Medical waste management in Al-Kut City
محتوى المقالة الرئيسي
الملخص
This research investigates solid waste management in Al-Kut City. It included the collection of medical and general solid waste generated in five hospitals different in their specialization and capacity through one week, starting from 03/02/2012. Samples were collected and analyzed periodically to find their generation rate, composition, and physical properties. Analysis results indicated that generation rate ranged between (1102 – 212) kg / bed / day, moisture content and density were (19.0 % - 197 kg/ m3) respectively for medical waste and (41%-255 kg/ m3) respectively for general waste. Theoretically, medical solid waste generated in Al-Kut City (like any other city), affected by capacity, number of patients in a day, and hospital specialty The research exposed the incorrect ways used in collecting, storing, waste transport, and inefficient incinerators processing .Laboratory test for six ash collected samples indicated high concentration of heavy metals (Pb, Cd, Cr) , having the rang of (51.0 – 62.0) mg / l of lead, (3.0 – 8.5) mg / l for cadmium, and (43.0 -69.0) mg / l for chrome. In comparison with the US Environmental Protection Agency standards, these samples are higher than the recommended levels that may threat groundwater. A comprehensive and integrated solution there must be to manage medical waste, with the participation of all parties concerned, especially, the Ministry of Health, environment authorities concerned, and the participation of civil society organizations. A color-code trash bags and containers are recommended by the World Health Organization and the Environmental Protection Agency to be used in hospitals that propose red bags for collecting medical waste while black bags for general waste provided that they are resistant to tearing seeping and should be provided in sufficient numbers.
تفاصيل المقالة
كيفية الاقتباس
تواريخ المنشور
المراجع
AL-Abied, Monis Mohammed Shafiq, )2002(, "Solid Waste Management of Hospitals in Baghdad City", A Thesis M.sc. College of Engineering of Al-Mustansiria University.
AL-Ukaily, Bassim 2009, "Municipal Solid Waste Management System for Al-Kut City ", A Thesis M.sc. College of Engineering University of Baghdad .
CEHA, )1995(, "Solid waste management in some countries of Eastern Mediterranean Region " CEHA, Amman, Jordan.
Cross, F. L and Hesheth, H.E, (1985), Controlled Air Incinerator, Technomic Publishing, Pennsyivania.
Eugene CC., )1995( Medical waste management, a basic guide for Central and Eastern Europe. Durham, North Carolina, DynCorp, Biotechnology and Health Division,.
Health Care Without Harm, (2000), Medical Waste Treatment Technologies: Evaluating Non- Incineration Alternative: http//www.noharm.org.
http//www.ha.org.hk/haccnv ention/hac. 2002/spcial/fung
Kumar, R. and Patel, D.K (2004), A Survey Metals Determination in Hospital Waste Incinerators in Luchnow City, India, Mangalare in south India, vol.3, Issue 2.
Orlando, P.A, (1985), Centralized Incinerator Study for the South Florida Hospital Association_, Croos/ Tessitura, Associates, Florida.
Peavy, H.S, Rowe, D.R and Techobanglous, G., (1986), _Environmental Engineering, Mc-Graw-Hill Company.
The university of Sydney,)2004 (clinical and related waste guide line for management
U.S Environmental Protection Agency, (1990), "Hand Book of Operation and Maintenance of Hospital Medical Waste Incinerators" Office of Air Quality Planning Standards, Research Traingle Park.Nc.22711.
WHO, (1992), "Clinical Waste Disposal", By Anderson, G.K., Training Course Solid Waste Management.
WHO, (2002), Environmental Health in Emergencies and Disaters,_ Edited by Wisner, B. and Adams, J.
WHO, 2000, "Wastes from healthcare activities". Geneva, fact sheet, No. 253.