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Assessment of Silicosis Awareness Among Quartz and Feldspar Mine Workers of Ajmer District | |||||||
Paper Id :
16864 Submission Date :
2023-04-13 Acceptance Date :
2023-04-21 Publication Date :
2023-04-25
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Abstract |
A well-known occupational lung illness that is common among stone mine employees is silicosis. It is frequently characterised by coughing and shortness of breath, and it is sporadically linked to lung cancer and tuberculosis. The goal of the current study was to determine how well-informed stone mine workers were about silicosis. A personal questionnaire-based study was done among quartz and feldspar mining workers in the Ajmer subdistricts of Beawar, Masuda, Nasirabad, and Kishangarh. The study was conducted during December 2020, and was based on close-ended questions related to silicosis awareness. The study subjects (n = 190) were 30 years or more. The questionnaire was broken up into categories for demographic information, silicosis knowledge, lifestyle, and educational attainment.The study's findings demonstrated that stone mine workers' understanding of silicosis is significantly influenced by their level of education or literacy. The analysis on screening, payment and disbursement of payment regarding silicosis patients on Rajasthan level was carried out for the year 2021 whose result have been mentioned. This study came to the conclusion that mine workers' understanding about silicosis was influenced by their degree of education. To educate miners on silicosis, free seminars, symposiums, and medical camps ought to be held.
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Keywords | Awareness, Protection, Silicosis, Quartz, Occupational Exposure, Risk Management. | ||||||
Introduction |
The inhalation of significant amounts of silica dust over an extended period of time may result in the development of silicosis, a potentially fatal, irreversible, fibrotic lung illness. Silicosis typically only manifests itself after significant occupational exposures. The disease has a long latency period and may clinically present as an acute, accelerated, or chronic disease. Silicosis can be categorized as acute silicosis, accelerated, and chronic on the basis of radio‐ logical findings and length of silica exposure.In some cases, silicosis may be associated with the concomitant development of other diseases, including tuberculosis, cancer, or autoimmune disease. There is currently no known cure or efficient treatment for silicosis. Numerous federal and state agencies have introduced stringent measures to avoid the development of silicosis in some employees as a result of the link between occupational exposure to silica and the subsequent development of the disease. These regulations generally emphasize adequate ventilation on job sites and limiting the amount of time workers may spend in potentially exposing environments.The epidemic of silica-associated disorders is common among workers of low and middle-in‐ come countries like India, China, Brazil, and South Africa.In a developing country like India, mining is one of the important occupations with approximately 1.7 million workers at ahigh risk of exposure to respirable silica.Many attempts have been made for mitigating the prevalence of silicosis as it is one of the major global health hazards. As silicosis is incur‐ able but a preventable disease, awareness about its causation is the main tool for its prevention. The present study was conducted to assess the awareness for silicosis among the among quartz and feldspar mine workers of Beawar, Masuda, Nasirabad and Kishangarh sub-districts of Ajmer.
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Objective of study | 1. The present study was conducted to assess the level of awareness and knowledge of silicosis among quartz and feldspar mine workers.
2. To assess present status of screening and disbursement of fund among silicosis patients in Rajasthan
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Review of Literature | 1. V. Leso, L.
Fontana, R. Romano, P. Gervetti and Ivo Iavicoli (2019) in their research gave the design to
assess the hazardous properties of AS dusts, levels of exposure in workplaces,
and the effectiveness of protective equipment appears to be needed to increase
awareness concerning AS risks and induce employers, employees, and all factory
figures that are engaged in prevention to take action to define/adopt proper
measures to protect the health of exposed workers. 2. D. Rees and
J. Murray (2020) in their paper
analyzes the exposure to crystalline silica dust causes multiple diseases, but
silicosis and silica dust-associated tuberculosis (TB), in particular, are the
two diseases that remain high on the list of occupational health priorities in
low-income countries and that still occur in some high-income countries. The
prevalence of silica-related TB is exacerbated by the human immunodeficiency
virus (HIV) pidemic in low-income countries. This review describes the
morphology of silica and the variable potency of the different forms. Sources
of crystalline silica are discussed, with emphasis on less commonly recognized
sources, such as small-scale mining operations and agriculture. 3. Jana
Adamcakova and Daniela Mokra (2021) reviews new information on the pathophysiology of
silicosis and points out several promising treatment approaches targeting
silicosis-related pathways. They have proposed various methods of precaution
for stone workers for prevention from silicosis. |
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Main Text |
Study Area
Ajmer District
is situated in the center of Rajasthan state lying between 25o38’ and 26o58’
North latitudes and 73o54’ and 75o22’ East longitudes. The district is
surrounded by Jaipur and Tonk districts in east and Pali district in west,
Nagaur district touches its north boundaries while Bhilwara district lies in
the south. The total geographical area of Ajmer district is 8481 Sq. Km. The
district has no natural division. Feldspar deposits are scattered in large area
of Ajmer district. The principal occurrences are in Beawar, Masuda, Nasirabad,
Kekri, Sarwar and Kishangarh tehsils. The feldspar deposits of Ajmer district
are largely potash bearing. The quality of feldspar produced in Ajmer- Beawar
area is good with Potassium content 11% to 14% which meet the world market
standards. Fig: Location
Map of Study Area Impacts on
Health
Quartz and
feldspar minerals contain silica. Ball mill units pulverize these minerals in
different mesh sizes for various industrial uses. Pulverization process of
quartz and feldspar generate fine silica dust containing respirable suspended
particulate matter (RSPM). Diameter of RSPM is less than 2.5 micrometer.
