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Available online at www.worldscientificnews.com
WSN 32 (2016) 106-122 EISSN 2392-2192
A study on status of biomedical waste management in two hospitals of Gulbarga city, Karnataka, India
Jadesh V. Murli1,a, K. S. Kavya2,b, D. S. Shivkumar2,c
1Assistant Professor, Department of P.G. Studies and Research in Zoology, Gulbarga University,
Kalburgi, 585106, Karnataka, India
2Department of P.G. Studies and Research in Zoology, Gulbarga University,
Kalburgi, 585106, Karnataka, India
a-cE-mail address: [email protected] , [email protected] , [email protected]
ABSTRACT
Biomedical waste management was become an important issue as it poses potential health risks
and damage to the environment. Biomedical waste if not handled in a proper way, is a potent source of
diseases like HIV, Hepatitis B and C and other bacterial diseases causing serious threat to human
health so prime attention needed for its safe and proper disposal. Purpose of study was to highlight
certain aspects of hospital waste management status in health facilities providing health care in two
hospitals namely, Dhanvantri Hospital and Vaatsalya Hospital.
Keywords: Biomedical waste; segregation; management
ABBREVIATIONS: KAP- Knowledge, Awareness, Practice, HICPAC- Healthcare Infection Control
Practices Advisory Committee. BMW-Biomedical Waste, ICCU - Intensive Coronary Care Unit, ICU
-Intensive Care Unit, MICU -Medical Intensive Care Unit, NICU -Neonatal intensive Care unit, OPD
–Outpatient department, OT -Operation Theater, SICU -Surgical Intensive care unit
World Scientific News 32 (2016) 106-122
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1. INTRODUCTION
“Bio- medical waste” means any waste, which is generated during the diagnosis,
treatment or immunization of human beings or animals or in research activities pertaining
thereto or in the production or testing of biological, and including categories mentioned in
Schedule, according to Bio-medical waste (management and Handling Rules, 1998). The
government of India (Notification, 1998) specifies that Hospital waste Management activities,
which are mainly engineering functions, such as collection, transportation, operation or
treatment of processing systems and disposal of wastes. A major issue related to current
biomedical waste management of Bio- waste regulation is unsatisfactory as some hospitals are
disposing of waste in haphazard, improper and indiscriminate manner. Lake of segregation
practices, results in mixing of hospital wastes with general waste making the whole waste
stream hazardous. Inadequate Bio-medical waste management thus will cause environmental
pollution, unpleasant smell, growth, and multiplication of vectors like insects, rodents and
worms and may lead to the transmission of diseases like typhoid, cholera, hepatitis and AIDS
through injuries from syringes and needled contaminated with human, Praveen., (et al.).
Therefore, segregation, collection, treatment and disposal of BMW in an appropriate
manner is of great importance as it can decrease health risks people, and damage of flora,
fauna and the environment. (HICPAC and Askarian et al.). In present study attempt has been
made to assess generation and management of biomedical waste in Dhanvantri and Vaatsalya
Hospital Gulbarga, Karnataka, India.
2. MATERIAL AND METHODS
A] The study area
Gulbarga city is situated on Bombay Chennai section of the central Railway and is at a
distance from 646 km, from Bangalore, the capital city of Karnataka. The city is situated at a
latitude of 17º 19’N and longitude of 76º54’E. It has a general slope of North - west to South-
East.
B] Ethical clearance
Ethical clearance from institutes ethics committee and permission from Medical
Superintendent to collect data from various patient care areas was taken before the study; the
study was approved by Department of P.G. Studies and Research in Zoology, Gulbarga
University, Gulbarga, and Karnataka, India in 2013.
C] Assessment of operating procedures
Common regional facility for final disposal of infectious waste was also informal
discussion with various hospital functionaries were carried out. Studied wastes generated in
two hospitals were weighed during a week for each hospital.
Quantitative determination of waste
The following steps were involved in the determination of the bio- medical waste
generated from different places in the study centre-
World Scientific News 32 (2016) 106-122
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A. solid waste of both types, infectious and non- infectious was weighed individually on
suspension spring scale (±10g) with the assistance of the staff and the weight was recorded
B. each color coded bin or liner meant for collection of particular waste in each block was
weighed and recorded.
C. the quantities of infectious and non-infectious west were recorded in each block of each
liner for 7 days and all the data was compiled to represent the average values.
The supporting staff of each block was briefed over denature of assistance and support that
was needed in determining the quantity of wastes during the study period.
