Qatar faces a growing problem of e-waste as its population rapidly adopts electronic devices without establishing proper infrastructure or legislation to deal with disposal. Each Qatari household averages five mobile phones, three laptops, and a desktop computer. Qatar generates a high amount of e-waste per capita compared to global averages. While some companies have take-back programs, most e-waste is improperly disposed of without means for formal collection, recycling, or safe disposal. Experts call for Qatar and other nations to develop responsible e-waste management systems to process materials in environmentally safe ways and prevent illegal dumping.
The document discusses perspectives on electronic waste (e-waste) in Latin America and the Caribbean. Some key points:
- E-waste generation is increasing due to rising electronics use but most countries do not have data on existing e-waste amounts.
- Current waste management practices make addressing the issue difficult as dumps are still common and few facilities can properly handle e-waste.
- Governments are increasingly aware of the issue and exploring solutions like producer responsibility and new regulations, but rules vary widely between countries.
International Journal of Engineering Inventions (IJEI) provides a multidisciplinary passage for researchers, managers, professionals, practitioners and students around the globe to publish high quality, peer-reviewed articles on all theoretical and empirical aspects of Engineering and Science.
Green ICT in Singapore - Path to responsible and sustainable growthVikas Sharma
A white paper I wrote back in 2009 for a government client in Singapore (publishing here since it is a non-confidential document available in the public domain). It provides an overview of the relevance of green ICT and how Singapore ICT companies are contributing in this space.
This document discusses environmental sound management of e-waste by the ICT sector. It outlines the challenges of increasing e-waste volumes, lack of standardized measures and regulations. The International Telecommunication Union (ITU) plays a key role in developing standards and recommendations to address e-waste. The ITU works to assist countries in developing e-waste policies and help companies reduce their environmental impact. Specific ITU recommendations cover issues like universal chargers, batteries, recycling procedures and labels to help reduce e-waste and promote sustainability in the ICT sector.
Access to the Internet has greatly expanded and the focus should now be on the willingness and ability of citizens to use it for productive purposes. The digital divide is now an issue that goes beyond the access gap, but also to be broadened to include underpinning divides, such as quality of access—the speed—and the ability to use it, if efforts to close the gap are to create real benefits. Our latest report Redefining Digital Divide reconsidered the nature of the digital divide and examined the strategies to overcome it in different countries. Download the full report on http://bit.ly/1a2p1iG
Dwight Clark presented on challenges in product stewardship and management of waste electronics. He discussed how electronic waste is one of the fastest growing waste streams and contains toxic materials like lead and mercury. While recycling can recover valuable materials, improper handling during recycling can cause environmental and health issues. Regulations around electronic waste management vary between federal, state, and international levels. Effective recycling requires properly handling, disassembling, and exporting waste to responsible parties.
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.
This document discusses electronic waste (e-waste) management in India. It begins by explaining how increased technology usage has led to growing e-waste. E-waste contains toxic materials like lead, cadmium, and mercury, so it cannot be disposed of with regular trash. India imports much e-waste and its generation is increasing 10% annually. It then outlines Samsung's e-waste recycling program called STAR and its goals to conserve resources and prevent pollution. The document also discusses e-waste recycling and disposal methods, the need for government regulation and extended producer responsibility, and existing e-waste recycling facilities in India.
The document discusses perspectives on electronic waste (e-waste) in Latin America and the Caribbean. Some key points:
- E-waste generation is increasing due to rising electronics use but most countries do not have data on existing e-waste amounts.
- Current waste management practices make addressing the issue difficult as dumps are still common and few facilities can properly handle e-waste.
- Governments are increasingly aware of the issue and exploring solutions like producer responsibility and new regulations, but rules vary widely between countries.
International Journal of Engineering Inventions (IJEI) provides a multidisciplinary passage for researchers, managers, professionals, practitioners and students around the globe to publish high quality, peer-reviewed articles on all theoretical and empirical aspects of Engineering and Science.
Green ICT in Singapore - Path to responsible and sustainable growthVikas Sharma
A white paper I wrote back in 2009 for a government client in Singapore (publishing here since it is a non-confidential document available in the public domain). It provides an overview of the relevance of green ICT and how Singapore ICT companies are contributing in this space.
This document discusses environmental sound management of e-waste by the ICT sector. It outlines the challenges of increasing e-waste volumes, lack of standardized measures and regulations. The International Telecommunication Union (ITU) plays a key role in developing standards and recommendations to address e-waste. The ITU works to assist countries in developing e-waste policies and help companies reduce their environmental impact. Specific ITU recommendations cover issues like universal chargers, batteries, recycling procedures and labels to help reduce e-waste and promote sustainability in the ICT sector.
Access to the Internet has greatly expanded and the focus should now be on the willingness and ability of citizens to use it for productive purposes. The digital divide is now an issue that goes beyond the access gap, but also to be broadened to include underpinning divides, such as quality of access—the speed—and the ability to use it, if efforts to close the gap are to create real benefits. Our latest report Redefining Digital Divide reconsidered the nature of the digital divide and examined the strategies to overcome it in different countries. Download the full report on http://bit.ly/1a2p1iG
Dwight Clark presented on challenges in product stewardship and management of waste electronics. He discussed how electronic waste is one of the fastest growing waste streams and contains toxic materials like lead and mercury. While recycling can recover valuable materials, improper handling during recycling can cause environmental and health issues. Regulations around electronic waste management vary between federal, state, and international levels. Effective recycling requires properly handling, disassembling, and exporting waste to responsible parties.
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.
This document discusses electronic waste (e-waste) management in India. It begins by explaining how increased technology usage has led to growing e-waste. E-waste contains toxic materials like lead, cadmium, and mercury, so it cannot be disposed of with regular trash. India imports much e-waste and its generation is increasing 10% annually. It then outlines Samsung's e-waste recycling program called STAR and its goals to conserve resources and prevent pollution. The document also discusses e-waste recycling and disposal methods, the need for government regulation and extended producer responsibility, and existing e-waste recycling facilities in India.
The document discusses e-waste recycling in developed and developing nations. It defines e-waste as discarded electronic equipment and defines the benefits of recycling e-waste such as conserving resources and reducing pollution. A global e-waste monitor report estimates that e-waste will increase to 47 million tons by 2017 and that developing nations currently generate more e-waste than developed nations. The document also outlines some regulations and initiatives aimed at better managing e-waste recycling.
Strategies for implementing an efficient e-waste management system - David Ro...Metamorphosis
The document discusses strategies for efficiently managing e-waste. It outlines that e-waste is a problem for two reasons: first, dumping e-waste contaminates the environment due to toxic materials; second, improper recycling can endanger workers and communities. The document then recommends conducting a national e-waste assessment to understand practices and needs, and using the results to develop a framework and national strategy to formalize the industry and ensure environmentally sound management of e-waste.
Electronic waste (e-waste) is growing rapidly and poses several problems. It contains toxic materials like lead and takes up landfill space. Improper disposal pollutes the environment and harms human health. Options for management include reuse by repairing or upgrading devices, recycling to recover materials, and proper disposal. The government should create e-waste policies and incentivize collection/recycling to deal with this important issue.
Mcdc2014 - Economic dimension of the Indigenous EconomyChris Rauchle
This document discusses the economic challenges faced by Indigenous communities in Australia across four dimensions: financial, food, social, and communications deserts. It notes a lack of access to banks, ATMs, fresh food, jobs, education, healthcare, and mobile/internet infrastructure in these communities. This isolation negatively impacts individuals' social and economic opportunities. The document proposes that increasing access to technology and online/mobile banking could help Indigenous Australians overcome some of these economic barriers by improving access to services, opportunities, and markets.
