DOI: https://doi.org/10.14710/jil.19.1.53-59

The Effect of Activator Addition to the Compost with Biopore Infiltration Hole (BIH) Method

Andalas University, Indonesia

Received: 30 Nov 2020; Published: 28 Apr 2021.
Editor(s): Sudarno Utomo

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Abstract

The composition of organic waste reaches 59% of the total municipal solid waste in Indonesia. One way to process organic waste is composting by utilizing microorganisms to break down waste into compost. Naturally, the composting process took a long time but can be accelerated by adding microorganisms to the activator. This study analyzes the quality and quantity of compost using the Biopore Infiltration Hole (BIH) method with activator addition. Composting was duplicated in the yard area with clay soil type and water infiltration rate of 0,3 cm/hour. The BIH was made in a 10 cm diameter, a 100 cm depth, and the distance between the holes was 50 cm. Composting variations consist of variations in the composition of the raw materials and the activators' uses. Variations in the raw material composition consisted of 100% yard waste, 100% food waste, 50% yard waste and 50% food waste, and 70% food waste and 30% yard waste. In contrast, the activator variations consisted of no activator, EM4 activator, and Stardec activator. Compost analysis consists of maturity, quality of physical and macro elements, and quantity of compost. The results showed that all variations of composting had met the standard of maturity and quality of physical and macro elements according to SNI 19-7030-2004. The addition of activator affected composting time and compost quantity. The composting time in BIH with activator ranges from 41-60 days. In BIH without activator ranges from 65-75 days, there was a reduction in composting time by 15-25 days with the activator addition. However, the activator addition caused reducing the compost quantity by 10-20%. The selection of compost variations by scoring results in compost with a composition of 50% yard waste and 50% food waste and the addition of Stardec activators was the best variation in terms of compost maturity, quality, and quantity.

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Keywords: Activator, Biopore Infiltration Hole (BIH), Compost, Quality, Quantity

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Section: Research Article
Language : EN
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  1. Baya, S.N., Azura, I., Nastiti, T. 2014. Mini Review: Environmental Benefits of Composting Organic Solid Waste by Organic Additives in Malaysia. Bulletin of Environmental Science and Management, Vol. 2. Pages 1-17
  2. Brata, K. R. and Nelistya, A. 2008. Biopore Infiltration Hole. Penebar Swadaya. Jakarta
  3. Chatterjee, R., Gajjela, S., Thirumdasu, R. K. 2017. Recycling of Organic Waste for Sustainable Soil Health and Crop Growth. International Journal of Waste Resources, Vol. 7 No. 7:3. Pages 1-8
  4. Damanhuri, E., and Padmi, T. 2016. Integrated Waste Management. Environment Engineering Major of Bandung Institute of Technology. Bandung
  5. Eryuningsih, W. 2017. Design and Performance Testing of Communal Composter for Processing Domestic Waste. Final Task. Environment Engineering Major of Andalas University. Padang
  6. Handayani, R. A. 2018. Effect of the Addition of Vegetable and Fruit Waste on the Quality of Composting Solid Waste from the Cassava Chips Industry Using Takakura Composter. Final Task. Environment Engineering Major of Andalas University. Padang
  7. Ismayana, A., Nastiti S. I., and Suprihatin. 2012. Initial C/N Ratio Factor and Aeration Rate in Bagasse and Blotong Co-Composting Process. Agricultural Industrial Technology Journal, Vol. 22 No. 3. Pages 173-179
  8. Kurnia, V. C., Sri, S., and Ganjar, S. 2017. The Effect of Water Content on the Results of Organic Waste Composting Using the Open Windrow Method. Mechanical Engineering Journal, Vol. 6. Pages 119-123
  9. Law of the Republic of Indonesia number 18 of 2008 concerning Waste Management
  10. Liliwarti, S., and Satwarnirat. 2015. Characteristics of Mechanical Traits of Clay to Water Content (Andalas University Limau Manis Padang). Civil Engineering Journal, Vol. 4 No. 1. Pages 21-26
  11. Marlinda. 2015. The Effect of the Addition of Bioactivator EM4 and Promi in the Organic Liquid Fertilize Production from Domestic Organic Waste. Conversion Journal. Vol. 4 No. 2. Pages 1-5
  12. Metereological, Climatological, and Geophysical Agency. www.bmkg.go.id . Access date September, 10 2019
  13. Ministry of Environment and Forestry. 2017. National Waste Management Information System. http://sipsn.menlhk.go.id/. Access Date. March 6, 2019
  14. Ministry of Environment and Forestry. 2018. National Waste Management Information System. http://sipsn.menlhk.go.id/. Access date: March 6, 2019
  15. Octavia, P., Suprihati and Bistok H. S. 2012. Testing of Various Activators on Tea Waste Composting. Agric Journal, Vol. 24 No. 1. Pages 91-97
  16. Rahman, A., Raharjo, S., and Ruslinda Y. 2016. Analysis of Use of Additives on Quality and Quantity of Compost Using Rotary Kiln Composter. Environment Journal, Pages 187-196
  17. Ramadhano, S. 2016. Effect of Compost Raw Material Composition using Rotary Kiln Method. Final Task. Environment Engineering Major of Andalas University. Padang
  18. Ratna, D. A. P., Samudro, G. and Sumiyati, S. 2017. Effect of Water Content on the Process of Organic Waste Composting using Takakura Method. Mechanical Engineering Journal, Vol. 8. Pages 124-128
  19. Standardization National Agency. 2004. Concerning Compost Specification from Organic Domestic Waste
  20. Sudaryono. 2009. Ultisol Soil Fertility Level in Sangatta Coal Mining Land, East Kalimantan. Environmental Technology Journal, Vol. 10 No. 3. Pages 337-346
  21. Tchobanoglous and Keith. 2002. Integrated Solid Waste Management-Engineering Principles and Management Issues. McGraw-Hill Inc. New York
  22. Widianingrum, P. and Lisdiana. 2015. The Effectiveness of the Leaf Waste Composting Process using Three Different Activator Sources. Engineering Journal. Vol. 13 No.2. Pages 107-112

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