D. The available medical facilities in the hospital are given blow in the Table 1 (Dhanvantri
Hospital) and Table 4 (Vaataslaya hospital) and Figure 1 shows the study area.
Table 1. Facility available in the Dhanvantri Hospital.
Sl. No. NAME OF WARDS
1 General ward
2 Special room 1
3 Special room 2
4 Special room 3
5 Special room 4
6 Special room 5
7 Special room 6
8 Special room 7
9 Special room 8
10 Mother ward
11 NICU
12 PICU
13 Gynaec OPD
14 Causality
15 A.C. Trauma care
16 x-ray
17 Eye OPD
18 Laboratory
19 General OPD I
20 General OPD II Medicine
World Scientific News 32 (2016) 106-122
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21 General ward III
22 General Ward II
23 ICCU and ICU
Figure 1. Study Area.
Dhanvantri Hospital
Vatsalya Hospital
World Scientific News 32 (2016) 106-122
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Improper dumping of wastes in the ward- Dhanvantri Hospital
World Scientific News 32 (2016) 106-122
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Improper Dumping of Biowaste in the buckets- -
Dhanvantri Hospital
World Scientific News 32 (2016) 106-122
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Collection of waste from the
ward-Vaatsalya Hospital
Liners in the ward – Vaatsalya
Hospital
World Scientific News 32 (2016) 106-122
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3. OBSERVATION AND DICUSSION
A. Qualitative analysis of biomedical waste: The bio-medical waste generated in the
hospital was observed to be infectious and non-infectious waste.
Infectious waste includes-
i. Infected plastics – catheters, caules, syringes, gloves, blood bags, tubes, bottles,
and other infected plastics, microbiological waste from pathological laboratory and
waste generated from disposable items other than sharps, etc. These wastes should
be collected in red color plastic liner or bin.
ii. Infectious waste – human anatomical waste, microbiological waste from
pathological laboratory, items contaminated with blood and body fluids. These
wastes should be collected in yellow color plastic liner.
iii. Infected glass whole and broken glass, test tubes, ampoules, vials and sample
bottles, should be collected in blue liner.
Non- infectious waste includes
iv. Chemical waste- insecticides, disinfectants fumigants, chemical containers,
cytotoxic waste, incinerator ash, expired medicines and other chemicals. This
waste should be collected in black liner.
v. Non- infected recyclable waste- Disposable cups, plastic, card board, metal
containers, paper, non- infectious plastics and other recyclables. Non-infected
recyclable waste should be collected in white.
vi. Non-infected Biodegradable waste includes- left –over food items, vegetables and
fruit peels, egg shells, meat, fish and other biodegradables. These should be
collected in Green containers.
[According to Bio-medical Waste (Management and handling) Rules, 1998]
Improper dumping of food in the corner of ward
-Vaatsalya Hospital
World Scientific News 32 (2016) 106-122
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Our main object of qualitative analysis of biomedical waste in both the hospital was
whether they are following these segregation rules at the source of waste generation or not.
And the Table number 8 shows the KAP (Knowledge-Awareness-Practice) of
Dhanvantri Hospital and Vaatsalya Hospital staff. This shows that in Dhanvantri hospital only
Doctors and GDMO are aware about Handling Rules remaining staff members are not aware.
In Vaatsalya hospital all staff members are aware about the Handling Rules. Table number 8
shows that KAP of both the Hospitals.
KAP of Dhanvantri Hospital was very poor and it was about only 27.28%. KAP of
Vaatsalya hospital is good, Peon and Ayahs don’t have the knowledge about the segregation
rules but all the staff members have positive attitude towards proper segregation of waste and
practicing it properly.
B. Quantitative analysis of biomedical waste
Each color coded bin or liner meant for collection of particular waste in each block was
weighed and recorded for 7 days to get average value. Table number 6 and 7 shows the
average quantity of waste in Kg/day of each liner in each block of Dhanvantri Hospital and
Vaatsalya Hospital respectively.
There is a prescribed color coded liner is meant for the collection of particular waste.
Below table shows the segregation of Bio medical waste as per Bio-medical waste
(Management and Handling) Rules, 1998.
We observed that, in Dhanvantri Hospital blocks/ward don’t have the color coded liner and
the waste generated is collected in one common bin in the wards. In Vaataslaya Hospital only
4 wards have the color coded liner. The average waste present in yellow liner was 0.65 kg;
blue was 16 kg, red was 2.27 kg and green was 8 kg per day.
4. RESULT OF DHANVANTRI HOSPITAL
• When we visited the hospital the number of patients in the hospital was very less.
