“Prevention is better than cure” This is a famous idiom which doctors used to write at the end of the prescription while prescribing medicines to each patients. But what about the biomedical waste containing the germs of sick persons, which is generated from all the medicals and animal institutions while treating the sick persons, animals etc.? All such waste is generally dumped at the outskirts of the city, into rivers or sometimes one can even find it in the municipal dustbin next to any hospitals of any other locality. There, poor people, street dogs and cattle usually search for edible foods by scraping through the dustbin. Sometimes, one can even find a human fetus in the municipal garbage, where street dogs tear it apart to feed on it.
It has been found that rag pickers have previously collected the syringes, glass bottles of the salines, IV drips of bottles and blood bags made of plastics. They sell them to a rag purchaser who uses those bottles for recycling, or sometimes they are sold without recycling if anything like syringes is found intact. While collecting such substances or appliances, sometimes the rag pickers get hurt or pricked from the sharp waste which is dangerous to their health. Moreover, waste sharps may cause tetanus, Hepatitis B and C, AIDS and many other infections if they are not sanitized before disposal.
Recently, biomedical waste management has become a great concern for environmentalists, as there is a great risk of spreading germs in a society, as well as the pollution of the air, water and land if the waste is not managed/treated properly.
Contents
1. INTRODUCTION
2. DEFINITION OF BIOMEDICAL WASTE
2.1 CATAGORIES OF BIOMEDICAL HAZARDS
3. PROBLEMS REALETING TO BIOMEDICAL WASTE
3.1 DUMPING OF BIOMEDICAL WASTE
3.2. HEALTH ISSUE
3.3. ENVIRONMENT POLLUTION
4. CONSTITUTIONAL RIGHTS FOR SAFE ENVIRONMENT AND JUDGEMENTS
5. SUGGESTION
6. CONCLUSIONS
Research Objectives and Key Topics
This work examines the critical issue of biomedical waste management in India, aiming to highlight the gap between legal regulations and actual practices in medical institutions. It explores the environmental and health hazards caused by improper waste disposal, emphasizes the constitutional rights of citizens to a clean environment, and proposes actionable measures to ensure compliance with existing laws.
- Analysis of legal frameworks for biomedical waste management (1998 Rules).
- Impact of improper disposal on public health and disease transmission.
- Environmental consequences of incineration and alternative waste treatment.
- Constitutional rights to a safe environment and relevant judicial precedents.
- Proposed strategies for improved waste handling, rag-picker welfare, and policy enforcement.
Excerpt from the Book
3.1 DUMPING OF BIOMEDICAL WASTE
The dumping of biomedical waste has become one of the great concerns for all environmentalists, medical institution and for the Government body also. Since many serious issue is concerned with it relating to health, nuisance and pollution. From time to time and from our surrounding we have found that how the medical institution dumped they are biomedical waste.
One of such incident we can find, where used syringes was dumped near to a compound side of K.P. Vallon Road near Kadavanthara. In this particular case it was found that the disposed syringes were intact with the needles. And according to The Bio-Medical Waste (Management and Handling) Rules, 1998 the used syringes should be treated according to Schedule I of Rule 5. It should be the duty of the medical institution to have nozzle cutter and a needle burner to cut the nozzle of the syringes and also to burn the needles before disposal, so that that nobody can misuse it or reuse it.
In a recent study done by Central Pollution Control Board (CPCB) it is found that fifty percent of the biomedical wastes are treated before it’s dumped and the rest is untreated and dumped with municipal garbage.
In another case, Nair Hospitals of Mumbai Central used to dump their untreated biomedical waste at the backward of their hospitals. The rag pickers they used to enter into the campus without any interruption from the hospitals authority to collect the rag from the biomedical waste. It was also found that most the biomedical waste was untreated. And it’s a rule that the biomedical waste should not be dumped in this way. It should be the duty of the Hospital authority to handle and dumped the biomedical waste in accordance with The Bio-Medical Waste (Management and Handling) Rules, 1998 with proper labeling of biomedical waste hazards symbols.
Summary of Chapters
1. INTRODUCTION: This chapter introduces the global and national context of biomedical waste, highlighting the loopholes in current practices and the role of the Supreme Court of India in establishing waste management guidelines.
2. DEFINITION OF BIOMEDICAL WASTE: This chapter defines biomedical waste according to the 1998 Rules and outlines the specific categories of hazards and the required segregation and storage protocols.
3. PROBLEMS REALETING TO BIOMEDICAL WASTE: This chapter addresses the practical challenges of waste dumping, the associated public health risks, and the environmental pollution caused by standard treatment methods like incineration.
4. CONSTITUTIONAL RIGHTS FOR SAFE ENVIRONMENT AND JUDGEMENTS: This chapter analyzes how improper waste disposal violates fundamental constitutional rights and discusses key judicial decisions that mandate environmental protection.
5. SUGGESTION: This chapter provides practical recommendations for government, hospitals, and society, focusing on improved training, alternative treatment technologies, and the welfare of waste collectors.
6. CONCLUSIONS: This chapter summarizes the collective responsibility required to maintain a pollution-free society and introduces the "W3" formula for empowering citizens to demand better accountability from medical authorities.
Keywords
Biomedical Waste, Environmental Pollution, Healthcare Management, Waste Segregation, Hazardous Substances, Public Health, Incineration, Constitutional Rights, Bio-Medical Waste Rules 1998, Rag Pickers, Infectious Waste, Waste Disposal, Judicial Precedents, Sustainability, Disease Prevention.
Frequently Asked Questions
What is the primary focus of this publication?
The publication focuses on the dangers of improper biomedical waste management in India and evaluates the gap between existing environmental laws and ground-level medical practices.
Which central topics are discussed in the work?
The central topics include legal definitions of waste, health hazards (such as Hepatitis B/C and HIV), environmental pollution, constitutional rights, and practical suggestions for better waste management.
What is the core research objective?
The primary goal is to address how medical institutions can adhere to the Bio-Medical Waste (Management and Handling) Rules, 1998, to safeguard human health and the environment.
What methodology does the author employ?
The author uses a descriptive and analytical approach, referencing legal statutes, Supreme Court judgments, environmental studies, and organizational reports from the WHO and CPCB.
What does the main body of the work cover?
The main body covers the definition and categorization of hazards, case studies of illegal dumping, health risks to workers, the toxicity of incineration, and the constitutional framework protecting the environment.
What are the characterizing keywords of this document?
The main keywords are Biomedical Waste, Environmental Pollution, Waste Segregation, Hazardous Substances, Public Health, and Bio-Medical Waste Rules 1998.
What is the significance of the "W3" formula mentioned in the conclusion?
The W3 formula is a simplified mnemonic intended to empower citizens to ask three specific questions regarding rule compliance, staff training, and the provision of protective equipment by hospitals.
Why does the author argue against the use of incineration?
The author argues that incineration is harmful because it emits toxic gases like Dioxins, which are linked to cancer and immune system impairment, suggesting that safer alternative methods should be prioritized.
What specific social group does the author suggest requires more protection?
The author highlights the vulnerable condition of rag pickers, arguing that the government should provide them with training, protective gear, and vaccines against Hepatitis B and C due to their exposure to infectious materials.
- Arbeit zitieren
- Pyali Chatterjee (Autor:in), 2017, Biomedical waste management, München, GRIN Verlag, https://www.grin.com/document/366677
