E waste management policy draft_presentation_ruyooka
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The document outlines Uganda's draft e-waste management policy. It discusses the growing problem of e-waste in Uganda due to rising electronics use and lack of proper disposal infrastructure. The policy's vision is to achieve sustainable e-waste management for environmental and public health. It establishes roles for various government ministries and sets priorities like developing e-waste infrastructure, regulations, training programs, and public awareness campaigns.
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The document summarizes e-waste programs and initiatives in Ghana. It discusses the growing problem of e-waste in Ghana due to imports of used electronics and short lifespans of devices. It outlines several programs aimed at addressing e-waste, including developing a national e-waste strategy, cooperation with the Netherlands on enforcement and recycling, and various other interventions to study impacts, improve recycling methods, and increase awareness. The draft national e-waste strategy focuses on policy development, financing collection and disposal, establishing recycling infrastructure and training, and public education.
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The management of e-waste is a challenge especially in the developing countries. E-waste comprises
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protocol in Ebonyi State, Nigeria. The investigation revealed poor practices including; indiscriminate waste
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E-waste management, also known as electronic waste management or WEEE (Waste Electrical and Electronic Equipment) management, refers to the processes and strategies implemented to handle, recycle, and dispose of electronic and electrical equipment that has reached the end of its useful life. This category of waste includes a wide range of devices and appliances powered by electricity, such as computers, smartphones, televisions, refrigerators, washing machines, and more. E-waste management is crucial due to the increasing volume of electronic waste generated globally and the environmental and health hazards associated with improper disposal.
Here's a detailed description of e-waste management:
Collection: The first step in e-waste management is the collection of discarded electronic equipment. This can be done through various channels, including dedicated e-waste collection centers, drop-off points, recycling events, and even through authorized electronic retailers who take back old devices.
Sorting and Segregation: Once collected, the e-waste is sorted into different categories based on the type of equipment and its potential for recycling or disposal. Items like batteries, printed circuit boards (PCBs), plastics, and precious metals are typically separated during this process.
Data Destruction: Before recycling or disposing of electronic devices, data security is a critical concern. Data stored on hard drives, memory cards, and other storage media must be securely wiped or destroyed to prevent sensitive information from falling into the wrong hands.
Recycling: Recycling is a key component of e-waste management. Components like metals (copper, aluminum, gold, etc.), plastics, and glass can often be extracted and reused. Recycling not only conserves resources but also reduces the energy and environmental impact associated with mining and manufacturing new materials.
Disposal: Some components of e-waste may not be recyclable or economically viable to recycle. In such cases, safe disposal methods are employed to prevent environmental contamination. Specialized disposal facilities, often designed to minimize environmental impact, handle the disposal of hazardous components.
Regulations and Compliance: Many countries have established regulations and guidelines for the proper management of e-waste. These regulations often dictate how manufacturers, retailers, and consumers should handle electronic waste, including recycling targets and reporting requirements.
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This document discusses e-waste management in India. It defines e-waste as obsolete electronics like computers and phones. Approximately 20 million tons of e-waste is generated globally each year. E-waste is growing rapidly due to increasing electronics sales and short product lifecycles. Improper e-waste disposal pollutes the environment and harms human health. The document outlines responsibilities for citizens, industries, and governments to better manage e-waste through recycling and regulations.
Rapport 2014 e-déchets
This section describes how e-waste flows are measured in a harmonized framework. E-waste generated is calculated based on sales data, import/export data, product lifespan, and discarding probabilities. The methodology allows for international comparison by linking country data to standardized product categories and statistical corrections. Key outputs include the amount of e-waste generated per country, year, and product type. This framework provides an unprecedented level of accuracy and harmonization in measuring global e-waste quantities.
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ARTICLES AND REVIEWS
E-Waste: A Global Hazard
Devin N. Perkins, BS, Marie-Noel Brune Drisse, MS, Tapiwa Nxele, MS, and Peter D. Sly, MD
22
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ABSTRACT
Background: Waste from end-of-life electrical and electronic equipment, known as e-waste, is a rapidly growing global problem. E-
waste contains valuable materials that have an economic value when recycled. Unfortunately, the majority of e-waste is recycled in the
unregulated informal sector and results in significant risk for toxic exposures to the recyclers, who are frequently women and children.
Objectives: The aim of this study was to document the extent of the problems associated with inappropriate e-waste recycling
practices.
Methods: This was a narrative review that highlighted where e-waste is generated, where it is recycled, the range of adverse
environmental exposures, the range of adverse health consequences, and the policy frameworks that are intended to protect
vulnerable populations from inappropriate e-waste recycling practices.
Findings: The amount of e-waste being generated is increasing rapidly and is compounded by both illegal exportation and
inappropriate donation of electronic equipment, especially computers, from developed to developing countries. As little as 25%
of e-waste is recycled in formal recycling centers with adequate worker protection. The health consequences of both direct ex-
posures during recycling and indirect exposures through environmental contamination are potentially severe but poorly studied.
Policy frameworks aimed at protecting vulnerable populations exist but are not effectively applied.
Conclusions: E-waste recycling is necessary but it should be conducted in a safe and standardized manor. The acceptable risk
thresholds for hazardous, secondary e-waste substances should not be different for developing and developed countries. However,
the acceptable thresholds should be different for children and adults given the physical differences and pronounced vulnerabilities of
children. Improving occupational conditions for all e-waste workers and striving for the eradication of child labor is non-negotiable.
Key Words: children’s environmental health, developmental toxicology, electronic waste, e-waste, heavy metals
� 2014 Icahn School of Medicine at Mount Sinai. Annals of Global Health 2014;80:286-295
INTRODUCTION
The adverse consequences for health and the ecology
of exposure to waste products from human consump-
tion have long been recognized. A relatively recently
recognized hazardous waste product comes from dis-
carded electrical and electronic equipment (EEE).1
Such products contain costly components that have
economic value if recycled. However, EEE also con-
tains potentially hazardous substances that may be
directly released or generated during the recycling
process, generating what is known as e-waste. The
14-9996/ª 2014 Icahn School of Medicine at Mount Sinai
m the Department of Public Health, Environm.
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- 1. MINISTRY OF INFORMATION AND COMMUNICATIONS TECHNOLOGY (ICT) DRAFT E-WASTE MANAGEMENT POLICY FOR UGANDA BY: AMBROSE RUYOOKA, PMP - DIRECTORATE OF IT&IMS- PRESENTATION OCTOBER 6, 2011
- 2. CHAPTER ONE: INTRODUCTION
- 10. CHAPTER TWO: RATIONALE FOR THE e-WASTE POLICY
- 13. CHAPTER THREE: E-WASTE MANAGEMENT POLICY FOR UGANDA
- 20. CHAPTER FOUR: POLICY PRIORITY AREAS
- 23. CHAPTER FIVE: INSTITUTIONAL FRAMEWORK & POLICY IMPLEMENTATION
- 31. CHAPTER Six: RESOURCE MOBILISATION
- 33. CHAPTER SEVEN: Monitoring and Evaluation
- 35. CHAPTER SEVEN: Financial Implications
- 36. Financial Implications Institution Amount(UGX) Ministry of Information and Communications Technology 3,150,000,000 Ministry of Trade Industry and Cooperatives with Uganda National Bureau of Standards 3,550,000,000 National Environment Management Authority (NEMA) 265,000,000* Uganda Communications Commission (UCC) 1,050,000,000 National Information Technology-Uganda (NITA-U) 2,310,000,000 Grand Total 10,325,000,000