• In the hospital no ward contain the liners for segregation at the point of generation all
wastes are dumped in the common dust bins present in the each ward.
• The transportation of waste is regular by CHAMP.
• In the hospital the wastes such as food, empty bottles, injections and other wastes
(some times anatomical waste too)are dumped in the open area in front of the
hospital
• Each ward and OPDs are clean but there is no proper segregation of wastes.
The wastes in front of the hospital affect the health of flora, fauna and that whole
environment
5. RESULT OF VAATASLAYA HOSPITAL
• In the hospital four wards don’t contain liners; those wards have only one common
dust bins. And remaining all wards and OPD has liners and there is proper segregation
World Scientific News 32 (2016) 106-122
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of wastes, collection and transportation of the generated wastes in the hospital
regularly.
• And all nurses, ayahs, workers doing it properly and regularly.
• In the hospital the response was good.
• 85% of the waste is segregated and transported regularly.
• All workers in the hospital have the knowledge of segregation in the particular liners
• Only four wards have no liners and all the wastes are dumping in the one common bin.
• There is one common plastic box to collect the used needles and syringes.
Table 2. Quantification of Biowaste in Dhanavantri Hospital.
Sl.
No. Name of Wards
Average weight of bio-
waste in kgs/day
Total Number
of Beds
Average Number of
patients per day
1 General ward 3 10 5
2 Special room 1 4 5 2
3 Special room 2 2 3 2
4 Special room 3 3 3 2
5 Special room 4 1 4 2
6 Special room 5 3 2 4
7 Special room 6 2 2 2
8 Special room 7 1 2 2
9 Special room 8 1 2 2
10 Mother ward 2 5 5
11 NICU 0.5 5 No patient
12 PICU 0.5 2 No patient
13 Gynaec OPD 1 1
14 Causality 2 2 1
15 A.C. Trauma care 1 1 -
16 x-ray 0.5 1 -
World Scientific News 32 (2016) 106-122
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Sl.
No. Name of Wards
Average weight of bio-
waste in kgs/day
Total Number
of Beds
Average Number of
patients per day
17 Eye OPD 0.75
-
18 Laboratory 0.5
-
19 General OPD I 0.5 1 -
20 General OPD II
Medicine 1 1 -
21 General ward III 1 7 5
22 General Ward II 2 7 6
23 ICCU and ICU
9 2
Total 33.25 25 42
[Date of Quantification from 01/04/2013 to 06/04/2013]
Table 3. Segregation of wastes in DHANVANTRI Hospital.
Sl. No. NAME OF WARDS PROPER SEGREGATION (YES/NO)
1 General ward No liners
2 Special room 1 No
3 Special room 2 No
4 Special room 3 No
5 Special room 4 No
6 Special room 5 No
7 Special room 6 No
8 Special room 7 No
9 Special room 8 No
10 Mother ward Yes
11 NICU No
12 PICU No
World Scientific News 32 (2016) 106-122
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13 Gynaec OPD Yes
14 Causality Yes
15 A.C. Trauma care No
16 x-ray No
17 Eye OPD Yes
18 Laboratory No
19 General OPD I No
20 General OPD II Medicine No
21 General ward III No
22 General Ward II No
23 ICCU and ICU Yes
Table 4. Facility available in Vaataslaya Hospital.
Sl. No NAME OF WARD
1 Department of nephrology and critical care
2 Special room 1
3 Special room 2
4 Department of oncology and pediatrics
5 Semi special room 1
6 Semi special room 2
7 Male general ward
8 Pediatric general ward
9 PICU
10 Female general ward
11 NICU
12 Surgical OPD
World Scientific News 32 (2016) 106-122
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13 Pediatric OPD
14 Gyanic OPD
15 MICU
Table 5. Quantification of BIo waste in Vaataslaya Hospital.
Sl.
No
Name of
Wards
Date of
Quantification
From 01-04-
2013
to
06-04-213
Average Quantity of Waste in Kgs/day Total
Number
of Beds
Average
number
of
patients
per day Black Yellow White Blue Red Green
1
Department
of
nephrology
and critical
care
No
Bin 0.1
No
Bin 8 0.250 2 4 2
2 Special
room 1
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin 2 2
3 Special
room 2
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin 2 2
4
Department
of
oncology
and
pediatrics
No
Bin 0.250
No
Bin 4 0.02 2 4 3
5
Semi
special
room 1
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin 2 --
6
Semi
special
room 2
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin - -
7
Male
general
ward
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin - -
8
Pediatric
general
ward
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin 9 3
9 PICU
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin - -
10
Female
general
ward
No
Bin No bin
No
Bin
No
Bin
No
Bin
No
Bin 7 2
11 NICU
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin 2 -
12 Surgical
OPD
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin - -
World Scientific News 32 (2016) 106-122
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Sl.
