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RESCOLLACOMMRESCOLLACOMM

Journal International Journal of Research in Community ServicesInternational Journal of Research in Community Services Abstract

The Kemang Batik Association in Bogor Regency is a community-based creative industry with significant cultural and economic potential, however, its sustainability is constrained by untreated batik wastewater, weak financial management, and limited marketing capacity. Batik production activities generate colored liquid waste that is often discharged directly into the environment, posing pollution risks. In addition, the absence of formal cooperative institutions and reliance on conventional marketing methods hinder business growth and income stability among artisans. This community service program aimed to empower the Kemang Batik Association through an integrated approach encompassing environmentally friendly technology, institutional strengthening, and digital marketing. A portable electrocoagulation-based wastewater treatment installation (IPAL) namely Hydrobex, with a capacity of 100 liters per day was implemented to reduce pollutant loads in batik effluent. Furthermore, a Batik Cooperative was established to improve financial governance, collective management, and access to capital. Digital marketing platforms utilizing social media, online marketplaces and batik game based marketing (GARLaTik) were developed to expand market reach and enhance product visibility. The program was conducted through participatory training, technology transfer, mentoring, and continuous evaluation involving academics, students, and community members. The results indicate improved environmental awareness, strengthened organizational capacity, and increased adoption of digital marketing practices. This integrated empowerment model supports sustainable community development, promotes a green economy, and contributes to the achievement of relevant Sustainable Development Goals.

Conclusion

This study confirms that an integrated community empowerment model combining environmental technology, institutional strengthening, and digital transformation can effectively enhance the sustainability of small-scale batik enterprises.The implementation of an electrocoagulation-based wastewater treatment installation, along with the Hydrobec 2.0 system, provided a practical solution for reducing environmental pollution and supporting cleaner production.The establishment of the Kemang Batik Association Cooperative strengthened financial governance and market access, while the adoption of digital marketing expanded market reach and improved product visibility.

Future Research

Future research should explore the long-term performance of the Hydrobec 2.0 system and its impact on water quality, alongside continuous mentoring for the community to ensure sustained adoption of the technology. Further investigation is needed to assess the effectiveness of the GARLaTik platform in enhancing cultural tourism and its potential for broader application in other creative industries. Additionally, a comparative study examining the economic impact of the cooperative model versus traditional batik production methods could provide valuable insights for scaling up this empowerment approach to other regions, fostering a more resilient and sustainable batik industry across Indonesia.

References

1. Spatial-Based E-Village Model for Smart Economy Potencies in Bogor Regency | IEEE Conference Publication... ieeexplore.ieee.org/document/10349036Spatial Based E Village Model for Smart Economy Potencies in Bogor Regency IEEE Conference Publication ieeexplore ieee document 10349036

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