Market Research Report :E-Waste Market in India 2012Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
Electronics and electrical products including computer and its equipments are one of the highest consumed products in India. With rapidly increasing electronics consumption, electronic waste generated by such product has also grown and expected to skyrocket in the coming years. With billions of consumer spread across the nation and e-waste being handled largely by unorganized sector, organized, efficient and proper e-waste management is the need of the hour.
The report begins with ‘Introduction’ section covering overview regarding electronic waste which provides basic idea of what is e-waste, why is it harmful and the needs of managing such waste.
The ‘Market Overview’ section elaborates global & domestic market state of e-waste management. It is accompanied by a plethora of statistical information regarding e-waste in global scenario as well as in India such as global & domestic market size in terms of volume of e-waste generation, revenue generated from e-waste management and other related information. The section also elaborates major global e-waste exportation route denoting source and destination countries.
The section continues with emphasis on information regarding domestic market including e-waste produced in India, projected increase in the same, amount of e-waste recycled yearly, volumes of e-waste created by major electronic products, yearly e-waste importation in the country and other related information. It continues with major e-waste generating products and its hazardous contents which details various products, its components and hazardous contents of each product and component. It aims to provide a basic idea of the kind of e-waste created in the country on a day-to-day basis. The section ends with ‘E-waste Value Chain’ that illuminates the flow of e-waste generating products movement amongst producers, distributors, consumers and recyclers.
It is followed by ‘Scope in India’ section which elaborates on various scope areas and product verticals for e-waste in India. Specific product verticals have been highlighted with information regarding each of their market state and opportunity areas for e-waste management.
Next ‘E-Waste Management’ section covers the basic procedure of e-waste management for a particular company from e-waste management planning to obtaining license, e-waste disposal and documentation. This section also elaborates the basic procedure of electronic waste management in India. Followed by a section ‘Roles of E-Waste Stakeholders’ which emphasizes on essential role each stakeholder must play to achieve favourable results in e-waste management.
The report continues with ‘Drivers & Challenges’ section elaborating the major furtherance & impediments for e-waste management in India. Both the ‘drivers’ and ’challenges’ are equally stressed upon to provide clear idea regarding the probable
Electronic waste or e-waste is any broken or unwanted electrical or electronic appliance.
This presentation contains:
-Introduction
-Indian Scenario
-Main Sources
-Problems
-Hazards
-Effects on Human Health
-E-waste Management (Solutions)
-Sustainable E-waste handling
-Basel Convention
-Need for Legal Framework
This document discusses electronic waste (e-waste) and its management in India. It defines e-waste as improperly disposed electronics and describes its harmful effects on the environment and human health through the toxic materials it contains like lead, cadmium, and mercury. Large amounts of e-waste are generated but much of it is handled through dangerous informal recycling in places like Guiyu, China that pollutes the local area. The document calls for better e-waste management policies and producer responsibility in India to address this important issue.
Meeting needs at higher speed: Improved service delivery through high-speed b...Connecting Up
The document summarizes Paul Russell's presentation on improving service delivery through high-speed broadband. It discusses 1) the importance of the digital economy, 2) Australia's current broadband access and usage, and 3) how new technologies enabled by high-speed broadband can benefit non-profits through greater accessibility, mobility, and assistive technologies.
The world today has been witnessing phenomenal outgrowth in all fields during the past few decades. This augmentation has been largely stimulated by information and communication technologies (ICT). However, the inexorable evolution of technology and global economic development are being pursued at an ever-increasing societal cost with a snowballing potentially negative impact on the environment. Hence, one of the important challenges modern society faces is sustainability. This article attempts to explore the existing body of knowledge to provide a better understanding of the impact of ICT and digital revolutions on global carbon footprint and emissions. It also attempts to explore the presence of environmental sustainability initiatives in e-government programs worldwide. It presents some thoughts about how governments may address sustainability requirements in their e-government programs and enact responsible ICT-enabled transformation.
ICT and GHG emissions: Just how green are virtual worlds - Kevin Houston (htt...JISC GECO
Presentation on the Impact of ICT and GHG emissions: Just how green are virtual worlds? given by Kevin Houston (http://www.carbonmasters.co.uk) at the JISC GECO/STEEV Green Energy Tech Event (#e3vis) on Thursday 13th October 2011.
This document discusses electronic waste (e-waste) recycling as a viable business in South Africa. It notes that e-waste volumes are growing significantly both globally and in South Africa. Formalizing e-waste recycling could be profitable, as shown through a sample business plan for a recycling facility. The document also outlines relevant e-waste recycling standards and legislation that would need to be followed. It argues that a formal e-waste recycling business could help address issues like decreasing landfill space and preventing environmental contamination from toxic e-waste components.
The mobile industry aims to reduce its greenhouse gas emissions per connection by 40% by 2020 compared to 2009 levels. Mobile technologies can enable emissions reductions of 1,150 Mt CO2e in other sectors such as power, buildings, transportation, and dematerialization. To fully realize this potential, the document recommends governments include mobile solutions in climate policies, facilitate measurement frameworks, support broadband infrastructure, and demonstrate leadership through public sector adoption of mobile-enabled technologies. The mobile industry forecasts its total emissions will remain at 245 Mt CO2e from 2009 to 2020 despite a 70% growth in connections, showing carbon neutral growth.
This document discusses electronics waste (e-waste) and its management. It defines e-waste and lists major sources like computers, phones, TVs. India generates 0.8 million tons of e-waste annually, which is growing 10% each year. E-waste contains valuable and toxic materials. The document outlines recycling and disposal methods like reuse, dismantling, and material recovery which can have environmental and economic benefits but are currently not well regulated in India. It calls for more awareness, legislation, and safer recycling practices to better manage the large and growing quantities of e-waste.
Australians are increasingly accessing the internet through mobile devices rather than just desktop computers. 46% of Australians accessed the internet via mobile in 2013, spending an average of 1 hour and 40 minutes per day on their phones. The rollout of the National Broadband Network is also increasing, with the number of homes connected tripling from 2013 to 2014. Australians now spend almost 109 hours per month consuming media on various digital devices, with television still dominating for video viewing at 97 hours per month compared to 8 hours on desktops and 2 hours each on phones and tablets. Social media has also grown significantly, with 74% of Australians now using platforms like Facebook.
This document discusses how environmental and social justice practices are becoming standard in business. It provides statistics on carbon emissions in the US and how industries are taking a lead in sustainable practices through standards like LEED certification. The document promotes BetterWorld Telecom as a telecommunications company focused on sustainability through practices like being carbon neutral, having a green supply chain, and donating revenues to causes. It outlines how BetterWorld helps customers lower costs and reduce carbon footprints through unified communications solutions and case studies.
IoT Based Smart Trash Bins – A Step Toward Smart CityIRJET Journal
This document describes a smart trash bin system that uses IoT technology for waste management. The system uses ultrasonic sensors connected to an Arduino microcontroller to detect when trash bins are 90% full. It then sends an alert via WiFi and the IoT to a municipal web server. This notifies municipal workers to empty the bins. The goals are to optimize waste collection, reduce costs and pollution from unnecessary bin emptying, and provide real-time monitoring of waste levels. It is part of creating smarter waste management for the city of Hubli, India as the population grows and waste problems increase.
