The importance of healthcare waste management in preserving the environment and protecting the public cannot be denied. Past research has dealt with various issues in healthcare waste management and disposal, which spreads over various journals, pipeline research disciplines and research communities. Hence, this article analyses this scattered knowledge in a systematic manner, considering the period between January 2005 and July 2014. The purpose of this study is to: (i) identify the trends in healthcare waste management literature regarding journals published; (ii) main topics of research in healthcare waste management; (iii) methodologies used in healthcare waste management research; (iv) areas most frequently researched by researchers; and (v) determine the scope of future research in healthcare waste management. To this end, the authors conducted a systematic review of 176 articles on healthcare waste management taken from the following eight esteemed journals: International Journal of Environmental Health Research, International Journal of Healthcare Quality Assurance, Journal of Environmental Management, Journal of Hazardous Material, Journal of Material Cycles and Waste Management, Resources, Conservations and Recycling, Waste Management, and Waste Management & Research. The authors have applied both quantitative and qualitative approaches for analysis, and results will be useful in the following ways: (i) results will show importance of healthcare waste management in healthcare operations; (ii) findings will give a comparative view of the various publications; (c) study will shed light on future research areas.
AborAP (2012) Managing healthcare waste in Ghana: A comparative study of public and private hospitals. International Journal of Health Care Quality Assurance26: 375–386.
2.
AlagozAZKocasoyG (2007) Treatment and disposal alternatives for health-care waste in developing countries – a case study in Istanbul, Turkey. Waste Management & Research25: 83–89.
3.
AlagozAZKocasoyG (2008) Improvement and modification of the routing system for the health-care waste collection and transportation in Istanbul. Waste Management28: 1461–1471.
4.
Al-KhatibIAAl-QarootYSAli-ShtayehMS (2009) Management of healthcare waste in circumstances of limited resources: A case study in the hospitals of Nablus city, Palestine. Waste Management & Research27: 305–312.
5.
AskarianMVakiliMKabirG (2004) Results of a hospital waste survey in private hospitals in Fars Province, Iran. Waste Management24: 347–352.
6.
BakkaliEMBahri1MGmouhS. (2013) Characterization of bottom ash from two hospital waste incinerators in Rabat, Morocco. Waste Management & Research31: 1228–1236.
7.
BarmanSHannaMDLaForgeRL (2001) Perceived relevance and quality of OM Journals: A decade later. Journal of Operations Management19: 367–385.
8.
BarmanSTersineRJBuckleyMR (1991) An empirical assessment of the perceived relevance and quality of OM-related journals by academicians. Journal of Operations Management10: 194–212.
9.
BazrafshanEMostafapoorKF (2011) Survey of medical waste characterization and management in Iran: A case study of Sistan ans Baluchestan Province. Waste Management & Research29: 442–450.
10.
BazrafshanEMohammadiLMostafapourFK. (2014) Dental solid waste characterization and management in Iran: A case study of Sistan and Baluchestan Province. Waste Management & Research32: 157–164.
11.
BendjoudiZTalebFAbdelmalekF. (2009) Healthcare waste management in Algeria and Mostaganem department. Waste Management29: 1383–1387.
12.
BirpınarEMBilgiliSMErdogT (2009) Medical waste management in Turkey: A case study of Istanbul. Waste Management29: 445–448.
13.
BlenkharnIJ (2006) Medical wastes management in the south of Brazil. Waste Management26: 315–317.
14.
BoDZhangF-SZhaoL (2009) Influence of supercritical water treatment on heavy metals in medical waste incinerator fly ash. Journal of Hazardous Materials170: 66–71.
15.
BrewertonPMillwardL (2001) Organizational Research Methods: A Guide for Students and Researchers. London: SAGE Publications.
16.
ChaerulMTnakaMShekdarVA (2008) A system dynamics approach for hospital waste management. Waste Management28: 442–449.
17.
ChenYDingQYangX. (2013a) Application countermeasures of non-incineration technologies for medical waste treatment in China. Waste Management & Research31: 1237–1244.
18.
ChenYZhaoRXueJ. (2013b) Generation and distribution of PAHs in the process of medical waste incineration. Waste Management33: 1165–1173.
19.
ChengYWSungFCYangY. (2009) Medical waste production at hospitals and associated factors. Waste Management29: 440–444.
20.
DaSilvaCEHoppeAERavanelloMM. (2005) Medical wastes management in the south of Brazil. Waste Management25: 600–605.
21.
DobrzykowskiDDeilamiSVHongP. (2014) A structured analysis of operations and supply chain management research in healthcare (1982–2011). International Journal of Production Economics147: 514–530.
