adsorb various substances in aqueous solutions and gases, and their application to the fields of environment, resources, and medicine. Specifically, we have created inorganic-organic composite materials in which the layers of layered compounds are functionalized by organic ions, and we are conducting research on selective separation and capture technology for metals and organic compounds in aqueous solutions using these functional materials (Fig.1). We are also conducting research on the treatment of acidic exhaust gas (Fig.1).
Aiming for the advent of a resource and material recycling society, we are developing technology that enables the adsorption and separation of resources and valuable substances in wastewater and exhaust gas using highly functional materials (Fig.2).
We are looking for graduate students to research with us and be the part of Kameda Laboratory.
If you are interested, please contact us using the inquiry form.
News
26/10/26
Our research paper, primarily authored by Mr. Preyangkar Kundu (D2), has been published in ACS Omega (ACS).
26/10/23
Panupong Wethangkaboworn, a second-year doctoral student (D2), received the Dean's Award (DOWA Award) at the 8th Academic Forum on Environmental Studies held on October 23, 2026. This award is presented to outstanding poster presentations.
26/10/22
Kameda Laboratory held a welcome party to warmly greet its new members. The lab is excited to welcome Jemwel Banico Aron, a doctoral student from the Philippines, and He Luoyi, a research student from China. We look forward to working together and achieving great research outcomes as a team.
26/10/7
Professor Kameda has been selected as one of the world's top 2% scientists in the subfield of Environmental Sciences, according to the standard citation indicators database published by Elsevier. Based on the August 2026 data update from Scopus, Prof. Kameda ranked within the top 2% of researchers globally in this field, evaluated both with and without self-citations. The full dataset and methodology can be accessed via the Elsevier Data Repository: https://doi.org/10.17632/btchxktzyw.9https://doi.org/10.17632/btchxktzyw.9
26/6/19
Our research paper, primarily authored by Mr. Panupong Wethangkaboworn (M) (D1), has been published in ES&T Water (ACS).