The Composting Technique of Empty Palm Oil Bunches Waste by The Applicaton of Diverse Moles to Increase Quality of Compost and Chili Growth

Autor: Sri Ngapiyatun, H Aziza, Fadli Mulyadi, Wartomo Wartomo, Jamaluddin Jamaluddin
Rok vydání: 2022
Zdroj: Global Journal of Agricultural Research. 10:55-69
ISSN: 2053-5813
2053-5805
Popis: The process of palm oil bunches in the factory produces abundant wastes, both solid and liquid wastes, whereas the processing of 1 ton palm oil bunches will produce 21-23% empty bunches and 0.4-0.7 tons liquid wastes. However, it is the biggest problem that must be faced by the palm oil industries and it creates environmental pollution due to it contains pollutant, and some solutions are required to overcome these problems. Composting technique is the right solution for the problems by turning the wastes into organic fertilizer (compost). Naturally, it takes longer time for the organic wastes to decompose into organic fertilizer so that an activator is required to accelerate the decomposition by adding MOL or local microorganism, which is made from the wastes of shrimp heads, fish bones, and banana humps, and according to the preliminary research, they are very effective to accelerate the composting and fermenting process. Objectives of the research were: 1) analyzing physical properties of the compost (color, odor, shape, texture, temperature, and the day when the compost is ready to be used), 2) analyzing the nutrient content of the compost based on the treatments that include C/N Ratio, phosphor, nitrogen, calcium, potassium, sulfur, magnesium, and pH, 3) finding out quality of the compost resulted from the research by comparing it with the compost standard based on the standard of SNI 19-7030-2004, and 4) measuring the best vegetative growth of chili after being treated. Results of the research showed that 1) the compost is well-done at the 37th day as marked by the physical properties, for instance, loose texture, crushed-shape, brownish black, odorless, and the temperature is stable close to room temperature, 2) Compared to standard of SNI 19-7030-2004, the resulted compost has met the standard for pH H2O, N, P, and K, but it has not met the standard for C Organic and C/N ratio, 3) The growth of chili, the plant height and leaf width, did not show significant difference by the treatment of P0, P1, P2, and P3, but it showed significant difference on number of leaves, leaf length, and diameter. However, P3 is the best treatment based on average value of the increase plant height of 11.40 cm, number of leaves is about 10.75, leaf width of 2.35 cm, leaf length of 0.50 cm, and stem diameter of 3.99 mm.
Databáze: OpenAIRE
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