Constant exposure of this silica dust results in severe lung diseases like
Silicosis, Silico-tuberculosis, Bronchitis, and Bronchial Asthma in the workers
of quartz and feldspar pulverizing industry. Prolonged exposure to loud noise
can impair hearing of workers. Exposure to silica dust causes skin disorders
like dermatitis. Among the health problems, ‘Silicosis’ is a major occupational
health risk of quartz and feldspar pulverizing industry. Fig: A Labourer
of Ball Mill Covered in Silica Dust Silicosis Silicosis is
the most common and the most historic occupational disease known to mankind.
Hippocrates has described a condition of “breathlessness” in miners. The
disease has been known as Miners’ Phthisis, Masons’ disease, Grinders’ asthma,
Potters’ rot and Stonecutters’ disease. Visconti used the term “silicosis” to
describe the disease caused by inhalational exposure to silex. (Greenberg, M.
I. 2007) There are an
estimated 11.5 million workers exposed to silica dust in India in both
organized and unorganized sectors (Jindal, 2013). Rajasthan is known for its
stone works and stone industry for centuries. Health Survey Questionnaires
for health survey were designed to gain important and useful information
quickly and inexpensively. It included questions on awareness of prevailing
health risks of quartz and feldspar pulverizing industry of Ajmer district and
social benefit schemes for silicosis patients. For this study,
we have selected three tehsils as the study samples out of the 7 tehsils of Ajmer
district in which pulverizing units are most concentrated. The Sample - 1 is of
Beawar and Masuda tehsils, Sample - 2 is of Nasirabad tehsil and Sample – 3 is
of Kishangarh tehsil. These tehsils were selected for samples because they have
highest number of pulverizing units and maximum production in Ajmer district. Sample – 1 The sample
includes 78 workers of the pulverizing industry of Beawar and Masuda tehsils.
Positive response of knowledge was given by 70.08% workers, 16.24 % were not
able to decide and 13.67 % were not aware of health issues on skin, hearing and
respiratory system. Tuberculosis and Bronchial asthma diseases were heard by
all of them, but the clinical features were known to 32% and 60.25% workers
respectively. The disease silicosis name has been heard by 52 patients (66.67%)
and only 22 (28.20%) have known about the clinical features in Beawar and
Masuda. 41 workers (52.56%) were aware about the health care facilities
available for mining and pulverizing industry workers, 30 (38.46%) were not
able to say but 7 (8.97%) were completely unaware. Social benefit scheme for
silicosis workers in which government provide Rs. 1 lakh for certified patients
and Rs. 3 lakhs to deceased were known to 60.25% workers, however 17.94%
workers were completely unaware of the scheme. Sample – 2 The sample
includes 62 workers of the pulverizing industry of Nasirabad tehsil. Positive
response of knowledge was given by 69.52% workers, 11.76% were not able to
decide and 18.18% were not aware of health issues on skin, hearing and
respiratory system. The disease silicosis name has been heard by 25 workers
(40.30%) and only 5 (8.06%) have known about the clinical features in
Nasirabad. 12 workers (19.30%) were aware about the health care facilities
available for mining and pulverizing industry workers, 21 (33.80 %) were not
able to say but 29 (46.77%) were completely unaware. Social benefit scheme for
silicosis workers in which government provide Rs. 1 lakh for certified patients
and Rs. 3 lakhs to deceased were known to 35.48% workers, however 24.19%
workers were completely unaware of the scheme. Sample – 3 The sample
includes 47 workers of the pulverizing industry of Kishangarh tehsil. Positive
response of knowledge was given by 65.96 % workers, 12.06 % were not able to
decide and 21.98 % were not aware of health issues on skin, hearing and
respiratory system. The disease silicosis name has been heard by 26 patients
(55.31%) and only 15 (31.91%) have known about the clinical features in
Kishangarh. 24 workers (51.06%) were aware about the health care facilities
available for mining and pulverizing industry workers, 15 (31.91 %) were not
able to say but 8 (17.02%) were completely unaware. Social benefit scheme for
silicosis workers in which government provide Rs. 1 lakh for certified patients
and Rs. 3 lakhs to deceased were known to 48.93% workers, however 29.78%
workers were completely unaware of the scheme.
