PRELIMINARY STUDY ON THE IMPACTS OF PRODUCE WATER TO THE SEEDLING OF TERRESTRIAL PLANT
Abstract
This research study used the oil-field brines (produced water) from West Java as a test material and aimed to discover the short term and long term effects on the test plant. The chemical properties of such oil-field brines were also examined and classified.
Young (15 dovs old) stoge of soy bean (Glycine max. (Merr). L.) was used as the test plant. Experiment was carried out in a small green house using several pots. A completely randomized design was applied to 6 treaments (concentrations) and 4 replicates for the period of 12 days under the DC50 (Damage Concentranion) value. Each replicate consists of 3 pots, and every pot contains 3 test plants. The observation was carried out until day 10 after 12 days of treatment.
The following were abserved the height of the plants, the width of the canopy and the number of leaves Chlorophyl contents were also examined as an additional observation at the end of experiment. Data was analyzed by Anova oneway using the Minitab package. The results of the experiment indicate that almost all treatments were significantly different from the control treatment.
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American Petroleum Institute (API). 1962. Primer of Oil and Gas Production, Book I of the vocational training, series, Dallas,Texas.
APPHA, AWWA, WPCF. 1990. Standard Methods for the Examination of Water and Waste Water, 18 ed. Washington D.C
Case, L.C., 1977. Water Problems in Oil Production, 2nd ed. The Petroleum Publishing Co, Tulsa Oklahoma.
International Rice Research Institute (IRRI). 1983. Research managed experiments on varietal testing of rice and upland crops used for intensive croping system, Manual on varietal testing : Revised,Manila
Kinghorn, R.R.F, 1984. An Introduction to the Physics and Chemistry of Perrolcum, John Willey & Son, Toronto.
Mizrahi. Y. 1984, "The role of plant hormones in plant adaptation to stress conditions, In : Physiological Aspects of Crop Productivity". Proceeding of the 15th Colloqium of the International Potash Institute, Wageningen, The Nethertands.
OECD. 1984. Gudelines for testing of chemicals. Section2 : Effects on biotic system, Paris.
Ostrof, A.G., 1979, Introduction to Oil Field Water Technology, 2nd ed, Houston, Texas.
Palmer. C, 1911. The geochemical interpretation of water analysis U.S. Geol Surv Bull, Nr. 479 : 5-31.
Partodidjojo, M., Nasir, M. and Rahayu, L.F.K, 1974, "The effects of crude oil on agricultural plants (rice and soy bean).", Research Report (in Indonesian), Faculty of Biology, Gadjah Mada University, Jogyakarta.
Sasmitamihardja, D and Dasuki, U.A, 1979. "The effects of NaCl on the consumption pattern of mineral nutrients on rice var. Syntha and IR 30. Paper for National Congress on Biology, Bandung. 10-12 July 1979 (in Indonesian).
Skeie, G.M. 1989. "Discharges from offshore installation : Chemical usage and environmental effects". Paper presented at the NECOR/CCOP/ASCOPE Workshop on Oil Drift. Contingency Planning and Analysis of Environmental Planning Connected to the Oil Industry. Jakarta, Oct, 9-14.
DOI: https://doi.org/10.29017/SCOG.18.2.1233
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