Application of Various Concentrations of Liquid Waste from Oil Palm Mill on the Growth of Oil Palm Plant (Elaeis guinensis, Jacq)


Waste water from oil palm mill can be utilized for irrigation and fertilization on plantation land (land application) because it contains nutrients required by plant and its capability to decrease negative impact on environment. The waste water was sprayed on oil palm plant having 4 months, 8 months and 12 months old. This study was conducted within plastic house using Factorial Completely Randomized Design which consisted of liquid waste concentration with 6 levels as well as oil palm plant ages with three replications. The research objective was to determine the respond of oil palm plant at different ages to the addition of liquid waste concentrations from oil palm mill. The plants were planted within drum consisting of soil from tidal swamp land and liquid waste from private oil palm mill in Banyuasin District. Liquid waste characteristics of oil palm mill from anaerobe pond were as follows: BOD = 24,820.2 mg/l, N =  650.2 mg/l, P = 25 mg/l and K = 295.1 mg/l. Data was tested by using statistical method to determine treatments effect and followed by difference test amongst treatments. The results showed that plant age treatments had highly significant effect on plant height, numbers of stem and plant dry mater weight. Treatment of liquid waste doses had highly significant effect on plant height in 5 months after treatment and plant dry matter weight. Interaction between liquid waste doses and plant ages had no significant effect. Treatment of 12 months plant age and liquid waste of oil palm mill at dose of 2,500 mg/l was significantly different from other treatments.


Keywords:  Waste Water of Oil Palm Mill -Plant Age – Plant Growth

[1] Sulistyo, D. H., A. Purba, D. Siahaan, J. Efendi, and A. Sidik. 2013. Cultivation of Oil Palm Crops. Balai Pustaka. Jakarta. p.70.

[2] Hidayati, J., A. Sukardi, Suryani, Sugiharto, and A. M. Fauzi. 2014. Analysis of Productivity Improvement in the Oil Plantation Revitalization of North Sumatra Using Analytic Network Proces. International Journal on Advanced Science Engineering Information Technology. Vol.4, No.3. ISSN: 2088-5334.

[3] Satyawibawa, I. and Y. E. Widjastuti. 1992. Oil Palm: Cultivation, Product Utilization and Marketing Aspect. Penebar Swadaya, Jakarta.

[4] Fauzi, Y., Y. E. Widjastuti, I. Satyawibawa, and R. Hartono. 2006. Oil Palm Crop. Penebar Swadaya, Jakarta.

[5] Corley, R. H. V. and P. B. Tinker. 1976. Oil Palm Crop. Fourth Edition. ISBN: 978-0-632- 05212-7. John Wiley & Sons, Hoboken, NJ.

[6] Arsyad, A. R., J. Heri and Y. Farni. 2012. Oil Palm Fertilizing Based on Production Potential to Increase Fresh Fruit Bunch on Marginal Land at Kumpeh. Research Journal of Jambi University, Science Series, 14, no.1, (2012)

[7] Oil Palm Research Center. 1996. Research Report of Liquid Waste Utilization for Oil Palm Crop. Liquid Waste Application of Oil Palm Mill on Oil Palm Plantation. Medan.

[8] Banua, I. S. and M. A. Palung. 2014. Land Application Effect of Liquid Waste from Oil Palm Mill on Nutrients Availability in Soil and Nutrients Content in Oil Palm Crop. Journal of Tropical Soil, 13, no. 1, 31-40.

[9] Okwete, L., Ojonoma and R. Nnennaya. 2007. The Environmental Impact of Palm Oil Mill Effluent (POME) on Some Physico-Chemical Parameters and Total Aerobic Bioload of Soil at a Dump Site In Anyigba, Kogi State Nigeria. African Journal of Agricultural Research, 11, no. 12, 656-662.

[10] Syamshudin, J., J. I. Jamilah, H. A. H. Sharipudin, and L. C. Bell. 1992. Changes in Solid Phase Properties of Acid Soils as Affeted by limestone, Gypsum, Palm Oil Mill Effluent and Rock Phosphate Application. Pertanika, 15, no. 2, 105-114.

[11] Hidayat, T. C., I. Y. Harahap, Y. Pangaribuan, S. Rahutomo, W. A. Harsanto, and W. R. Fauzi. 2013. Water and Oil Palm Crop. Oil Palm Research Center. 47 pp. ISBN 978- 602-7539-09-9.

[12] Elfidiah. 2013. Utilization of Waste Water from Oil Palm Mill as Liquid Fertilizer on Oil Palm Crop. PhD. Dissertation. Environmental Science, Post Graduate Scholl Program, Sriwijaya University.

[13] Bakri and M. S. Imanuddin. 2012. Utilizing Budget Model to Design Irrigation Calender of Maize on Sandy Loam Texture Soil for Palembang Climate. Jurnal Teknotan, 6, no. 2, Mei 2012 ISSN 1978-1067.

[14] Palupi, E. R. and Y. Dedywiryanto. 2008. The Tenacity Characteristics to Dry Condition of Several Oil Palm Seeds Genotype (Elaeis guinensissJacq). Bul. Agronomi, 36, no. 1, 24-32.

[15] Yahya, Z., A. Husin, J. Talib, J. Othman, O. H. Ahmed, and M. B. Jalloh. 2010. Oil Palm (Elaeis guineensis) Roots Respone to Mechanization in Bernam Series Soil. American Journal of Applied Sciences, 7, no. 3, 343-348. Sabah Malaysia.

[16] Khalid, H., Z. Z. Zin, and J. M. Anderson. 1999. Quatification of Oil Palm Biomass and Nutrient Value in a Mature Plantation. Below - Ground Biomass. Jurnal of Oil Palm Research, 11, no.2, Kuala Lumpur. Malaysia.