Afina Batik's Strategy in the Laweyan Batik Village Area in Realizing the Cleaner Production Concept

Fathoni Firmansyah, Siti Rachmawati, Fikri Fadly Arkasala, Angelina Novia Defatima, Arief Putra Ajie Wicaksono, Arrafi Tegar Wibisono, Edbert Lintang Panoto Nagari Satrio, Jashinta Anggi Pebriane Sitepu


DOI: https://doi.org/10.14710/ijee.4.2.58-64

Abstract


Cleaner production is an environmental management effort through preventive strategies to prevent pollution and waste of materials before the pollution occurs which is carried out in a sustainable manner in the hope of reducing the negative impact of the activities carried out. The view in cleaner production itself will provide a different perspective to achieve and sustainable consumption with the value of the resources that have been used. However, so far the batik production process is still considered inefficient and environmentally friendly. Thus, this study aims to determine the process of making batik and the behavior of efficiency in the batik production process in Afina Batik’s MSME. This research was conducted by observation and interviews. Interviews were conducted using purposive sampling method. Then, given solutions related to the management of Afina Batik to go to cleaner production. The interviewees included the flow of the batik production process, the raw materials used, the use of energy in batik production, both water and electricity, the use of chemicals, the type of waste generated and the amount, and the waste treatment process. The results obtained are various wastes from the dyeing process to washing. In addition, several factors were found that hinder Afina Batik from moving towards a cleaner production process, such as the use of synthetic dyes, still using cordwood, and still wasteful use of air. There are several methods that can be used to implement cleaner production at Afina Batik’ MSME, namely by maximizing the use of candles to efficient use of energy, air, and raw materials.


Keywords


cleaner production, strategy.

Full Text:

PDF

References


Prasetyo, H. and W. Sutopo. (2018). ‘Industry 4.0: Study of Aspect Classification and Research Development Directions’. Jati Undip: Journal of Industrial Engineering. 13(1), 17-26.

Mudrajad, K. (2010). 'Indonesian Industrial Economy Towards a New Industrial Country'. Yogyakarta: CV ANDI.

Mitchell, B., B. Setiawan, and D.R. Rahmi. (2016). ‘Resource and Environmental Management’. Yogyakarta: Gajah Mada University Press.

Yasa, I.G.W.M. (2010). ‘Green Economy, Clean Production, and Creative Economy: Approaches to Preventing Environmental Risks Towards Quality Economic Growth in the Province of Bali’. Bumi Lestari Journal. 10(2), 285-294.

Sarkar, B., B.K. Dey, S. Pareek, and M. Sarkar. (2020). ‘A Single-Stage Cleaner Production System with Random Defective Remanufacturing’. Computers and Industrial Engineering. 150, 1-12.

Sudarwanto, S., D.B. Charisma, and A.B. Sulistyawati, (2019). 'Indonesian Industrial Law'. Yogyakarta: Thafamedia.

Purba, S.L. and P.E. Prasetyo. (2018). 'Analysis of Production Factors Against the Competitiveness of Semarangan Batik'. Economics Development Analysis Journal. 7(3), 260-167.

Rajput, S. and S.P. Singh. (2020). ‘Industry 4.0 Model for Circular Economy and Cleaner Production’. Journal of Cleaner Production. 277, 1-21.

Maharani, D.K., D. Savitri, and L. Rohmawati. (2017). 'Improving the Efficiency of the Dyeing Process by Providing Environmentally Friendly Fixation Agents to the Pasuruan Batik Writing Group'. ABDI Journal. 2(2), 30-33.

Fatriasari, W., W. Syafii, N.J. Wistara, K. Syamsu, and B. Prasetya. (2014). 'Change of Characteristics of Betung Bamboo (Dendrocalamus asper) with Fungus Pretreatment'. International Journal of Renewable Energy Development. 3(2), 133-143.

Suhardi, B., P.W. Laksono, and N.N. Fadhila. (2017). 'Analysis of the Application of Clean Production on Batik Printing IKM Batik Puspa Kencana Laweyan Surakarta'. Journal of Agricultural Industrial Technology. 27(2), 182-191.

Sedan. A. A. G. R., I. W. Sudiarta., and J. Suryana. (2015). ‘Natural Batik Dyes in Tjok Agung Indigo, Pejeng Village, Tampaksiring District, Gianyar Regency’. Undiskha's Journal of Fine Arts Education. 5(1), 1-11.

Apriyani, N. (2018). ‘Batik Industry: Liquid Waste Content and Processing Methods’. Environmental Engineering Scientific Media. 3(1), 21-29.

Murniati, T., Inayati, and MTh. S. Budiastuti. (2015). 'Waste Management of Batik Industry with Electrolysis Method as an Effort to Reduce Heavy Metal Concentration Levels in Jenes River, Laweryan, Surakarta'. ECOSCIENCE Journal. 7(1), 77-83.

Kurniawan, M. W., P. Purwanto, and S. Sudarno. (2013). ‘Sustainable Batik MSME Center Wastewater Management Strategy in Sukoharjo Regency’. Journal of Environmental Science. 11(2), 62-72.

S. Rachmawati., Prabang, S., Muhammad, F. W., Rifvanda, H., Muhammad, R. R., Mochammad, E.N. (2022). Analysis of water quality Kedung Pedhet River, Mojosongo, Surakarta. Materials Proceedings Volume 63, Supplement 1, Pages S513-S519. https://doi.org/10.1016/j.matpr.2022.04.863

Fitri, S. M., N. A. Tiyas, L. A. Putri, D. R. Jati, and I. Apriani. (2020). 'Opportunities for the Application of Cleaner Production in the Home Industry of Chicken Noodles and Dumpling Skin (Case Study in Kuala Dua, Kubu Raya Regency)'. Wetlands Environmental Technology Journal. 8(2), 83-90.

Latif, V. N., Ristiawati, and N. Istiqomah. (2016). 'Profile of Potential Occupational Diseases in Batik Stages'. Unnes Journal of Public Health. 5(4), 348-354.

Jannah, I.N., and I. Muhimmatin. (2019). ‘Waste Management of Batik Industry Using Microorganisms in Cluring District, Banyuwangi Regency’. Service News. 13(3), 106-115.

Khasna, S. (2021). ‘Evaluation of Batik Waste Management Policy in Pekalongan City’. Scientific Journal of Administrative Sciences. 4(1), 28-36.

Ratnani, R.D. (2008). 'Techniques for Control of Air Pollution Caused by Particles'. Momentum. 4(2), 27-32.

Prasetiyadi, Wiharja, and S. Wahyono. (2018). ‘Technology for Handling Gas Emissions from Municipal Waste Incinerators’. JRL. 11(2), 85-93.

Septianto et al. 2015. Analysis of Decreased Induction Motor Efficiency Due to Defects in Cage Ball Bearings. Mechanical engineering journal. (3): 4. 397-407.

Eskak, E., and I. R. Salma. (2020). ‘A Study on the Utilization of Plantation Waste for Substitution of Natural Batik Dyes’. Journal of the Plantation Products Industry. 15(2), 27-37.

Windrianto, Y., and D. R. L. I. Berlianty. (2016). Measurement of Eco-Efficiency Levels Using the Life Cycle Assessment (Lca) Method to Create Efficient and Environmentally Friendly Batik Production (Case Study in Sri Kuncoro UKM Bantul). OPTION Journal. 9(2), 143-149.





Published by Faculty of Engineering in collaboration with Vocational School, Diponegoro University - Indonesia.
 
 
  
slot gacor slot