Energy conservation measures that enable TCS to help itself, others.
TCS, has analysed and measured its employees' per capita carbon footprint, and worked towards reducing it by 20 per cent from its 2006 levels.
M. Ramesh
R. Ravikumar
Go Green — With Every Opportunity
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Following The Trail Of Toxic E-Waste
Where does all the electronic refuse our society generates end up? Some of it is shipped illegally from the U.S. to China, reports Scott Pelley, where it is harming the environment and people.
Source: CBS News
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Bio Waste Management Short Film
Fruit and vegetable waste can be used as Fermented Edible products, Animal Feed, Ethanol, Production of Bio-gas and producing Electricity by Bio - Methanization Plant, Compost making, etc...
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Waste Management and Recycling
As a society we manage to produce a vast amount of materials that are just thrown away, waste management is the collection of these materials in order to recycle them and as a result decrease their effects on our health, our surroundings and the environment. Practices in waste management are different the world over, dependent on certain issues such as how developed the nation is, if it is a city or rural area and so on. The management of waste is not only the responsibility of governments and the manufacturer, but also an individual’s duty. Waste management is an issue that has to be dealt with daily in order to control the huge amounts of waste currently passing through our towns and cities.
Australia is one such country that is giving attention and priority to how it handles its waste, and this has resulted in the emergence of companies offering environmental services for resource recovery and recycling. To reduce the impacts of waste and unwanted resources on the environment it is important to educate the populace about waste items and how they can be processed or recycled.
There are several resource recovery systems in place and facilities that have been developed to deal with these issues. Natural recovery systems make use of of food, organic and green waste and are then dealt with in in-vessel compost systems, whilst materials collected for recycling include glass, plastic bags, metals and paper. Automated and manual methods are used to sort materials from construction sites, such as brick, tiles and concrete and after being sorted are re-used for road base and construction materials. E-waste (electronic waste) comes from items such as old computers which are taken apart in order to recover materials like cabling, aluminium, copper, glass and plastics. Bioreactor landfills are deployed to generate green energy through the capturing of biogas from municipal waste. There is also help provided for councils to award innovative technologies which can be used to recover recyclables.
We can all help out when it comes to waste management and recycling products. It may not seem effective to recycle products as a household, but put all those households together and you will produce a result. It is each person’s responsibility to do what they can to conserve resources, reduce landfill volumes and produce new materials using less energy. Some cities in developed nations keep a record of their resource recovery systems in order to identify if they are working effectively, evaluate them and update them if necessary, this information can then be passed onto other areas or nations to help them in the recycle challenge. Deciding to recycle is a simple step and surprisingly easy to start. If you are unsure where to begin there are lots of resources, including the local environmental sector, who will be eager to teach you how to recycle your leftover waste and check on the internet too for information.
Michiel van Kets provides articles for Renee Fry who is the owner of Veolia Australia’s environmental services leader in all facets of waste management and recycling in Australia.
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E-Waste Recycling Video
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Report: Global Market for E-Waste to Reach $11.4 Billion by 2014
The largest segment of the market, made up of recycled metals, is expected to reach $11.4 billion in 2014, after increasing at a CAGR of 8.8 percent from the estimated 2009 value of $7.5 billion.
The segment made up of recycled plastics was estimated to be worth $976 million in 2009, and is expected to increase at a CAGR of 10 percent to reach nearly $1.6 billion in 2014.
The smallest segment of the market, recycled silica, is projected to grow at a CAGR of 7.1 percent, from $4.9 million in 2009 to $6.9 million in 2014.
It’s remarkable to think that e-waste did not exist before 1989, and now it is the fastest-growing waste stream in the world. For purposes of this report, e-waste is described as discarded, surplus, obsolete, or broken electrical or electronic devices. This includes all components of the waste stream, including metals, plastics, silica, and other materials. On average, e-waste equals between 3 and 5 percent of the solid waste stream in developed countries. Of that e-waste, approximately 75 to 85 percent ends up in landfills or is incinerated, and is not recycled.
