INVESTIGATING THE EFFECTS OF ENVIRONMENTAL AS WELL AS HYDRAULIC FACTORS ON PHOSPHORUS REMOVAL FROM AGRICULTURAL WASTE WATER THROUGH LIMESTONE

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ZADJANALI CHOUBARI FERESHTEH; NAVABIAN MARYAM; VAZIFEDOUST MAJID; ESMAEILI VARAKI MEHDI

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Journal: Iranian Journal of Soil and Water Research Year:2016 | Volume:47 | Issue:1 Page(s): 65-76

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Title

INVESTIGATING THE EFFECTS OF ENVIRONMENTAL AS WELL AS HYDRAULIC FACTORS ON PHOSPHORUS REMOVAL FROM AGRICULTURAL WASTE WATER THROUGH LIMESTONE

Author(s)

ZADJANALI CHOUBARI FERESHTEH | NAVABIAN MARYAM | VAZIFEDOUST MAJID | ESMAEILI VARAKI MEHDI | Issue Writer Certificate

Keywords

ISOTHERMQ1

ORTHOPHOSPHATEQ1

PHQ2

TEMPERATUREQ2

Abstract

With regard to the increase in population rate and the acute water shortages within recent years, reuse of agricultural waste water has been considered as an approach to the solution. Phosphorus is one of the pollutants of the agricultural waste water, the too excess mount of which causes the degradation of aquatic ecosystems, reducing the quality of water resources and eutrophication.. In the present study, the trend of phosphorus removal through limestone and the effect of some such factors as particle size, TEMPERATURE, and PH on phosphorus removal as well as the effect of hydraulics of flow on the adsorption ISOTHERM were studied. In this respect, the absorption kinetics experiments on limestone mining Langmuir and Freundlich adsorption ISOTHERM equation as based upon laboratory scale and physical model of drain channel were performed at the University of Guilan in dimensions of 15×15×200 cm to investigate the effect of hydraulic flow drainage in two rates (0.05-0.1 Lit/s) on the adsorption ISOTHERM. Kinetic experiments indicated that the rate of phosphorus removal through limestone was fixed after 30 hours. Between two size-ranges of limestone (0.5-1 and 3-5 mm), there was no significant difference observed in the percentage of phosphorus removal. The changes of PH showed that rate of phosphorus removal decreases in PH ranging from 2 to 6 while it increased in the PH range from 6 to 11. The optimal PH for phosphorus removal through limestone was obtained in alkaline conditions. Increasing the TEMPERATURE from 22 to 30°C was followed by a downward trend of phosphorus removal. With regard to ISOTHERM experiments, the Freundlich equation, as through limestone, showed close agreement. Within the physical model of the drainage canal, lower flow rates; showed better results regarding the extent of phosphorus elimination. A statistical comparison of adsorption ISOTHERM (under controlled conditions in laboratory) and the physical model of drainage canal, the experimental results showed a statistically significant level of phosphor us removal and while not being fully satisfied with this result when planning for the design of phosphor us removal basins.

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APA: Copy

ZADJANALI CHOUBARI, FERESHTEH, NAVABIAN, MARYAM, VAZIFEDOUST, MAJID, & ESMAEILI VARAKI, MEHDI. (2016). INVESTIGATING THE EFFECTS OF ENVIRONMENTAL AS WELL AS HYDRAULIC FACTORS ON PHOSPHORUS REMOVAL FROM AGRICULTURAL WASTE WATER THROUGH LIMESTONE. IRANIAN JOURNAL OF SOIL AND WATER RESEARCH, 47(1), 65-76. SID. https://sid.ir/paper/225649/en

Vancouver: Copy

ZADJANALI CHOUBARI FERESHTEH, NAVABIAN MARYAM, VAZIFEDOUST MAJID, ESMAEILI VARAKI MEHDI. INVESTIGATING THE EFFECTS OF ENVIRONMENTAL AS WELL AS HYDRAULIC FACTORS ON PHOSPHORUS REMOVAL FROM AGRICULTURAL WASTE WATER THROUGH LIMESTONE. IRANIAN JOURNAL OF SOIL AND WATER RESEARCH[Internet]. 2016;47(1):65-76. Available from: https://sid.ir/paper/225649/en

IEEE: Copy

FERESHTEH ZADJANALI CHOUBARI, MARYAM NAVABIAN, MAJID VAZIFEDOUST, and MEHDI ESMAEILI VARAKI, “INVESTIGATING THE EFFECTS OF ENVIRONMENTAL AS WELL AS HYDRAULIC FACTORS ON PHOSPHORUS REMOVAL FROM AGRICULTURAL WASTE WATER THROUGH LIMESTONE,” IRANIAN JOURNAL OF SOIL AND WATER RESEARCH, vol. 47, no. 1, pp. 65–76, 2016, [Online]. Available: https://sid.ir/paper/225649/en

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