THE FORMULATION OF PINEAPPLE LIQUID WASTE (PLW) AS LIQUID ORGANIC FERTILIZER FOR AGRICULTURAL CROPS

Agus Sutanto,* , Suharno Zena, Rasuane Nora (2016) The Formulation Of Pineapple Liquid Waste (plw) As Liquid Organic Fertilizer For Agricultural Crops

Scientific Journal Of Ppi-ukm


File Pdf Download


ABSTRAK

Pineapple Liquid Waste (PLW) is acidic, high in organic content and has not fulfilled the minimum threshold so needs bioremediation,

an environmentally sound of waste management. Therefore, through this research, it is important to determine the formula of indigene

bacteria consortia which able to degrade the PLW before applying in agriculture. This research is conducted in two steps: 1) isolation and

identification of indigene bacteria and examination of their remediation capability; 2) formulating the potential consortial and applying the

degraded PLW into plants (orchid and pineapple). This research has found 15 isolates of indigene bacteria in PLW. Whole isolates are able

to live in pH 2 and 4. They also have varied ability in hydrolysing the amylum and protein. Thus, those 15 isolates are formulated in several

ways to degrade the PLW. The formulas are: 1) Consortia A (CA) consists of isolates 1-5; 2) Consortia B (CB) consists of isolates 1-10; 3)

Consortia C (CC) consists of isolates 1-15. It is revealed that CA is able to degrade the organic matters, meanwhile, CB can degrade the

acidic organic matter so raise the pH and CC is able to do the both. The pilot plan has shown that CB is potentially better than other

consortia in neutralizing the pH and degrading organic matters. In results, the addition of CB produces a promising liquid organic fertilizer

that contains decent elements for Storer method agriculture. The liquid organic fertilizer then is applied into pineapple and orchid

cultivation, which results in the significant growth of both plants.

Keywords: pineapple liquid waste (PLW), liquid organic fertilizer, the growth of pineapple and orchid


REFERENSI

Israelsen, G.E. Stringham, Irrigation Principles and Practices, John

Wiley & Son Inc, New York, 1986.

[2] S. Prasetyo, Jurnal Litbang Pertanian 25 (2006) 2 (in bahasa).

[3] K. Atmodjo, Jurnal Biota 7 (2002) 3 (in bahasa).

[4] A. Sutanto, Jurnal Manajemen Derivatif, 2 (2008) 1 (in bahasa).

[5] R.L. Droste, Theory and Practice of Water and Wastewater

Treatment, John Wiley & Sons Inc, New York, 1997.

[6] D.P. Labeda, Environmental Biotechnology.Isolaition of

Biotechnological Organisme from Nature, Mc. Graw Hill

Publishing Company, 1990, P. 283-305

[7] E. Cardena, paper presented in annual science meeting of PERMI,

Bandung, 29-30 Agustus 2003.

[8] A. Susanto, Jurnal Penelitian Hayati, (2011) 6C (in bahasa).

[9] A. Sutanto, Jurnal Mentari, 13 (2010) 2.

[10] C.A. Wijayanti, B.Sc thesis, FKIP Universitas Muhammadiyah

Metro, 2004 (in bahasa).

[11] F. Hahardi, Agar Tanaman Cepat Buah, PT Agromedia Pustaka,

Jakarta, 2007 (in bahasa).

[12] A. Sutanto, Q Arifah, Jurnal Bioedukatika, 3 (2015) 1 (in bahasa).

[13] A. Sutanto, Bioremediator Limbah Cair Nanas idengen bakteri

Indigen untuk agroindustri Lampung, Research Report, UM Metro

Research Center 2013 (in bahasa).