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Greenhouse gas reduction of co-benefit-type wastewater treatment system for fish-processing industry: A real-scale case study in Indonesia

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Water Science and Engineering 2023年第3期16卷 271-279页

作者： Yoshiteru Hamatani Takahiro Watari Masashi Hatamoto Takashi Yamaguchi tjandra setiadi Toshihiko Konda Nihon Suido Consultants Co. LtdTokyo 163-1122Japan Department of Civil and Environmental Engineering Nagaoka University of TechnologyNiigata 940-2188Japan Department of Chemical Engineering Hanoi University of Science and TechnologyHanoi 11615Vietnam Department of Science of Technology Innovation Nagaoka University of TechnologyNiigata 940-2188Japan Department of Chemical Engineering Institut Teknologi BandungJl.Ganesa 10Bandung 40132Indonesia

This study examined the application of co-benefit-type wastewater treatment technology in the fish-processing industry. Given that there was a dearth of information on fish-processing industrial wastewater in Indonesia, site surveys were conducted. For the entire fish-processing industry throughout the country, the dissemination rate of wastewater treatment facilities was less than 50%. Using a co-benefit approach, a real-scale swim-bed technology (SBT) and a system combining an anaerobic baffled reactor (ABR) with SBT (ABR–SBT) were installed in a fishmeal processing factory in Bali, Indonesia, and the wastewater system process performance was evaluated. In a business-as-usual scenario, the estimated chemical oxygen demand load and greenhouse gas (GHG) emissions from wastewater from the Indonesian fish-processing industry were 33 000 tons per year and 220 000 tons of equivalent CO_(2) per year, respectively. On the other hand, the GHG emissions in the co-benefit scenarios of the SBT system and ABR–SBT system were 98 149 and 26 720 tons per year, respectively. Therefore, introducing co-benefit-type wastewater treatment to Indonesia’s fish-processing industry would significantly reduce pollution loads and GHG emissions.

关键词： Indonesian fish-processing industry Co-benefit wastewater treatment Greenhouse gas emission mitigation Anaerobic baffled reactor Swim-bed technology

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