Digital Australia - State-of-the-nation-report-2014Chris Ellis
This document provides an overview of digital behaviors and attitudes in Australia based on a survey of 1,500 Australian consumers and 167 digital opinion leaders. Some of the key findings include:
- Australians are highly connected digitally, with 77% owning a smartphone and 81% of households having internet access. However, many believe Australia's digital economy lags behind other countries.
- Consumers frequently research purchases online but have lower rates of online transactions. Banking has the highest rate of online transactions at 92%. Getting more consumers to complete purchases online is an opportunity for businesses.
- The report identifies seven consumer segments ranging from "Natives" for whom technology is natural to "Drifters" who are cynical
This document provides an overview of e-waste (electronic waste) processing. It begins by defining e-waste and listing some of the common electronic devices that are considered e-waste. It then discusses some of the drawbacks of e-waste, such as security and privacy risks from discarded hard drives and environmental pollution caused by chemicals in electronics. The document outlines the need for e-waste processing to reduce pollution and notes some of the equipment used in processing, including equipment for processing cathode ray tubes, printed circuit boards, and cables/wires. It provides a brief overview of how e-waste is typically processed, including dismantling, shredding, and separating materials. It also mentions some of the difficulties in processing
This document outlines six principles that have allowed Wisdom Adhesives, a fifth-generation family business founded in 1875, to achieve longevity and success. The principles are passion, action, reinvention, endurance, relationships, and generosity. Wisdom Adhesives is one of the oldest continuously operating adhesive manufacturers in the world and has 17 locations worldwide through adhering to these principles such as having passionate ownership, taking action, reinventing during hard times, enduring through challenges, valuing relationships, and giving back through their family foundation.
The Business of Reinvention:Strategic Business PlanningPCMAHQ
Session: Coloring Outside the Lines - Reinventing the Meeting Experience
Presented by: Jeff Tobe CSP, M.Ed, Primary Colorer, Coloring Outside the Lines
Date and time: Tuesday, June 25, 11:15am
pcma.org/educon
Coloring Outside the Lines - Reinventing the Meeting ExperiencePCMAHQ
Session: Coloring Outside the Lines - Reinventing the Meeting Experience
Presented by: Jeff Tobe CSP, M.Ed, Primary Colorer, Coloring Outside the Lines
Date and time: Tuesday, June 25, 11:15am
pcma.org/educon
Cecily Sommers speaks on The Art of ReinventionCecily Sommers
One of the most common ways of describing what we’re looking for in life—at work, at home, and in social relationships—is a “good fit.” We may not know exactly what a good-fit job, place, or person will look like, but we trust that we’ll know it when we find it: it’ll feel both comfortable and stimulating and, in terms of outcomes, will generate satisfaction and success. In other words, we believe that finding what suits and supports our unique strengths, temperament, and interests (the good fit) will make us happy.
Concentrating on good-fit opportunities is also important to professional and business development. It’s how careers are advanced and how strategies stay focused and, in times of transition, is a reliable way-finding tool for what’s next.
In her presentation, The Art of Reinvention, Cecily Sommers describes how she linked good-fit opportunities to carve an unconventional career path from dancer to chiropractor to professional futurist. As she shares how the pursuit of ‘the good fit’ opened doors for her, and cleared the way when others closed, Cecily shows how these same principles also apply in matters of strategy and innovation.
At once inspiring and practical, The Art of Reinvention is a “good fit” for people and organizations facing change. It has direct application for leadership development, brand strategy, and corporate innovation. Participants will learn how to qualify a “good fit’ for them and use it to:
• Uncover non-obvious career, market, and innovation opportunities
• Manage teams and grow leaders
• Navigate uncertainty
The document discusses e-waste recycling in developed and developing nations. It defines e-waste as discarded electronic equipment and defines the benefits of recycling e-waste such as conserving resources and reducing pollution. A global e-waste monitor report estimates that e-waste will increase to 47 million tons by 2017 and that developing nations currently generate more e-waste than developed nations. The document also outlines some regulations and initiatives aimed at better managing e-waste recycling.
Strategies for implementing an efficient e-waste management system - David Ro...Metamorphosis
The document discusses strategies for efficiently managing e-waste. It outlines that e-waste is a problem for two reasons: first, dumping e-waste contaminates the environment due to toxic materials; second, improper recycling can endanger workers and communities. The document then recommends conducting a national e-waste assessment to understand practices and needs, and using the results to develop a framework and national strategy to formalize the industry and ensure environmentally sound management of e-waste.
Electronic waste (e-waste) is growing rapidly and poses several problems. It contains toxic materials like lead and takes up landfill space. Improper disposal pollutes the environment and harms human health. Options for management include reuse by repairing or upgrading devices, recycling to recover materials, and proper disposal. The government should create e-waste policies and incentivize collection/recycling to deal with this important issue.
Mcdc2014 - Economic dimension of the Indigenous EconomyChris Rauchle
This document discusses the economic challenges faced by Indigenous communities in Australia across four dimensions: financial, food, social, and communications deserts. It notes a lack of access to banks, ATMs, fresh food, jobs, education, healthcare, and mobile/internet infrastructure in these communities. This isolation negatively impacts individuals' social and economic opportunities. The document proposes that increasing access to technology and online/mobile banking could help Indigenous Australians overcome some of these economic barriers by improving access to services, opportunities, and markets.
Market Research Report :E-Waste Market in India 2012Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
Electronics and electrical products including computer and its equipments are one of the highest consumed products in India. With rapidly increasing electronics consumption, electronic waste generated by such product has also grown and expected to skyrocket in the coming years. With billions of consumer spread across the nation and e-waste being handled largely by unorganized sector, organized, efficient and proper e-waste management is the need of the hour.
The report begins with ‘Introduction’ section covering overview regarding electronic waste which provides basic idea of what is e-waste, why is it harmful and the needs of managing such waste.
The ‘Market Overview’ section elaborates global & domestic market state of e-waste management. It is accompanied by a plethora of statistical information regarding e-waste in global scenario as well as in India such as global & domestic market size in terms of volume of e-waste generation, revenue generated from e-waste management and other related information. The section also elaborates major global e-waste exportation route denoting source and destination countries.
The section continues with emphasis on information regarding domestic market including e-waste produced in India, projected increase in the same, amount of e-waste recycled yearly, volumes of e-waste created by major electronic products, yearly e-waste importation in the country and other related information. It continues with major e-waste generating products and its hazardous contents which details various products, its components and hazardous contents of each product and component. It aims to provide a basic idea of the kind of e-waste created in the country on a day-to-day basis. The section ends with ‘E-waste Value Chain’ that illuminates the flow of e-waste generating products movement amongst producers, distributors, consumers and recyclers.
It is followed by ‘Scope in India’ section which elaborates on various scope areas and product verticals for e-waste in India. Specific product verticals have been highlighted with information regarding each of their market state and opportunity areas for e-waste management.
Next ‘E-Waste Management’ section covers the basic procedure of e-waste management for a particular company from e-waste management planning to obtaining license, e-waste disposal and documentation. This section also elaborates the basic procedure of electronic waste management in India. Followed by a section ‘Roles of E-Waste Stakeholders’ which emphasizes on essential role each stakeholder must play to achieve favourable results in e-waste management.
The report continues with ‘Drivers & Challenges’ section elaborating the major furtherance & impediments for e-waste management in India. Both the ‘drivers’ and ’challenges’ are equally stressed upon to provide clear idea regarding the probable
Electronic waste or e-waste is any broken or unwanted electrical or electronic appliance.