Table:
Summarized Responses of The Questionnaire
Result of
Health Survey
The total
sample size included 187 workers from Beawar, Masuda, Nasirabad and Kishangarh
tehsils. Positive response of knowledge was given by 68.98% workers, 13.72%
were not able to decide and 17.29% were not aware of health issues on skin,
hearing and respiratory system. Tuberculosis and Bronchial asthma diseases were
heard by all of them, but the clinical features were known to 32% and 60.25%
workers respectively. 77 workers (41.17%) were aware about the health care
facilities available for mining and pulverizing industry workers, 67 (35.83 %)
were not able to say but 43 (22.99%) were completely unaware. Social benefit
scheme for silicosis workers in which government provide Rs. 1 lakh for
certified patients and Rs. 3 lakhs to deceased were known to 51.87% workers,
however 22.99% workers were completely unaware of the scheme. Fig: Use of
Mask and Protective Gear by Workers Pain and Plight
of Silicosis Patients of Rajasthan The silicosis
detection and certification process has been criticized from beginning. MK
Devarajan of Rajasthan State Human Rights Commission (RSHRC) has stated that
says the detection mechanism is only just falling in place. “Actual numbers
could well be in lakhs”. The process of certification made the “workers being
treated like footballs”. 1. There have
been several protests by the silicosis patients in many districts of Rajasthan
in last few years. Silicosis patients protested that the government should
release compensation money in time, since they suffer a disease that cannot be
cured. They further stressed that People were not getting the compensation even
years after certification as administrative glitches often delay release of
compensation money. 2. The
financial assistance of Rs. 1 lakh on diagnosis and compensation of Rs. 3 lakhs
after death are a little help. Silicosis patients want the government to
release the full amount of Rs. 4 lakhs while they are still alive. “Why wait
until we die? The money should be given to while they are still alive, so they
can use it to prolong their lives and increase the quality of lives of their
families” (The Times of India October 20, 2016). GO Mine Labourers’ Protection
Campaign has raised the issue that why the patients have to visit the TB
Hospital just to know if they have tested positive? Isn’t that a shame, in a country
that bandies about terms like ‘Digital India’? 3. Silicosis
patients want pension, not compensation after death. A PIL was accepted by
Rajasthan High Court, Jodhpur in November 2018 that the compensation given to
families of victims should be made available in form of pension while they are
alive for meeting medical expenses. (The Times of India November 21, 2018) 4. There is a
welfare board for construction workers but the same is not for the mining
industry despite its large contribution to state’s economy. Mine Labour
Protection Campaign demands for constitution of the Mine Worker Welfare Board. 5. The process
of getting certified by the board has been time consuming. Multiple departments
are involved in issuing of certificates, and the pendency is huge. Agents and
brokers have become active in few districts for easily providing certificates.
There have been reports of providing forged silicosis certificates for Rs.
10,000. (Dainik Bhaskar March 01, 2018) 6. Rajasthan
state Government has taken the disease very seriously and several initiatives
have been taken. The Government has initially constituted Pneumoconiosis Board
in SMS Medical College and six other government-run medical colleges in the
state. Now there are Medical Boards at each district level while screening is
available at Community Health Center level. The Government of Rajasthan has
started online portal for Silicosis patients’ registration for screening and
disbursement of grant. (NIB Silicosis 2018 May) Analysis of
Online Silicosis Registration and Grant Disbursement Portal 1. After the
start of online portal for Silicosis Grant Disbursement, A total of 26138
patients have been registered for screening in Rajasthan upto 22ndJanuary 2021.
Out of those 13144 patients (50.28%) are pending for screening at Community
Health Center or Medical Board levels. Maximum numbers of cases of silicosis
(6589) have been registered in Jodhpur district, followed by Karauli (3414),
and Bharatpur (3160). 2. On comparing
the screening rate of different districts, we noticed that there is a huge
variation in pending for screening cases in different districts ranging from
5.88% to 85.50% as shown in figure 7.16. Similarly, we also noticed that the
rejection rate of different silicosis boards also varies from nil to 91.51%. We
compared the data of Karauli and Bharatpur districts, the two adjacent
districts which are having similar type of industries. 3. There were 3414 and 3160 patients registered in the districts of Karauli and Bharatpur, respectively, however the screening processes in these areas differed greatly; the pendency rates were 85.50% and 23.38%, respectively, the difference
was statistically significant (p<0.01). Similarly, out of screened patients
91.51% claims were rejected at Karauli while the rejection rate was only 36.83%
in Bharatpur, the difference was statistically significant (p<0.01).