22.
DursunMKarsakaEEKaradayiaAM (2011) Assessment of health-care waste treatment alternatives using fuzzy multi-criteria decision making approaches. Resources, Conservation and Recycling57: 98–107.
23.
EkerHHBilgiliMS (2011) Statistical analysis of waste generation in healthcare services: A case study. Waste Management & Research29: 791–796.
24.
EleyanDAl-khatibAGarfieldJ (2013) System dynamics model for hospital waste characterization and generation in developing countries. Waste Management & Research31: 986–995.
25.
El-SalamAMM (2010) Hospital waste management in El-Beheira Governorate, Egypt. Journal of Environmental Management91: 618–629.
26.
FarzadkiaMMoradiAMohammadiMSJorfiS (2009) Hospital waste management status in Iran: a case study in the teaching hospitals of Iran University of Medical Sciences. Waste Management & Research27(4): 384–389.
27.
FerrazAMCMAfonsoVAS (2005) Incineration of healthcare wastes: Management of atmospheric emissions through waste segregation. Waste Management25: 638–648.
28.
FerrazAMCMCardosoBJIPontesRSL (2000) Concentration of atmospheric pollutants in the gaseous emissions of medical waste incinerators. Journal of the Air and Waste Management Association50: 131–136.
29.
GohCHolsappleCWJohnsonLE. (1997) Evaluating and classifying OM journals. Journal of Operations Management15: 123–138.
30.
GraikosAVoudriasEPapazachariouA. (2010) Composition and production rate of medical waste from a small producer in Greece. Waste Management30: 1683–1689.
31.
GuptaSBoojhR (2006) Report: Biomedical waste management practices at Balrampur Hospital, Lucknow, India. Waste Management & Research24: 584–591.
32.
GuptaSBoojhRMishraA. (2009) Rules and management of biomedical waste at Vivekananda Polyclinic: A case study. Waste Management29: 812–819.
33.
IraniZGunasekaranADwivediYK (2010) Radio frequency identification (RFID): Research trends and framework. International Journal of Production Research48: 2485–2511.
34.
JahandidehSJahandidehSAsadabadiBE. (2009) The use of artificial neural networks and multiple linear regression to predict rate of medical waste generation. Waste Management29: 2874–2879.
35.
JangCYLeeCYoonSO. (2005) Medical waste management in Korea. Journal of Environmental Management80: 107–115.
36.
JangCYLeeCYoonSO. (2006) Medical waste management in Korea. Journal of Environmental Management80: 107–115.
37.
KaragiannidisAPapageorgiouAPerkoulidisG. (2010) A multi-criteria assessment of scenarios on thermal processing of infectious hospital wastes: A case study for Central Macedonia. Waste Management30: 251–262.
38.
KaramouzMZahraieBKerachianR. (2007) Developing a master plan for hospital solid waste management: A case study. Waste Management27: 626–638.
39.
KatochSSKumarV (2008) Modelling seasonal variation in biomedical waste generation at healthcare facilities. Waste Management & Research26: 241–246.
40.
KgathiDLBolaneeB (2001) Instruments for sustainable solid waste management in Botswana. Waste Management & Research19: 342–353.
41.
KizlaryEIosifidisNVoudriasE. (2005) Composition and production rate of dental solid waste in Xanthi, Greece: Variability among dentist groups. Waste Management25: 582–591.
42.
KlewitzJHansenGE (2014) Sustainability-oriented innovation of SMEs: A systematic review. Journal of Cleaner Production65: 57–75.
43.
KomilisDKatsafarosNVassilopoulosP (2011) Hazardous medical waste generation in Greece: Case studies from medical facilities in Attica and from a small insular hospital. Waste Management & Research29: 807–814.
44.
KoolivandAMahviHAAlipoorV. (2012) Investigating composition and production rate of healthcare waste and associated management practices in Bandar Abbass, Iran. Waste Management & Research30: 601–606.
45.
KougemitrouIGodelitsasATsabarisC. (2011) Characterization and management of ash produced in the hospital waste incinerator of Athens, Greece. Journal of Hazardous Materials187: 421–432.
46.
LevendisYAtalACarlsonJ. (2001) PAH and soot emissions from burning components of medical waste: Examination/surgical gloves and cotton pads. Chemosphere42: 775–783.
47.
LiuHWeiGZhangR (2013a) Removal of carbon constituents from hospital solid waste incinerator fly ash by column flotation. Waste Management33: 168–174.
48.