This presentation contains:
-Introduction
-Indian Scenario
-Main Sources
-Problems
-Hazards
-Effects on Human Health
-E-waste Management (Solutions)
-Sustainable E-waste handling
-Basel Convention
-Need for Legal Framework
This document discusses electronic waste (e-waste) and its management in India. It defines e-waste as improperly disposed electronics and describes its harmful effects on the environment and human health through the toxic materials it contains like lead, cadmium, and mercury. Large amounts of e-waste are generated but much of it is handled through dangerous informal recycling in places like Guiyu, China that pollutes the local area. The document calls for better e-waste management policies and producer responsibility in India to address this important issue.
Meeting needs at higher speed: Improved service delivery through high-speed b...Connecting Up
The document summarizes Paul Russell's presentation on improving service delivery through high-speed broadband. It discusses 1) the importance of the digital economy, 2) Australia's current broadband access and usage, and 3) how new technologies enabled by high-speed broadband can benefit non-profits through greater accessibility, mobility, and assistive technologies.
The world today has been witnessing phenomenal outgrowth in all fields during the past few decades. This augmentation has been largely stimulated by information and communication technologies (ICT). However, the inexorable evolution of technology and global economic development are being pursued at an ever-increasing societal cost with a snowballing potentially negative impact on the environment. Hence, one of the important challenges modern society faces is sustainability. This article attempts to explore the existing body of knowledge to provide a better understanding of the impact of ICT and digital revolutions on global carbon footprint and emissions. It also attempts to explore the presence of environmental sustainability initiatives in e-government programs worldwide. It presents some thoughts about how governments may address sustainability requirements in their e-government programs and enact responsible ICT-enabled transformation.
ICT and GHG emissions: Just how green are virtual worlds - Kevin Houston (htt...JISC GECO
Presentation on the Impact of ICT and GHG emissions: Just how green are virtual worlds? given by Kevin Houston (http://www.carbonmasters.co.uk) at the JISC GECO/STEEV Green Energy Tech Event (#e3vis) on Thursday 13th October 2011.
This document discusses electronic waste (e-waste) recycling as a viable business in South Africa. It notes that e-waste volumes are growing significantly both globally and in South Africa. Formalizing e-waste recycling could be profitable, as shown through a sample business plan for a recycling facility. The document also outlines relevant e-waste recycling standards and legislation that would need to be followed. It argues that a formal e-waste recycling business could help address issues like decreasing landfill space and preventing environmental contamination from toxic e-waste components.
The mobile industry aims to reduce its greenhouse gas emissions per connection by 40% by 2020 compared to 2009 levels. Mobile technologies can enable emissions reductions of 1,150 Mt CO2e in other sectors such as power, buildings, transportation, and dematerialization. To fully realize this potential, the document recommends governments include mobile solutions in climate policies, facilitate measurement frameworks, support broadband infrastructure, and demonstrate leadership through public sector adoption of mobile-enabled technologies. The mobile industry forecasts its total emissions will remain at 245 Mt CO2e from 2009 to 2020 despite a 70% growth in connections, showing carbon neutral growth.
This document discusses electronics waste (e-waste) and its management. It defines e-waste and lists major sources like computers, phones, TVs. India generates 0.8 million tons of e-waste annually, which is growing 10% each year. E-waste contains valuable and toxic materials. The document outlines recycling and disposal methods like reuse, dismantling, and material recovery which can have environmental and economic benefits but are currently not well regulated in India. It calls for more awareness, legislation, and safer recycling practices to better manage the large and growing quantities of e-waste.
Australians are increasingly accessing the internet through mobile devices rather than just desktop computers. 46% of Australians accessed the internet via mobile in 2013, spending an average of 1 hour and 40 minutes per day on their phones. The rollout of the National Broadband Network is also increasing, with the number of homes connected tripling from 2013 to 2014. Australians now spend almost 109 hours per month consuming media on various digital devices, with television still dominating for video viewing at 97 hours per month compared to 8 hours on desktops and 2 hours each on phones and tablets. Social media has also grown significantly, with 74% of Australians now using platforms like Facebook.
This document discusses how environmental and social justice practices are becoming standard in business. It provides statistics on carbon emissions in the US and how industries are taking a lead in sustainable practices through standards like LEED certification. The document promotes BetterWorld Telecom as a telecommunications company focused on sustainability through practices like being carbon neutral, having a green supply chain, and donating revenues to causes. It outlines how BetterWorld helps customers lower costs and reduce carbon footprints through unified communications solutions and case studies.
IoT Based Smart Trash Bins – A Step Toward Smart CityIRJET Journal
This document describes a smart trash bin system that uses IoT technology for waste management. The system uses ultrasonic sensors connected to an Arduino microcontroller to detect when trash bins are 90% full. It then sends an alert via WiFi and the IoT to a municipal web server. This notifies municipal workers to empty the bins. The goals are to optimize waste collection, reduce costs and pollution from unnecessary bin emptying, and provide real-time monitoring of waste levels. It is part of creating smarter waste management for the city of Hubli, India as the population grows and waste problems increase.
Digital Australia - State-of-the-nation-report-2014Chris Ellis
This document provides an overview of digital behaviors and attitudes in Australia based on a survey of 1,500 Australian consumers and 167 digital opinion leaders. Some of the key findings include:
- Australians are highly connected digitally, with 77% owning a smartphone and 81% of households having internet access. However, many believe Australia's digital economy lags behind other countries.
- Consumers frequently research purchases online but have lower rates of online transactions. Banking has the highest rate of online transactions at 92%. Getting more consumers to complete purchases online is an opportunity for businesses.
- The report identifies seven consumer segments ranging from "Natives" for whom technology is natural to "Drifters" who are cynical
This document provides an overview of e-waste (electronic waste) processing. It begins by defining e-waste and listing some of the common electronic devices that are considered e-waste. It then discusses some of the drawbacks of e-waste, such as security and privacy risks from discarded hard drives and environmental pollution caused by chemicals in electronics. The document outlines the need for e-waste processing to reduce pollution and notes some of the equipment used in processing, including equipment for processing cathode ray tubes, printed circuit boards, and cables/wires. It provides a brief overview of how e-waste is typically processed, including dismantling, shredding, and separating materials. It also mentions some of the difficulties in processing
This document outlines six principles that have allowed Wisdom Adhesives, a fifth-generation family business founded in 1875, to achieve longevity and success. The principles are passion, action, reinvention, endurance, relationships, and generosity. Wisdom Adhesives is one of the oldest continuously operating adhesive manufacturers in the world and has 17 locations worldwide through adhering to these principles such as having passionate ownership, taking action, reinventing during hard times, enduring through challenges, valuing relationships, and giving back through their family foundation.
The Business of Reinvention:Strategic Business PlanningPCMAHQ
Session: Coloring Outside the Lines - Reinventing the Meeting Experience
Presented by: Jeff Tobe CSP, M.Ed, Primary Colorer, Coloring Outside the Lines
Date and time: Tuesday, June 25, 11:15am
pcma.org/educon
Coloring Outside the Lines - Reinventing the Meeting ExperiencePCMAHQ
Session: Coloring Outside the Lines - Reinventing the Meeting Experience
Presented by: Jeff Tobe CSP, M.Ed, Primary Colorer, Coloring Outside the Lines
Date and time: Tuesday, June 25, 11:15am
pcma.org/educon
Cecily Sommers speaks on The Art of ReinventionCecily Sommers
One of the most common ways of describing what we’re looking for in life—at work, at home, and in social relationships—is a “good fit.” We may not know exactly what a good-fit job, place, or person will look like, but we trust that we’ll know it when we find it: it’ll feel both comfortable and stimulating and, in terms of outcomes, will generate satisfaction and success. In other words, we believe that finding what suits and supports our unique strengths, temperament, and interests (the good fit) will make us happy.
