Integrated Bidirectional IoT Communicator Integrated Bidirectional IoT Communicator Bio Sorbent Module as an NPCP Absorbent and Real-time Notificator for Mitigating Water Pollution in Central Surabaya

Goestie, Ferdinand and Widjaja, James Ethan and Ezequiel, Maxwell and Irawan, Olimpio Axell and Phwa, Theorve Cruz Caviezel (2025) Integrated Bidirectional IoT Communicator Integrated Bidirectional IoT Communicator Bio Sorbent Module as an NPCP Absorbent and Real-time Notificator for Mitigating Water Pollution in Central Surabaya. Technical Report. Library, Xin Zhong School.

[thumbnail of Abstract_Integrated Bidirectional IoT Communicator Bio Sorbent Module as an NPCP Absorbent and Real-time Notificator for Mitigating Water Pollution in Central Surabaya.pdf] Text
Abstract_Integrated Bidirectional IoT Communicator Bio Sorbent Module as an NPCP Absorbent and Real-time Notificator for Mitigating Water Pollution in Central Surabaya.pdf - Published Version

Download (199kB)
[thumbnail of Integrated Bidirectional IoT Communicator Bio Sorbent Module as an NPCP Absorbent and Real-time Notificator for Mitigating Water Pollution in Central Surabaya.pdf] Text
Integrated Bidirectional IoT Communicator Bio Sorbent Module as an NPCP Absorbent and Real-time Notificator for Mitigating Water Pollution in Central Surabaya.pdf - Published Version
Restricted to Registered users only

Download (360kB)

Abstract

Non-polar chemicals remain one of the biggest environmental issues to water bodies, among them, domestic pollutants such as oil are the ones that pose the most harm to the health of Surabayan citizens. Waste oil accumulates in Surabayan gutters, clogging them and contaminating the surrounding soil, posing a threat to Surabayan citizens. IoT remains the most effective method of data collection; IoT sensors specifically help in attaining and sending data to various devices that can be utilized as a warning to prevent further damage. This study aims to counteract these problems by utilising widely available sustainable organic materials and reliable sensors and IoT devices to create a device to alert the responsible parties when oil levels become unacceptable and help mitigate the problem by limited absorption of said oils.

Item Type: Monograph (Technical Report)
Uncontrolled Keywords: ISIF2025, non-polar chemical, domestic pollutans, oil, sensord, pre-university
Subjects: Q Science > Q Science (General)
Z Bibliography. Library Science. Information Resources > ZA Information resources
Depositing User: Xin Zhong Library
Date Deposited: 26 Jan 2026 02:03
Last Modified: 26 Jan 2026 02:03
URI: https://repository.xinzhong.sch.id/id/eprint/96

Actions (login required)

View Item
View Item