Table: Summary of Silicosis Patients in Different Districts of Rajasthan CHC: Community
Health Center; MB: Medical Board
Source:
Silicosis Patient Summary Report (22-01-2021) |
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Methodology | The study was based on both primary and secondary data.
1. Primary Survey: It was a personal questionnaire-based study conducted among quartz and feldspar mine workers of Beawar, Masuda, Nasirabad and Kishangarh sub-districts of Ajmer. The study was conducted in July 2022, and was based on questionnaire interview methodology to examine silicosis awareness. The study subjects (n=190) were 30 years or more. The questionnaire was divided into different sections as shown further in the paper. The questionnaire was administered both in Hindi and the Marwari language; it took approximately 5–10 min for each subject to complete the questionnaire.
2. Secondary Data: It was procured from the Silicosis Patient Summary Report generated by the Medical Board of Rajasthan. It was further analyzed for segregating the screened patients and pending cases. Also, the disbursement of grant was reviewed.
3. Data were processed using Microsoft Excel software and maps were prepared using QGIS. |
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Analysis | Udaipur district had minimum pendency (5.76%) and none of the screened case was rejected, while Karauli had very high pendency of 85.50%, and most of the screened cases were rejected (91.51%). The table – 7.4 clearly shows the discrepancy in the efficiency and processing. Though the guideline has been formed but the functioning of different boards is not uniform and time bound. Similarly for claim distribution there has been huge discrepancy. |
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Conclusion |
Silicosis is a non-curable disease which can arise due to the inhalation of respirable crystalline silica dust causing persistent inflammation, and finally, reduction in the lung function. Therefore, prevention is the key to controlling silicosis, which affects many people who work in the stone mining industry. 13152 patients were screened in Rajasthan, but 6346 (48.25%) were disqualified. A total of 6806 patients were certified for living with silicosis, out of which 1424 (20.92%) claims have been disbursed. Majority of certified patients (79.08%) are still pending and waiting for financial aids. There is huge disparity in claim disbursements in different districts as indicated in Figure 7.17.
In Ajmer district 2083 patients have been registered for screening, out of which 1455 (69.85%) patients are still waiting to be screened. Out of the 628 screened patients 479 (76.27%) have been rejected by the silicosis board. Total 149 patients have been certified for silicosis and all are waiting for grant. We visited district silicosis board and found out that 120 deaths due to silicosis have been registered and certified in Ajmer district up to 31stDecember 2018.
The study came to the conclusion that the awareness of silicosis among mine workers was significantly influenced by their degree of education. Additionally, illiteracy and a lack of understanding of how to apply preventative measures might have a negative effect. It is suggested that free seminars, symposiums, and medical camps are required at different levels at medical centers to increase the awareness about the cause and complications for silicosis among stone mine workers. |
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References | 1. Leso, V., Fontana, L., Romano, R., Gervetti, P., &Iavicoli, I. (2019). Artificial stone associated silicosis: a systematic review. International journal of environmental research and public health, 16(4), 568.
2. Rees, D., & Murray, J. (2020). Silica, silicosis and tuberculosis. Occupational Health Southern Africa, 26(5), 266-276.
3. Adamcakova, J., &Mokra, D. (2021). New insights into pathomechanisms and treatment possibilities for lung silicosis. International Journal of Molecular Sciences, 22(8), 4162.
4. Kirby, T. (2019). Australia reports on audit of silicosis for stonecutters. The Lancet, 393(10174), 861.
5. Rosner, D., & Markowitz, G. (1994). Deadly dust: Silicosis and the politics of occupational disease in twentieth-century America. Princeton University Press.
6. Pérez-Alonso, A., Córdoba-Doña, J. A., Millares-Lorenzo, J. L., Figueroa-Murillo, E., García-Vadillo, C., & Romero-Morillo, J. (2014). Outbreak of silicosis in Spanish quartz conglomerate workers. International Journal of Occupational and Environmental Health, 20(1), 26-32.
7. Miller, B. G., Hagen, S., Love, R. G., Soutar, C. A., Cowie, H. A., Kidd, M. W., & Robertson, A. (1998). Risks of silicosis in coalworkers exposed to unusual concentrations of respirable quartz. Occupational and environmental medicine, 55(1), 52.
8. Pascual, S., Urrutia, I., Ballaz, A., Arrizubieta, I., Altube, L., & Salinas, C. (2010). Prevalence of silicosis in a marble factory after exposure to quartz conglomerates. Archivos De Bronconeumologia, 47(1), 50-51.
9. https://foundation.rajasthan.gov.in/rf/pdf/Ajmer.pdf |