Concentrating on good-fit opportunities is also important to professional and business development. It’s how careers are advanced and how strategies stay focused and, in times of transition, is a reliable way-finding tool for what’s next.
In her presentation, The Art of Reinvention, Cecily Sommers describes how she linked good-fit opportunities to carve an unconventional career path from dancer to chiropractor to professional futurist. As she shares how the pursuit of ‘the good fit’ opened doors for her, and cleared the way when others closed, Cecily shows how these same principles also apply in matters of strategy and innovation.
At once inspiring and practical, The Art of Reinvention is a “good fit” for people and organizations facing change. It has direct application for leadership development, brand strategy, and corporate innovation. Participants will learn how to qualify a “good fit’ for them and use it to:
• Uncover non-obvious career, market, and innovation opportunities
• Manage teams and grow leaders
• Navigate uncertainty
HBR's 10 must reads on Innovation. The author is Peter Drucker, the founder of modern management. The most innovative business ideas come from methodically analyzing seven areas of opportunity. You have to identify the opportunity and need a leap of imagination to arrive at the right response.
An interesting summary of the key takeaways from the famous innovation management book "The innovator's dilemma". The book won Global Business Book Award and was the best business book of the year in 1997.
General assessment of e waste problem in egypt.pdfwalled ashwah
This document summarizes the e-waste problem in Egypt. It estimates that the number of mobile phone subscribers in Egypt increased nearly 5 times from 2001 to 2008. It also estimates that the number of personal computers in Egypt increased from around 120,000 in 1992 to over 11 million by 2005. The document projects that e-waste quantities will continue increasing rapidly in Egypt due to growing electronics use. It notes that e-waste contains toxic heavy metals and chemicals and that Egypt currently lacks formal e-waste recycling systems.
E-Waste Management Market is Expected to Reach $49.4 Billion, Globally, by 2020Allied Market Research
E-Waste Management Market Report, published by Allied Market Research, forecasts that the global market is expected to garner $49.4 billion by 2020, registering a CAGR of 23.5% during the period 2014 - 2020.The ever-growing need for adapting the latest technology is the prime factor for a large volume of E-Waste generated across the globe. The Asia Pacific region contributes to the largest revenue share in the global E-Waste management market, followed by European countries. Analysis of the market indicates that the global volume of E-waste accounted for 57.7 million tons in 2013.
Electronic waste (e-waste) describes discarded electrical or electronic devices. Rapidly changing technology and planned obsolescence have resulted in a fast-growing amount of e-waste globally. E-waste contains hazardous but also valuable materials. There is disagreement around the relative risks of e-waste and whether restricting the international trade of used electronics improves or worsens conditions. While recycling e-waste recovers materials, informal processing in developing countries can cause health and environmental problems due to toxic emissions and water contamination.
The 2013 annual report summarizes WorldLoop's activities and growth over the past year. It highlights that in 2013, the WEEE Centre in Nairobi recycled over 273 tons of e-waste, and is on track to become self-sustainable in the next two years. WorldLoop also expanded its e-waste recycling activities to four new countries. The report discusses the increasing problem of e-waste in developing countries as economies grow and consumerism rises. It emphasizes the need for proper legislation, infrastructure, and awareness around e-waste issues. WorldLoop aims to address these needs through its work setting up recycling facilities and promoting environmentally-sound recycling practices.
Mobile phone usage and battery disposal in lagos, nigeriaLorddanielossy
- The document analyzes mobile phone usage and battery disposal behaviors in Lagos, Nigeria. It finds that higher levels of education correlate with better phone usage behaviors, and most respondents dispose of phone batteries improperly with no regulation. Corporate workers are most willing to recycle batteries without compensation. The study recommends increasing consumer awareness, enacting e-waste legislation, and providing infrastructure for e-waste collection and processing.
Mobile phone usage and battery disposal in lagos, nigeriaLorddanielossy
- The document analyzes mobile phone usage and battery disposal behaviors in Lagos, Nigeria. It finds that higher levels of education correlate with better phone usage behaviors, and most respondents dispose of phone batteries improperly with no regulation. Corporate workers showed the highest willingness to properly recycle batteries without compensation. The study recommends increasing consumer awareness, enacting e-waste laws, and providing infrastructure for e-waste collection and processing.
This document discusses retired IT assets and the IT asset disposition (ITAD) process. It begins with an overview of the global e-waste problem and statistics on e-waste generation. It then covers the full ITAD process from secure collection and transport of retired assets to sorting, repair/refurbishment, resale if possible, and responsible recycling. It emphasizes the importance of choosing a trusted ITAD partner and outlines best practices around data security, record keeping, and ensuring materials are handled responsibly through certified recycling facilities. The goal is to maximize the reuse of retired assets through resale while properly recycling the rest to create a circular economy and avoid harmful e-waste dumping.
Vodafone is tackling issues of energy security and climate change by optimizing their energy efficiency and helping customers reduce emissions. They have seen a ten-fold growth in data carried over their networks in the last five years. Vodafone enabled their customers to save 1.74 tonnes of emissions for every tonne generated by their own activities in 2015-2016. Their annual greenhouse gas emissions per petabyte of data carried by mobile networks were 40% lower in 2016 compared to 2015 despite a 70% increase in data carried.
Policies for Green Computing and E-Waste in NigeriaEditor IJCATR
Computers today are an integral part of individuals’ lives all around the world, but unfortunately these devices are toxic to the environment given the materials used, their limited battery life and technological obsolescence. Individuals are concerned about the hazardous materials ever present in computers, even if the importance of various attributes differs, and that a more environment -friendly attitude can be obtained through exposure to educational materials. In this paper, we aim to delineate the problem of e-waste in Nigeria and highlight a series of measures and the advantage they herald for our country and propose a series of action steps to develop in these areas further. It is possible for Nigeria to have an immediate economic stimulus and job creation while moving quickly to abide by the requirements of climate change legislation and energy efficiency directives. The costs of implementing energy efficiency and renewable energy measures are minimal as they are not cash expenditures but rather investments paid back by future, continuous energy savings.
This document is WorldLoop's 2012 annual report. It summarizes WorldLoop's mission to eliminate the negative environmental impact of e-waste in developing countries by establishing e-waste recycling facilities. In 2012, WorldLoop launched projects in Tanzania and Rwanda, in addition to continuing operations at its facility in Nairobi, Kenya which recycled nearly 150 tons of e-waste. WorldLoop also increased awareness of e-waste issues and engaged new partners and sponsors to further its work addressing this problem in Africa and beyond.
Our E-Waste Problem is Ridiculous, and Gadget Makers Aren't Helping clarifies the damaging effects of dumping electronic waste into landfills. 70-80% of old phones end up in landfills when customers upgrade to new phones. While technology has improved, electronics have become harder to disassemble. The recycling process involves determining if devices can be resold; otherwise, they are shredded so materials like steel and copper can be recycled. However, extracting these materials can be difficult.
