Volume 4, Issue 4, December 2013, Pages 672–678
Abbas Hedayati1 and Amir Samimi2
1 Research and Development Office, Isfahan Oil Refinery Company, Isfahan, Iran
2 Ph.D. of Science in Chemical engineering, Process Engineer & Risk Specialist of Oil and Gas Refinery Company, Iran
Original language: English
Copyright © 2013 ISSR Journals. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
Irrigation water quality has significant importance in dry region that have high temperature and low humidity. Mechanical properties and physical properties are stability, porous, soil structure and hydraulic directing relative to exchange ion in irrigation. We can control problem due to pollution in environment level and water resources and can increase products performance. Eatable vegetable are in border with respect to consumption process and should be evaluate because of gathering different elements such as heavy metal like sorb, calcium, corm, Niche, Mercury, Arsenic, cobalt. Model output is depending on application method and reuse method of effluent. Also filterable effluent volume, weather situation, cost and investment level and each value are other effective factors. Recommendation are filtration, Earth filter and soon. We can attribute part of filter to irrigation system trend. Also we can avoid of effluent mix apply or effluent alternative application. Najafi (2002) shows that subsurface drop irrigation filtration application has meaningful effect on complementary treatment and effluent pollution load decrease. Capra & Semicolon (2004) present best mods for drop irrigation filtration. The reaction is done until third equation if there are not sulfate-reducing bacteria. Sulfide ions produced strongly affect to anodize and catholic reactions. In this article we are evaluating salt concentration and exiting sewage electrical directing of Isfahan Oil Refinery Company for application in green environment.
Author Keywords: Industrial Sewage, Sodium Absorption Ratio, Filtration, Exploitation, Environment.
Abbas Hedayati1 and Amir Samimi2
1 Research and Development Office, Isfahan Oil Refinery Company, Isfahan, Iran
2 Ph.D. of Science in Chemical engineering, Process Engineer & Risk Specialist of Oil and Gas Refinery Company, Iran
Original language: English
Copyright © 2013 ISSR Journals. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
Abstract
Irrigation water quality has significant importance in dry region that have high temperature and low humidity. Mechanical properties and physical properties are stability, porous, soil structure and hydraulic directing relative to exchange ion in irrigation. We can control problem due to pollution in environment level and water resources and can increase products performance. Eatable vegetable are in border with respect to consumption process and should be evaluate because of gathering different elements such as heavy metal like sorb, calcium, corm, Niche, Mercury, Arsenic, cobalt. Model output is depending on application method and reuse method of effluent. Also filterable effluent volume, weather situation, cost and investment level and each value are other effective factors. Recommendation are filtration, Earth filter and soon. We can attribute part of filter to irrigation system trend. Also we can avoid of effluent mix apply or effluent alternative application. Najafi (2002) shows that subsurface drop irrigation filtration application has meaningful effect on complementary treatment and effluent pollution load decrease. Capra & Semicolon (2004) present best mods for drop irrigation filtration. The reaction is done until third equation if there are not sulfate-reducing bacteria. Sulfide ions produced strongly affect to anodize and catholic reactions. In this article we are evaluating salt concentration and exiting sewage electrical directing of Isfahan Oil Refinery Company for application in green environment.
Author Keywords: Industrial Sewage, Sodium Absorption Ratio, Filtration, Exploitation, Environment.
How to Cite this Article
Abbas Hedayati and Amir Samimi, “Evaluating salt Concentration and Exiting Sewage Electrical Directing of Isfahan Oil Refinery Company for Application in Green Environment,” International Journal of Innovation and Applied Studies, vol. 4, no. 4, pp. 672–678, December 2013.
