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Detection of VOC in blood of workers of a rice mill and their occupational health and safety conditions

Research Paper | September 1, 2016

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Syeda Amber Fatima, Ghazala Yaqub, Babra Iqbal

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J. Bio. Env. Sci.9( 3), 102-111, September 2016


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An occupational health hazard is defined as the potential risks to health and safety for those who work outside the home. Some occupational health and safety hazards are expected in rice mill and psychological and social issues are very common in industries. These issues can be excessive work load, physical assort, asthma, headache and volatile organic compounds in blood etc. The objective of this study is to identify the environmental health and safety hazards in Rice mill. Monitoring and experimental work are also done to check the environmental conditions. To check the quality of water, some tests are done e.g pH, TSS, TDS, hardness and temperature. Noise is measured by noise level meter and dust analyzer is used to monitor particulate matter. The technology is used for determination of volatiles organic compounds is Gas chromatography. Results shows that highest value of pH is 6.59, DO is 1.75mg/L, TSS is 0.006g, TDS is 0.002g, noise is 105 dB, TSP is 3350µg/m3. So water quality is good and noise level and total particulate matters are high. Benzene, ethyl acetate and toluene are detected in blood samples. For fulfilling the requirement of sustainable operation, both government and industrial members have to work in coordination with each other.


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Detection of VOC in blood of workers of a rice mill and their occupational health and safety conditions

Ahinsa T, Bansode FW, Singh RK. 2014. Hematological Disorders in Rice Mill Workers of District Lucknow Uttar Pradesh. Int J Innovative Research in Science, Engineering and Technology 3(2), 9790-9792.

Barbara AP, Patricia J. Fundamentals of Industrial Hygiene [Internet] 4 ed. 2005, 727-825.

European Foundation for the Improvement of Living and Working Conditions. 1996, Second European Survey on Working Conditions, Dublin.

Jadab B. Occupational K. 2015, Health Hazards and Safety Management for Industrial Workers. http:/ /Odisha.gov.in/emagazine/ orissareeview/ 2012/oct/ engpdf/ 64-69. pdf. retrieved at 7 October 2015.

Kroemer K, Grandjean E. 1997, A text book of occupational Egroeconomics [Internet].5th ed. London, New York. Taylor & Francis.

Levy BS, Wegman DH. 2000. Occupational health: recognizing and preventing work related disease [Internet]. 4th Ed. boston: little brown.

Messing k. 1999. Integrating gender in ergonomic analysis: strategies for transforming woman’s work europian trade union technical bureau for health and safety Brussels.

Musa R, Naing L, Ahmad Z, Kamarul Y. 2000. Respiratory Health of rice millers in Kelantan, Malaysia. Southeast Asian J Trop Med Public Health 31(3), 575.

Shobha JP. 2012. Ergonomic analysis of physiological problems due to inadequate postures adopted by rice mill workers. J of Home Science. 2012; 7(2), 247-250.

Wagh ND, Pachpandy BJ, Patel VS, Attarde SB, Ingle ST. 2006, The influence of workplace environmental lung function of rice mill workers in Jalgaon urban centre. J of occupational health 2006; 396-401.