Report on e-waste management & recyclingGovindmeena93
The document provides an overview of e-waste (electronic waste) in India. It discusses that e-waste is a growing problem due to rapid technological changes and the growing consumption of electronic devices. It notes that e-waste contains toxic heavy metals like lead, mercury, and cadmium which can harm human health and the environment if not properly disposed of. It also discusses the different sources of e-waste in India like households, businesses, manufacturers, and imports. Common methods for managing e-waste mentioned are landfilling, incineration, and recycling, each with their own environmental risks if not carried out properly. The document emphasizes the need for better e-waste management policies and practices in India to deal with the
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.
Sustainability - The corporate mobile device is redundantmParticle
This document discusses the environmental impact of providing employees with separate work and personal mobile phones. It notes that around 30% of adults carry two phones, which is expensive for organizations and bad for the environment due to the resources required to produce the phones. The document recommends using a single smartphone for both work and personal use through a solution called smartnumbers mobile, which allows for separate work and personal phone numbers on one device. This reduces waste and costs while providing the benefits of separate work and personal lines on a single phone.
How we can reduce the impact of mobile phones on the environment. Jonathan Morse
Mobile phones can be a huge burden on the environment. What can we do to reduce this?
From the land and materials that's needed to be mined for their production, their use and greenhouse gas production, to the significant environmental impact that can occur from the recycling/ disposal of unwanted devices, we need to do something to make mobile phones more environmentally friendly.
The reason why I joined the organisation that I work for was to marry up two of my main career aims; how we can work towards saving the environment whilst being realistic that this has to be economically viable. It’s very easy for people to come up with fanciful ideas of how to save the world but unless costs make business sense then that idea is not going to be adopted by businesses or the majority of people.
With smartnumbers mobile I saw the potential in the product to achieve just what I was looking for. Instead of having to carry around two phones, now we can handle our personal and work numbers on one device. The obvious benefit of this is of course eliminating the inconvenience of having two phones in your pocket.
However I believe that the biggest benefit is how this can drastically reduce the number of devices needed to be produced and subsequently disposed of globally. For me this is ground breaking, now every person that currently carries two phones can almost halve the environmental impact of their mobile phone use.
I would like to speak with anyone who is in charge of their companies mobile phones. If that is you then please do get in touch. Similarly if that is not you then please do pass the message onto the relative person in your organisation.
Thank you,
Jonathan Morse
(BSc), Environmental Geoscience.
This document provides an overview of electronic waste (e-waste) management. It discusses:
1) Sources of e-waste including individual households, businesses, manufacturers, and imports. Business sectors account for most e-waste in India.
2) Categories of e-waste including large and small household appliances, IT equipment, consumer equipment, lighting, and more.
3) Hazards of e-waste including toxic heavy metals like lead, mercury, cadmium which can contaminate the environment if e-waste is improperly disposed of.
E-waste reduction has become a major issue for environmental activists, municipal and state governments. Even the United Nations due to the constantly growing amount of obsolete electronics being discarded. Electronic trash, sometimes known as "e-waste," is increasingly a serious problem.
India's waste management industry has a lot of space for expansion because currently only 30% of the country's recyclable rubbish gets recycled.
ARTICLES AND REVIEWSE-Waste A Global HazardDevin N. Perki.docxdavezstarr61655
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
Fro
ter
(D
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Re
(PD
Th
of
do
htt
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.
Regional E-Waste Initiatives provides electronic asset management and refrigerant services. It has over 20 years of experience in the Middle East and has run national e-waste recycling campaigns in multiple countries, collecting over 170,000 mobile phones and 420 tons of e-waste in the UAE. The company works with telecom partners who endorse its campaigns and it has the necessary licenses to collect, transport, and export e-waste for recycling.
This document discusses electronic waste (e-waste) recycling as a viable business opportunity in South Africa. It notes that while e-waste is mainly generated by developed nations, ownership of electronic devices is growing rapidly in developing countries as well. Currently, only about 10% of over 50,000 tons of annual e-waste generated in South Africa is recycled. E-waste contains valuable materials like gold and copper, but also hazardous substances like lead and mercury, so proper handling and recycling is important. Enabling policies and support from government and businesses could help unlock the potential of e-waste recycling to create jobs and improve waste management in South Africa.
The document discusses the growth of the franchise business model in the UAE real estate industry. It notes that the franchise model provides benefits to both new entrepreneurs and established real estate brokers. Specifically, the franchise model allows brokers to leverage an established brand for marketing and business solutions while keeping initial investment and operating costs low compared to starting from scratch. The document also outlines the franchise fee structures of Asteco and Driven Properties, the first companies in the UAE to offer real estate brokerage franchises.
Property Weekly, Gulf News, Rent to own schemeAmeen Kader
Developers in Dubai and Abu Dhabi are offering various alternative sales schemes like rent-to-own and pay 10% down payment schemes to attract more buyers in the current soft market. These schemes allow buyers to move in immediately while paying rent, which gets deducted from the final purchase price. They benefit both developers by opening up a larger potential buyer pool and tenants by reducing upfront costs. However, there are also risks like tenants backing out or prices changing that developers need to mitigate with careful contracts. Industry experts say these schemes could gain more traction if priced affordably.
The Edge Oct issue- Road safety story (1)Ameen Kader
Qatar has a high road fatality rate that is more than triple that of some developed countries. It is addressing this issue through an intelligent transport system and national road safety strategy, with a goal of reducing deaths to 130 by 2022. Implementing ITS involves more than just technology but developing an integrated process to efficiently manage traffic and improve safety. While Qatar is making early progress with some ITS components, it has a long way to go and can learn from other places that have successfully implemented comprehensive ITS and managed major events.
1) Qatar's population and tourism numbers continue to grow, increasing demand for recreational facilities. However, Qatar currently lacks diversity in entertainment options.
2) Qatar is taking steps to expand its leisure and entertainment offerings through new projects like Doha Festival City and Megapolis. These will provide facilities like Angry Birds theme parks, snow parks, and indoor family entertainment centers.
3) While shopping malls currently dominate Qatar's entertainment market, experts believe Qatar should develop more standalone attractions. However, high capital costs and climate make some projects less viable unless part of a mixed-use development.
Qatar has made significant progress in adopting Building Information Modeling (BIM) for its large construction projects, with standards comparable to developed markets. However, to fully leverage BIM, Qatar needs to develop national standards and address skillset constraints among its workforce. While foreign companies have helped introduce BIM, long-term strategies are needed to train local talent. If Qatar continues to promote BIM adoption and education, it could become a regional leader in the technology.
Beyond smart cities in Qatar are incorporating the latest smart city technologies from the beginning in greenfield developments like Lusail City and Msheireb Downtown Doha. These projects have the advantage of testing innovations at lower cost compared to retrofitting existing cities. Smart city solutions address mobility, environment, health, and energy efficiency. Qatari developers are focusing on sustainability and using technologies to deliver efficient services through integrated ICT infrastructure.
2. The Edge | 3736 | The Edge
Qatar’s vulnerability to environmental
damages due to growing e-waste is no
less than any other developed nation’s,
but it lacks local infrastructure and legal
framework to deal with this problem,
writes Syed Ameen Kader.