LiuH-CWucJLiP (2013b) Assessment of health-care waste disposal methods using a VIKOR-based fuzzy multi-criteria decision making method. Waste Management33: 2744–2751.
49.
LongeEO (2012) Healthcare waste management status in Lagos State, Nigeria: a case study from selected healthcare facilities in Ikorodu and Lagos metropolis. Waste Management & Research30(6): 562–571.
50.
MachucaDAJZamoraGMMEscobarAGV (2007) Service operations management research. Journal of Operations Management25: 585–603.
51.
MarinkovicNVitaleKHolcerNJ. (2008) Management of hazardous medical waste in Croatia. Waste Management28: 1049–1056.
52.
MayringP (2003) Qualitative Inhaltanalyse—Grundlagen and Techniken [Qualitative Content Analysis—Basics and Techniques], 8th ed.Germany: Beltz Varlag Weinheim.
53.
MesdaghiniaANaddafiKMahviAH. (2009) Waste management in primary healthcare centers of Iran. Waste Management & Research27: 354–361.
54.
MiyazakiMUneH (2005) Infectious waste management in Japan: A revised regulation and a management process in medical institutions. Waste Management25: 616–621.
55.
MohamedFLEbrahimASAl-ThukairAA (2009) Hazardous healthcare waste management in the Kingdom of Bahrain. Waste Management29: 2404–2409.
56.
MoheeR (2005) Medical wastes characterization in healthcare institutions in Mauritius. Waste Management25: 575–581.
57.
NaitoS (1987) Hazardous wastes management in Japan. In: ForesterWASkinnerJH (eds) International Perspectives on Hazardous Waste Management. London: Academic Press, 161–188.
58.
NgaiEMoonKKRigginsFJ. (2008) RFID research: An academic literature review (1995–2005) and future research directions. International Journal of Production Economics112: 510–520.
59.
OweisRAl-WidyanMAl-LimoonO (2005) Medical waste management in Jordan: A study at the King Hussein Medical Center. Waste Management25: 622–625.
60.
OzkanA (2013) Evaluation of healthcare waste treatment/disposal alternatives by using multi-criteria decision-making techniques. Waste Management & Research31: 141–149.
61.
PatilVGPokhrelK (2005) Biomedical solid waste management in an Indian hospital: A case study. Waste Management25: 592–599.
62.
PatwaryAMO’HareTWStreetG. (2009) Quantitative assessment of medical waste generation in the capital city of Bangladesh. Waste Management29: 2392–2397.
63.
PhengxaySOkumuraJMiyoshiM. (2005) Health-care waste management in Lao PDR: A case study. Waste Management & Research23: 571–581.
64.
PilkingtonAListon-HeyesC (1999) Is production and operations management a discipline? A citation/co-citation study. International Journal of Operations and Production Management19: 7–20.
65.
PrussAGiroultERushbrookP (1999) Safe Management of Wastes from Health-Care Activities. Geneva: World Health Organization.
66.
RajorAXaxaMMehtaR. (2012) An overview on characterization, utilization and leachate analysis of biomedical waste incinerator ash. Journal of Environmental Management108: 36–41.
67.
RogersCEDBrentCA (2006) Small-scale medical waste incinerators – experiences and trials in South Africa. Waste Management26: 1229–1236.
68.
SabourRMMohamedifardAKamalanH (2007) A mathematical model to predict the composition and generation of hospital wastes in Iran. Waste Management27: 584–587.
69.
SanidaGKaragiannidisAMavidouF. (2010) Assessing generated quantities of infectious medical wastes: A case study for a health region administration in Central Macedonia, Greece. Waste Management30: 532–538.
70.
SeuringSMüllerM (2008) From a literature e review to a conceptual framework for sustainable supply chain management. Journal of Cleaner Production16: 1699–1710.
71.
SeuringSMüllerMWesthausMMoranaR (2005) Conducting a literature review-the example of sustainability in supply chains. Research methodologies in supply chain management, 91–106.
72.
ShineeEGombojavENishimuraA. (2008) Healthcare waste management in the capital city of Mongolia. Waste Management28: 435–441.
73.
SilvaDECHoppeEARavanelloMM. (2005) Medical wastes management in the south of Brazil. Waste Management25: 600–605.
74.
SoaresRSFinottiRASilvaPV. (2013) Applications of life cycle assessment and cost analysis in health care waste management. Waste Management33: 175–183.
75.
SolimanSMIbrahim AhmedAI (2007) Overview of biomedical waste management in selected Governorates in Egypt: A pilot study. Waste Management27: 1920–1923.
76.
