Update September 2021. Safe management of health care waste practices play an essential role in protecting human health during all disease outbreaks, including during Ebola Virus Disease (EVD) outbreaks. This question and answer document provides practical, evidence-based recommendations on minimum... requirements and best practices for health care waste management in facilities and communities. It was originally developed in 2014 during the West Africa Ebola Outbreak and has been updated in 2021 to reflect lessons learned and new operational research data, including on the use of low-cost treatment technologies . The key recommendations on health care waste remain the same.
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The Information Management Unit of the Assistance Coordination Unit issued a Panoramic Report on Busra Esh-Sham City located in Dar’a Governorate. The report reflects the living conditions in the city during November and December 2017. The report covers in analysis several sections: Active Civilia...n actors, Demography, Health, Food Security, Education, and the Infrastructure, which incorporates Water sector, Sewage System, Solid Waste, Electricity, and Public Roads Network. This report aims at drawing the attention of the decision-makers to the civil actors in the city of Busra Esh-Sham and to enable them to manage the community and provide necessary infrastructure needs and services to the community people.
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A Community Guide to Environmental Health > Chapter 19: Health Care Waste. Please download this chapter from the website of Hesperian
Guidance Note. The recommended actions are presented under the different components (water supply, hygiene and hand washing, disinfection, solid waste management, latrine and wastewater management, and dead body management) of the defined Ebola Care Centre/Unit WASH package to complement community a...nd house-to-house level interventions
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This document provides an overview of specific health care waste technologies for the treatment of solid infectious and sharp waste. For each technology, details of its operation, effects on the environment and health, requirements for installation, capacities for treating waste, examples of consuma...bles and advantages and disadvantages are described. The document is designed for health care facility administrators and planners, WASH and infection prevention control staff, national planners, donors and partners.
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This technical note contains indicators and minimum standards necessary for emergency response in the following topics: quantity of water, access to water, quality of water, sanitation, hygiene, solid waste, cleaning and disinfection, as well as dosages for the preparation of solutions disinfectants... using sodium hypochlorite.
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Health care waste can be difficult to treat and dispose of safely. The environmental and health impacts of waste put extra pressure on resources. Therefore, it is important to try and reduce the quantities of waste wherever possible. Ensure waste is segregated properly at the point of disposal. It i...s cheaper and easier to manage general waste through a municipal waste system than infectious or sharps waste which needs treatment before final disposal. Organic general wastes like food and paper can be composted rather than being wasted. Non- hazardous general waste may also be sorted for recycling.
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European Journal of Biomedical and Pharmaceutical Sciences, vol.3 (2016) 1, 192-206
This review shows that if all sub areas of pharmaceutical waste management can efficiently work back to back environmental pollution and dangers to human health can reduce significantly.
Issues & Regulations Regarding Pharmaceutical Waste Management
European Journal of Biomedical and Pharmaceutical Sciences, vol.3 (2016) 1, 192-206
This review shows that if all sub areas of pharmaceutical waste management can efficiently work back to back environmental pollution and dangers to human health can reduce significantly.
The COVID-19 pandemic has led to large increases in healthcare waste, straining under resourced healthcare facilities and exacerbating environmental impacts from solid waste. This report quantifies the additional COVID-19 healthcare waste generated, describes current healthcare waste management syst...ems and their deficiencies, and summarizes emerging best practices and solutions to reduce the impact of waste on human and environmental health. The recommendations included in the report build on actions in the WHO manifesto for a healthy recovery from COVID-19: prescriptions and actionables for a healthy and green recovery. They target the global, national and facility levels to promote a “win–win” scenario for COVID-19 PPE use, testing and vaccinations that are safe and support environmental sustainability.
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نظرة عامّة على التقنيّات المستخدمة لمعالجة النفايات المُعدِية والحادّة الناتجة عن مرافق الرعاية الصحيّة
This document provides an overview of specific health care waste technologies for the treatment of solid ...infectious and sharp waste. For each technology, details of its operation, effects on the environment and health, requirements for installation, capacities for treating waste, examples of consumables and advantages and disadvantages are described. The document is designed for health care facility administrators and planners, WASH and infection prevention control staff, national planners, donors and partners.
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Laboratory Biossafety Manual
Waste management options such as recycling, composting, incineration and landfill impact health and well-being in profound ways, particularly for people who work directly with waste or live and work around waste sites.
Adresssing climate change impacts on infrastructure: preparing for change. Fact sheet
Indoor air pollution is caused by burning solid fuel sources – such as firewood, crop waste, and dung – for cooking and heating.
Burning such fuels, particularly in poor households, results in air pollution that leads to respiratory diseases, which can result in premature death. The WHO calls... indoor air pollution "the world's largest single environmental health risk."
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Worldwide, around 2.3 billion people still cook using solid fuels (such as wood, crop waste, charcoal, coal and dung) and kerosene in open fires and inefficient stoves. Most of these people are poor and live in low- and middle-income countries. There is a large discrepancy in access to cleaner cooki...ng alternatives between urban and rural areas: in 2021, only 14% of people in urban areas relied on polluting fuels and technologies, compared with 49% of the global rural population.
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Control of pollution from antibiotic manufacturing is a key part of safeguarding the longevity of antibiotics for all. Pollution contributes to antibiotic resistance and potentially undermines the effectiveness of medicines. High levels of antibiotics in water bodies downstream of manufacturing site...s have been widely documented. Currently, antibiotic pollution from manufacturing is largely unregulated and quality assurance criteria typically do not address environmental emissions.
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