W
ith almost 100 percent of the population having access to computers and mobile
phones, Qatar is hooked on high-end devices and electronic gadgets. According to
a 2013 survey report by ictQATAR, the average Qatari household has five mobile
phones (nine mobile phones per Qatari-national household), more than three laptops and at
least one desktop computer. As the country’s growing population continues to expand its user
base of electronic products, it is no surprise that Qatar finds itself among the highest per capita
electronic or e-waste generating nations in the world. Not to forget, e-waste does not include
just information and communication technology (ICT) devices, but also other electricity and
battery-run products such as televisions, refrigerators, air-conditioners, etcetera – a segment
that also has a large consumer base in Qatar.
AccordingtoareportreleasedlastyearbyUnitedNationsUniversity(UNU),Qatar’sdomestic
e-waste generation per inhabitant was 16.3 kilograms (kg) against the global average of 5.9 kg
in 2014, although in absolute terms the amount was only 33 kilo tonnes, primarily due to the
country’s low population. The United States (7.1 million tonnes) and China (six million tonnes)
– which collectively discarded nearly one-third of the world’s 41.8 million metric tonnes of total
e-waste – are the biggest culprits of this. (See table, page 39)
Interestingly, unlike the matured economies such as the US or Europe whose domestic
consumption of ICT devices and electronic products has grown more steadily – something
that acted as a buffer period for these countries to develop their domestic industry and
infrastructure to deal with e-waste – Qatar’s has moved much faster. The Gulf state’s user base
of electronic devices has grown rapidly, and so has the per inhabitant e-waste generation. As a
result of this, Qatar today faces the danger of discarded electronic junk building up into a toxic
dump – something that poses huge health and environmental threats as well. Many developed
countries have legislation in place to address this issue; Qatar seems to have none. The country
had reportedly started drafting its first law for e-waste management in 2010, but no official
announcement has been made so far on this. In the absence of any specific laws or guidelines,
Qatar’s preparedness to deal with a growing e-waste problem is questionable. Moreover,
although some work is being done in the areas of solid and municipal waste management,
Qatar does not seem to have a robust e-waste management and recycling industry at present.
Certainly not one to handle the volume.
E-waste Ap ocalypse?
Analysing the effects of Qatar’s
electronic throw-away culture
3. The Edge | 3938 | The Edge
And this is a huge problem internationally.
Another report by the United Nations
Environment Programme (UNEP) reveals that
up to 90 percent of the world’s electronic
waste, worth nearly USD19 billion (QAR69
billion),isillegallytradedordumpedeachyear.
“The recycling rates are among the
highestintheEU,butstillalotisunaccounted
for. Both illegal dumping, but also organised
crime are involved, as they are often paid to
E-wastedumping
Comparatively, large countries such as
the US and China also generate a massive
amount of e-waste every year, but they
collect and recycle a high proportion of
e-waste domestically. The US, for example,
is reported to have collected one million
tonnes of e-waste, although that amount
represents only 15 percent of what they had
generated in 2012. China, whose national
e-waste legislation manages the collection
and treatment of TVs, refrigerators, washing
machines, air conditioners and computers
(desktop and laptops), officially treated
around 1.3 million tonnes in 2013.
In Qatar, no statistics are available on
how much e-waste is collected or recycled
each year. Nor, for that matter, can anyone
say for sure what happens to the gadgets
and electronic devices that people discard
after use? It is hard to tell, but in the absence
of any legislation, one can assume much of it
is sent to developing-world facilities, where
often safety and environmental guidelines
are not followed.
Dr. Ruediger Kuehr, head, UNU – Vice
Rectorate in Europe, and the author of the
report on e-waste, says, “Qatar like most
countries of the Middle East are parties
of the Basel Convention, an international
regime controlling the trans-boundary
movements of hazardous waste and their
disposal. Since e-waste contains hazardous
substances, e-waste shipments are also
falling under the Basel Convention.”
get rid of hazardous wastes,” says Christian
Nellemann, head of Rapid Response
Assessment Unit at GRID-Arendal, a centre
collaborating with the UNEP. Nellemann
explains that the international conventions
are designed specifically to assist countries
and help prevent dumping of hazardous
wastes. “There are always options available
for countries who seriously want to deal with
toxic waste and may not have the chemical
facilities to deal with it. Nuclear material is
one good example,” he adds.
As per the Basel Convention, trading
of second hand equipment is legal only
if it is allowed by both sending and
receiving countries, but the dumping of
e-waste is prohibited.
Localinitiatives
Although people are not legally bound to
follow any specific rule on e-waste in Qatar,
many organisations and companies have
started taking some initiatives voluntarily.
Qatar’s national telecom operator Ooredoo,
for instance, in 2011, started an initiative
called ‘Big Drop Days’ by arranging a
special area to collect unwanted electronic
equipment for safe disposal and recycling.
The company had reportedly shipped more
than four tonnes of e-waste to Singapore for
recycling in that year.
Vodafone, on the other hand, had
launched a mobile phone trade-in service
in 2014, and it was able to send more than
2000 handsets for refurbishment through
its partner Hyla Mobile.
“Upto90
percent
oftheworld’s
electronicwaste,
worthnearly
USD19billion
(QAR69billion),
isillegallytraded
ordumpedeach
year.”
“Each
household
inQatar,onan
average,hasfive
mobilephones
(ninemobile
phonesper
Qatari-national
household),three
laptopsandat
leastonedesktop
computer.”
Dana Haidan, head of CSR and
Sustainability, Vodafone, says, “The
initiative encouraged Vodafone customers
to exchange their old handset with a
4G-enabled smartphone. Those handsets
were then refurbished by Hyla Mobile,
formerly known as eRecycling Corps, whose
job is to capture, extends and optimise
the life and value of used mobile phones.
They ensured 100 percent data security
for customers, by professionally wiping the
phones, before refurbishing or reselling.”
Globally, efforts are being made to
enhance the life span of electronic devices
by repairing or refurbishing them as there is
a huge market for such products. According
to technology research firm Gartner, the
market for refurbished phones – those
traded in through a carrier and overhauled
before being resold – will be 97 million
devices in 2016 globally.
Therefore, he adds, though Qatar, like most
other nations in the Middle East, does not yet
have a specific e-waste legislation in place,
the ratification of the Basel Convention
prohibits e-waste exports to developing
countries. “In consequence, so far, after
some first treatment of e-waste in Qatar,
the end-processing of the hazardous
components must take place in one of a
handful of industrial hubs around the world.
And such kinds of shipments are legal, but
very often hindered by national legislations,”
explains Kuehr.
TheUNUreportstatesthemainfeatureof
this scenario is that e-waste is traded freely,
and usually, its quantity is not systematically
documented or reported to framework or
requirements. In this scenario, e-waste is
often not treated in the state-of-the-art
facilities, and there is a potential that e-waste
is shipped off to developing countries.
Adds Kuehr, “Unscrupulous brokers are
still shipping e-waste categorised as re-
useable to developing countries, trying to
make money out of it, though the products
are junk or there is simply not market for
them,” And here again, he explains, the
(post-industrialised) nations can do better,
preventing these exports. “But the same
applies for the developing nations not
allowing these imports,” he adds.
“Unscrupulous brokers are still shipping e-waste
categorised as re-useable to developing countries,
trying to make money out of it, though the products
are junk or there is simply not market for them,” says
Dr. Ruediger Kuehr, head, United Nations University –
Vice Rectorate in Europe.
Dana Haidan, head of CSR and Sustainability,
Vodafone, says, “The initiative (phone trade-in)
encouraged Vodafone customers to exchange their
old handset with a 4G-enabled smartphone. Those
handsets were then refurbished by Hyla Mobile,
whose job is to capture, extend and optimise the life
and value of used mobile phones.”