SoteriouACHadjinicolaGCPatsiaK (1999) Assessing production and operations management related journals: The European perspective. Journal of Operations Management17: 225–238.
77.
StankovicANikiDNikolicM (2008) Report: Treatment of medical waste in Nisava and Toplica districts, Serbia. Waste Management & Research26: 309–313.
78.
TaghipourHMosaferiM (2009) The challenge of medical waste management: A case study in northwest Iran-Tabriz. Waste Management & Research27: 328–335.
79.
TalebbeydokhtiNKherandmandS (2006) An investigation of hospital hazardous waste in Shiraz. Solid Waste Technology and Management5: 872–880.
80.
TaruPKuvaregaAT (2005) Solid medical waste management. The case of Parirenyatwa Hospital, Zimbabwe. Revista Biomedica16: 153–158.
81.
TesfahunEKumieALegesseW. (2014) Assessment of composition and generation rate of healthcare wastes in selected public and private hospitals of Ethiopia. Waste Management & Research32: 215–220.
82.
TheoharakisVVossCHadjinicolaGC. (2007) Insights into factors affecting production and operations management (POM) journal evaluation. Journal of Operations Management25: 932–955.
83.
ThorpeRHoltRMcPhersonA. (2005) Using knowledge within small and medium-sized firms: A systematic review of the evidence. International Journal of Management Review7: 257–281.
84.
TranfieldDDenyerDSmartP (2003) Towards a methodology for developing evidence-informed management knowledge by means of systematic review. British Journal of Management14: 207–222.
85.
TsakonaMAnagnostopoulouEGidarakosE (2007) Hospital waste management and toxicity evaluation: A case study. Waste Management27: 912–920.
86.
TudorTL (2007) Towards the development of a standardized measurement unit for healthcare waste generation. Resources, Conservation and Recycling50: 319–333.
87.
TudorTLNoonanCLJenkinLET (2005) Health care waste management: A case study from the National Health Service in Cornwall, United Kingdom. Waste Management25: 606–615.
88.
VieiraDCCarvalhoRAMCussiolMAN. (2009) Composition analysis of dental solid waste in Brazil. Waste Management29: 1388–1391.
89.
VokurkaRJ (1996) The relative importance of journals used in operations management research. A citation analysis. Journal of Operations Management14: 345–355.
90.
VoudriasEGoudakouLKermenidouM. (2012) Composition and production rate of pharmaceutical and chemical waste from Xanthi General Hospital in Greece. Waste Management32: 1442–1452.
91.
WheatleyASadhraS (2010) Carcinogenic risk assessment for emissions from clinical waste incineration and road traffic. International Journal of Environmental Health Research20: 313–327.
92.
World Health Organization (1999) Safe Management of Wastes from Health-care Activities. Geneva: World Health Organization.
93.
XieYZhuJ (2013) Leaching toxicity and heavy metal bioavailability of medical waste incineration fly ash. Journal of Material Cycles and Waste Management15: 440–448.
94.
XieRLiWLiJ. (2009) Emissions investigation for a novel medical waste incinerator. Journal of Hazardous Materials166: 365–371.
95.
YanHJPengZLuYS. (2007) Degradation of PCDD/Fs by mechanochemical treatment of fly ash from medical waste incineration. Journal of Hazardous Materials147: 652–657.
96.
YanHJZhuMHJiangGX. (2009) Analysis of volatile species kinetics during typical medical waste materials pyrolysis using a distributed activation energy model. Journal of Hazardous Materials162: 646–651.
97.
YanMLiDXLuYS. (2011) Persistent organic pollutant emissions from medical waste incinerators in China. Journal of Material Cycles and Waste Management13: 213–218.
98.
YangCPeijunLLupiC. (2009) Sustainable management measures for healthcare waste in China. Waste Management29: 1996–2004.
99.
YongZGangXGuanxingW. (2009) Medical waste management in China: A case study of Nanjing. Waste Management29: 1376–1382.
100.
YoungSTBairdBCPullmanME1996. OM research productivity in U.S. business schools. Journal of Operations Management14: 41–53.
101.
ZhangH-JZhangY-HWangY. (2013) Investigation of medical waste management in Gansu province, China. Waste Management & Research31: 655–659.
102.
ZhaoLZhangF-SChenM. (2010) Typical pollutants in bottom ashes from a typical medical waste incinerator. Journal of Hazardous Materials173: 181–185.
103.
ZhaoLZhangF-SWangK. (2008) Chemical properties of heavy metals in typical hospital waste incinerator ashes in China. Waste Management29: 1114–1121.
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