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Research Article

An Assessment on the Impact of Natural Gas Fertilizer Factory, Fenchuganj, on the Local Environment

M.A. Hoque , K.M.A Sohel , S.A. K.U. Khan and K.S.Z. Mahmud
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A study on the impacts of Natural Gas Fertilizer Factory (NGFF), Fenchuganj, Bangladesh has been carried out by extensive field investigation and a questionnaire survey among the residents in the area and the workers of the industry. Plants, fishers and other natural habitants were considered as bio indicator. To find out the impact of the industry on surrounding river water and soil, chemical and physical analysis were done. It was found that the chemical and physical parameters occasionally exceed the respective permissible values while the value of some specific parameter remains higher all through the year. Due to improper treatment of the effluent and inefficient drainage system local crop production and fisheries of the wetlands and Kusiyara River are declining. Effect on the health of the workers and local people was also observed. Negative impact on self employed people like anglers and farmers have been found, resulting an effect to the local economy. On the other hand, the industry induced great positive impact on socio-economic sector, i.e. income and employment generation, education, infrastructure and on other economic sector like small-scale business, communication, etc

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  How to cite this article:

M.A. Hoque , K.M.A Sohel , S.A. K.U. Khan and K.S.Z. Mahmud , 2004. An Assessment on the Impact of Natural Gas Fertilizer Factory, Fenchuganj, on the Local Environment. Pakistan Journal of Biological Sciences, 7: 529-534.

DOI: 10.3923/pjbs.2004.529.534



  1. Martiner-Aguirre, A., M. Garcia-Leon and M. Ivanovich, 1994. The distribution of U, Th and 226Ra derived from the phosphate fertilizer industries on an Estuarine system in Southwest Spain. J. Environ. Radioactivity, 22: 155-177.

  2. Mondal, N.N., T.K. Debnath, K.D. Roy, S.B. Alam and M. Sarkar et al., 1994. Determination of arsenic content in the waste sludge from a fertilizer factory of Bangladesh by XRF and EPMA. Applied Radiat. Isotopes, 45: 945-948.
    Direct Link  |  

  3. Seniczak, S., J. Dabrowski, A. Klimek and S. Kaczmarek, 1998. Effects of air pollution produced by a nitrogen fertilizer factory on the mites (Acari) associated with young Scots pine forests in Poland. J. Applied Soil Ecol., 9: 453-458.

  4. Pelegrina, J.M.A. and A. Martina-Aguirre, 2001. Natural radioactivity in groundwaters around a fertilizer factory complex in South of Spain. J. Applied Radiat.Isotopes, 55: 419-423.

  5. Uba, B.N. and J.A. Ekundayo, 1995. Nutrient status of wastewater in a fertilizer-factory-waste discharge equalization basin. J. Biosource Technol., 51: 135-142.

  6. Pun, K.F., I.K. Hui, W.G. Lewis and H.C.W. Lau, 2003. A multiple-criteria environmental impact assessment for the plastic injection molding process: A methodology. J. Cleaner Prod., 11: 41-49.
    CrossRef  |  

  7. Morris, P. and J. Biggs, 1995. Water. In: Methods of Environmental Impact Assessment, Morris, P. and R. Therivel (Eds.). UCL Press, London

  8. Kuhre, W.L., 1997. ISO 14031 Environmental Performance Evaluation Eaglewood Cliffs. Prentice-Hall, New Jersey

  9. APHA, 1985. The Standard Methods for the Examination of Water and Wastewater, 16th Edn., American Public Health Association, Washington, DC

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