No
Name of
Wards
Date of
Quantification
From 01-04-
2013
to
06-04-213
Average Quantity of Waste in Kgs/day Total
Number
of Beds
Average
number
of
patients
per day Black Yellow White Blue Red Green
13 Pediatric
OPD
No
Bin
Common
Dust bin
No
Bin
No
Bin
No
Bin
No
Bin - -
14 Gyanaeco
OPD
No
Bin
Common
Dust bin
No
Bin 1 1
No
Bin - -
15 MICU
No
Bin 0.3
No
Bin 3 1 4 6 5
Total
0.65
16 2.27 8 38 19
Table 6. Segregation of waste in the wards of Vaatsalya Hospital.
Sl.
No NAME OF WARD
PROPER SEGREGATION
(YES/NO)
1 Department of nephrology and critical care Yes
2 Special room 1 No
3 Special room 2 No
4 Department of oncology and pediatrics Yes
5 Semi special room 1 No
6 Semi special room 2 No
7 Male general ward Yes
8 Pediatric general ward Yes
9 PICU Yes
10 Female general ward Yes
11 NICU No patients
World Scientific News 32 (2016) 106-122
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12 Surgical OPD Yes
13 Pediatric OPD No
14 Gyanaeco OPD No
15 MICU Yes
Table 7. Awareness regarding Bio medical waste (Management and Handling) Rules,
1998 in the Hospitals.
Sl.
No. Designation
Name of the Hospitals
Dhanvantri Hospital Vaataslaya Hospital
1 Doctor (specialist) A A
2 Doctor (Resident) A A
3 GDMO A A
4 Nurse NA A
5 Technician NA A
6 Pharmacist NA A
7 Ward boy NA A
8 Peon NA A
9 Ayahs NA A
10 Sweeper NA A
11 Clerk and other Staff NA A
World Scientific News 32 (2016) 106-122
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Table 8. KAP in the Hospitals.
Sl. No. Designation
Knowledge
(Yes/No)
Attitude
(Positive /
Negative)
Practice
(Yes / No )
Dhan
van
tri
Hosp
ital
Vaa
tasl
aya
Hosp
ital
Dhan
van
tri
Hosp
ital
Vaa
tasl
aya
Hosp
ital
Dhan
van
tri
Hosp
ital
Vaa
tasl
aya
Hosp
ital
1 Doctor
(specialist) Y Y + + Y Y
2 Doctor
(Resident) Y Y + + Y Y
3 GDMO Y Y + + Y Y
4 Nurse N Y - + N Y
5 Technician N Y - + N Y
6 Pharmacist N Y - + N Y
7 Ward boy N Y - + N Y
8 Peon N N - + N Y
9 Ayahs N N - + N Y
10 Sweeper N Y - + N Y
11 Clerk and other
Staff N Y - + N Y
6. CONCLUSION
Medical wastes should be classified according to their source, typology and risk factors
associated with their handling, storage and ultimate disposal. The segregation of waste at
source is the key step and reduction, reuse and recycling should be considered in proper
perspective. We need to consider innovative and radical measures to clean up the distressing
picture of lack of civic concern on the part of hospitals and slackness in government
implementation of bare minimum of rules, as waste generation particularly biomedical waste
imposes increasing direct and indirect costs on society. The challenge before us, therefore, is
to scientifically manage growing quantities of biomedical waste that go beyond past practices.
If we want to protect our environment and health of community we must sensitize ourselves
to this important issue not only in the interest of health managers but also in the interest of
community
World Scientific News 32 (2016) 106-122
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Acknowledgement
Author is acknowledging to all staff members for their co-operation during the course of study.
References
[1] Centers for Disease Control and Prevention, Healthcare Infection Control Practices
Advisory Committee (HICPAC), Draft Guideline for Environmental Infection Control
in Healthcare Facilities, (2000) 96-101.
[2] Askarian, Mehrdad, vakili, Mahmood, Kabir, Gholamhosein, Waste Management, 24,
(2004) 347-352.
[3] Bio-medical waste (Management and Handling) Rules, 1998.
[4] Need of Biomedical Waste Management System in Hospitals- an Emerging issue- A
Review, Praveen Matur, Sangeeta Patan and Anand S. Shobhawat, Current World
Environment. An International Research Journal of Environmental Science.
( Received 02 December 2015; accepted 16 December 2015 )