Whenever accomplished effectively, biomedical waste management is an essential component of healthcare that can reduce a number of threats to the public's health and the environment. The term "biomedical waste" (BMW) refers to materials produced by biological and medical sources, including labs, hospitals, clinics, and research facilities. Improper handling of BMW can result in environmental contamination and diseases (Haq & Jahan, 2020) 1. Strict protocols must be followed for the segregation, storage, processing, transportation, and disposal of waste in order to manage biomedical waste effectively. Interprofessional collaboration between the legal, administrative, and medical fields is necessary (Bagali et al., 2021) 2.

In the context of public health situations like the COVID-19 pandemic 3, when there was a substantial rise in the output of medical waste, the handling of BMW has become even more important. The epidemic in India put additional strain on an insufficient healthcare waste management system (Bagwan, 2023) 4. Because biomedical waste is dangerous, proper disposal methods must be used to safeguard patients, healthcare staff, and the general public (Bansod & Deshmukh, 2023) 5.The Bio-Medical Waste (Management and Handling) Rules were first implemented by the Indian Ministry of Environment and Forests in 1998. Since then, the rules have been strengthened to guarantee the safe disposal of BMW (Phupate et al., 2022) 6. The most recent guidelines, which were published in 2016, stress that appropriate waste management is the responsibility of every healthcare facility in order to prevent negative impacts on the health of people and the environment (Chandra, 2023) 7.

Nonetheless, there are still a number of major obstacles facing the industry, such as low infrastructure, low public awareness, and healthcare staff that are not properly trained in waste management techniques (Winfield & Brooks, 2015) 8. To enhance waste management procedures, BMW must be separated at the source and stringent restrictions must be put in place along with ongoing oversight (Udofia et al., 2015) 9.

The research technique utilized in this study comprised a methodical strategy to gather and examine data regarding the production of biomedical waste (BMW) in different healthcare facilities located in the Chamarajanagar district of Karnataka. To guarantee thorough and precise data gathering, the study drew from primary as well as secondary sources. main health centers, government hospitals, and private clinics were among the healthcare facilities with which the main data was directly gathered. Each facility was requested to report the average monthly production of biomedical waste that could be burned or autoclaved throughout the period of January 2019 to December 2019 using a survey method 12.

Furthermore, Shree Consultants' Centralized Biomedical Waste Treatment Facility (CBMWTF) provided secondary data 13. This information gave a combined picture of the typical monthly waste production for every healthcare facility, broken down by kind (incinerable and autoclavable). In order to ensure accuracy and dependability, the data from Shree Consultants was essential in verifying the information gathered from specific healthcare facilities. After that, the information was arranged into tables for every kind of healthcare facility, and statistical analysis was done to find patterns, variances, and any outliers in the amount of trash produced.

Descriptive statistical techniques were used to analyze the data, with an emphasis on comparing waste generation throughout various facility types and taluks as well as on determining averages. Bar graphs were used to visually display the results, making it easier to understand the data. The results were then analyzed to determine how they will affect biological waste management procedures within the district's healthcare service delivery framework.

The results of this study allow for the formulation of various important recommendations for enhancing the district of Chamarajanagar's biomedical waste management. To improve treatment and disposal efficiency, it is crucial to first establish a uniform policy that all healthcare facilities must follow. This protocol should specifically concentrate on separating waste at the source. Healthcare staff need to be trained in specific waste management techniques, such as segregation, collection, and storage, as evidenced by the differences in waste creation between taluks and facility types.

In order to ensure that the Shree Consultants-run Centralized Biomedical Waste Treatment Facility (CBMWTF) can handle a range of waste loads without sacrificing environmental and safety standards, there should also be a focus on expanding the facility's capacity and efficiency. Additionally, it is advised that regular evaluations and audits be carried out to keep an eye on these facilities' waste management procedures and make sure that the Central Pollution Control Board's (CPCB) rules are being followed.

One way to lessen the environmental impact of disposing of biomedical waste is to invest in more sophisticated and eco-friendly waste treatment technology, like non-burn solutions for specific waste kinds. Finally, local government organizations ought to work with healthcare institutions to educate the public and employees about the significance of biological waste management, which might lower the risk of contamination and guarantee a safer atmosphere for everybody 14.

This study emphasizes how urgently healthcare establishments in the Chamarajanagar district need to enhance their biomedical waste management procedures. The information gathered from different healthcare facilities, private clinics, government hospitals, and basic health centers shows notable differences in the production and handling of biomedical waste. The results highlight the significance of strong management practices in these establishments by showing that larger facilities, especially government hospitals contribute the most waste. Improved segregation procedures, expanding the Centralized Biomedical Waste Treatment Facility's (CBMWTF) capacity, and utilizing cutting-edge waste treatment technology are all highlighted in the research. The district can lessen the threats to the environment and public health that come with inappropriate disposal of biomedical waste by addressing three crucial areas. The suggestions made are meant to assist healthcare providers and local government bodies in developing more sustainable and successful waste management plans. In the end, the district of Chamarajanagar will have better public health outcomes and a safer, cleaner environment if these steps are successfully implemented.