In most developing countries, there is an enormous number of self-
employed people engaged in the collection and recycling of e-waste.
(Image Arabian Eye/Corbis)
Most environmental damage and health impacts related to e-waste arise from improper collection and
treatment approaches. (Image Arabian Eye/Corbis)
Domestic e-waste generated per country in 2014
Country Generation Kg/per
inhabitant
Collection/
TREATMENT
United States 7.1 mt 22.1 1 mt
China 6.0 mt 4.4 1.3 mt
Japan 2.2 mt 17.3 556 kt
Germany 1.8 mt 21.6 691 kt
India 1.7 mt 1.3 N/A
United Kingdom 1.5 mt 23.5 504 kt
Norway 146 kt 28.3 105 kt
Qatar 33 kt 16.3 N/A
UAE 101 kt 17.2 N/A
Saudi Arabia 379 kt 12.5 N/A
Source: United Nations University: The Global E-Waste Monitor 2014.
Million tonnes (mt), kilo tonnes (kt).
cover story | e-waste e-waste | cover story
4. The Edge | 4140 | The Edge
Biju Nair, CEO of the US-based Hyla
Mobile,whoclaimstohavehelpedoperators
reclaim over 36 billion devices globally,
says their programme with Vodafone
Qatar started more than two years ago,
when this practice was still maturing in the
Middle East market. “Industry data seems
to indicate that the Middle East market is
warming up to the concept of buy back
and trade in as a mechanism to retain
customers and being environmentally
friendly. In addition to this, Dubai is fast
becoming a hub for purchase of used
devices for refurbishing and redistribution
to the EMEA markets,” he explains.
process e-scrap?” argues Fleming.
With the volume of global e-waste
expected to rise by 21 percent to 50 million
metric tonnes in 2018, this poses a global
challenge. Ostensibly, improper and illegal
dumping of e-waste is prevalent in many
countries, irrespective of whether or not
national e-waste legislation exists.
In the absence of appropriate
infrastructure and technologies for treating
end-of-life electrical and electronic
equipment in each nation around the globe,
Kuehr emphasises, a coordinated effort
along the reverse supply chain is needed.
“This is also for not making some nations
the graveyard of equipment of others and
therefore a matter of environmental justice.
But on the other hand, the collection and
appropriate recycling of the majority of the
e-waste generated is essential for harvesting
resources which are rather limited on the
earth-crust, but essential for our production
chains,” concludes Kuehr.
“Industry
dataseems
toindicatethat
theMiddleEast
marketiswarming
uptotheconcept
ofbuyback
andtradeinas
amechanismto
retaincustomers
andbeing
environmentally
friendly.”–BijuNair,
CEO,HylaMobile.
“The recycling rates are amongst the highest in
the EU, but still a lot is unaccounted for. Both
illegal dumping, but also organised crime are
involved, as they are often paid to get rid of
hazardous wastes,” says Christian Nellemann,
head of Rapid Response Assessment Unit at GRID-
Arendal, a centre collaborating with the United
Nations Environment Programme.
12.8million tonnes –
Small equipment
4billion people
are covered by national
legislation.
6.5million tonnes
are collected by official
take-back systems.
USD52billion
The value of discarded
materials, including gold,
silver, iron and copper.
Total e-waste per category
Certainly, there is a big market for
used mobile phones and gadgets, and by
refurbishing them, industries can to some
extent reduce the amount of e-waste
dumped into landfills. According to Annette
Zimmermann, a research director at Gartner,
instead of the 13 to 15 million refurbished
iPhones coming to the market in 2016,
that number could now be 20 to 30
million refurbished iPhones, thanks to such
programmes. Nair says, “That’s still a small
number given Apple sold more than two
billion new iPhones since the release of the
6S model, but it should grow.”
But what happens to the devices that
cannot be repaired further? Nair says they
give those devices for recycling to their
partners who specialise in these. “They will
extract reusable parts from these devices
and the remaining parts are disposed of in
an environmentally friendly manner. Of the
phones we process, we see about five to
seven percent get recycled. Others can be
repurposed in various ways,” Nair explains.
Economicsense
Still, what is being extracted from these
defunct devices is minimal, despite its
highly reusable value. The UNU report
estimates that the e-waste discarded in
2014 contained some 16.5 million tonnes
of iron, 1.9 million tonnes of copper, and 300
tonnes of gold (equal to 11 percent of the
world’s total 2013 gold production) as well
as significant amounts of silver, aluminium,
palladium, and other potentially reusable
resources, with a combined estimated value
of USD52 billion (QAR189 billion).
Some estimates suggest the gold alone
was valued at USD11.2 billion (QAR41
billion), with the metal often used in
electronic devices.
But extracting valuable metals from such
devices is an expensive and specialised job
that not many countries have managed to
accomplish. Even the US, which has a vibrant
e-waste management industry, sends a lot
of this waste to countries such as Belgium
and Japan. These countries have better
technology and cleaner factories for the
extraction of precious metals from circuit
boards and other complicated instruments.
Regionalscenario
Qatar has a handful of waste management
companies working in this sector, and
most of them are primarily into collection
or transportation of e-waste. Besides the
41.8million tonnes
of e-waste was generated
in 2014.
1.0million tonnes
– Lamps
3.0million tonnes –
Small IT
6.3million tonnes –
Screens
7.0million tonnes
- Temperature
exchange
equipment
11.8million tonnes –
Large equipment
Source: United Nations University: The Global E-Waste Monitor 2014.
Worldwide disposal of e-waste in 2014
requirement of funding and advanced
technology, lack of proper legislation makes
it difficult to setup an e-waste recycling
plant here. In fact, there are not many
advanced recycling facilities operating in the
Middle East region. One such plant, which is
currently being developed by Enviroserve, is
expected to come online in Dubai next year.
Stuart Fleming, CEO, Enviroserve tells
The Edge, “We will open our USD25 million
investment plant with a capacity of 39,000
tonnes in Dubai, in 2017. To be called Gulf
Electro Recycling (GER), the plant will offer
services to ensure enviro-friendly recycling
of e-scrap for the region.” He claims it will be
the only such facility in the Middle East.
Howlucrativeisthee-wastemanagement
market in Qatar? Fleming points out that one
needs to differentiate between the actual
scrap and what is known as the remarketing
sector – in used electronics. “It’s a volume
business. Qatar population and critical mass
is something to consider for anyone investing
the type of funds one needs to manage it
correctly,” he says, referring to the recycling
side of the business; not trading. “Anyone can
trade. If a client is looking for high values from
their scrap, they have to forfeit data security
and brand protection because they go for
trade. But one has to be very careful who you
trade with,” he adds.
Companies working in this sector say
logistics can very quickly reduce any margin
on e-scrap. “Generally, e-scrap doesn’t cost
a whole lot to the end-user but at the same
time, it’s not a pot of gold,” explains Fleming.
Although at a slow pace, the regional
countries are moving forward to develop
an ecosystem that can deal with mounting
e-waste. “I think it is a conundrum for the
authorities right now and moves will be
made once, for example, GER is up and
running in which case, a genuine regulation
can be put into place that provides the
solution. For example, what would a country
legislate if there is nowhere to formally
cover story | e-waste e-waste | cover story
The escalating global e-waste problem is
driven by the rising sales and shortening life
cycles of electrical and electronic equipment.
(Image Arabian Eye/Corbis )