The global municipal solid waste stream (MWS) was estimated in 2009 at nearly 400 million tons.
A concerted effort to reclaim discarded e-waste from the MWS is being undertaken by almost all countries, with varying degrees of success. This study forecasts future global markets for recovery, reuse, and disposal of e-waste.
Part of this analysis focuses on producer responsibility for appropriate recovery and disposal. With rapidly shifting global regulatory trends, led by the European Union’s directives, worldwide changes in the material composition and end-of-life treatment of electric and electronic equipment are being mandated. These policies are compelling manufacturers to migrate to nontoxic materials, at the same time they require manufacturers to manage the life cycles of those materials.
This report is targeted primarily at those engaged in the design, manufacture, sale, use, recovery, and disposal of electric and electronic equipment. The market analysis can be of use to senior decision makers, business development managers, and investment professionals, including engineers, product development managers, and economic analysts.
BCC Research is an information resource producing high-quality market research reports, newsletters, and conferences. BCC's market research reports explore major economic, scientific, and technological developments in industrial, pharmaceutical, and high technology organizations. Industry analysis and market forecasts for advanced materials, high-tech systems and components, nanotechnology and novel processing methods are at the forefront of the company's expertise.
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An Inconvenient Truth: Al Gore Documentary On Global Warming
Al Gore's Documentary on Global Warming:
Everything are changing !the Earth is getting worse.Human life are damaged.
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Imported Old Equipment Are Toxic Waste
India must stop importing old equipment (e-waste) from foreign countries because other countries use this as a means to dump their toxic waste. On Friday, various stakeholders ranging from manufacturers to recyclers unilaterally agreed that the import of old equipment for recycling or reuse must be deleted from the final
E-Waste (Handling & Management) Rules 2010. The stakeholders along with the Maharashtra E-Waste Association and the Maharashtra Pollution Control Board debated the draft rules. Suggestions and objections from stakeholders were invited and will be sent to the Ministry of Environment and Forest within one week.
“For example, we don’t want foreign countries to provide computers as charity for schools in India. It’s the route for dumping into the country that is used as the final resting place,” said Satish Sinha, executive director, Toxics Link. “We should follow the rules of the Basel Convention that restrict transboundary movement of hazardous waste as India is a signatory to it. Even second-hand goods though permitted by the convention, must not be dumped here.”
The debate assumes significance because the Central Pollution Control Board in February said Mumbai topped the list of electronic waste producing cities in the country followed by Delhi. While in 2005, 146,800 tonnes of e-waste was generated in India, the number is is expected to increase to 800,000 by 2012.
Apart from the listed items that generate e-Waste such as large and small household appliances, toys, medical devices, electronic and electrical tools, there was also a consensus that the new rule should incorporate lighting equipment such as CFL bulbs and lights.
Unlike Europe and even China, the draft rules either do not define threshold limits of chemicals in materials that can be make its way into the country or they are much below those specified world over. This leads to dumping of low quality products in India.
Source: Hindustan Times
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Flying Squads To Track E-waste
The Maharashtra Government will soon appoint flying squads to check the disposal of e-waste, which has a hazardous impact on the city’s environment.
An announcement in this regard was made by Minister of State for Environment, Sachin Ahir in the Legislative Council last week. “The flying squads are necessary to monitor disposal of e-waste in the city, as a report released by state pollution board indicates an alarming 50,000 tonnes of e-waste could be generated per year,” Ahir said.
The state has started disposal centres at Taloja, Butibori and Ranjangaon near Pune. Containers carrying e-waste are being tracked by GPS system to ensure waste is disposed properly, the minister said.
The Centre has come up with a draft proposal to be converted into an Act for proper disposal of e-waste and has invited suggestions. Mumbai generates 20,000 tonnes of e-waste and old computers account for 14,000 tonnes. The rest is generated by old TV sets, washing machines and refrigerators.
Source: Mumbai Mirror
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Maharashtra Association Will Help Draft E-Waste Policy
With the rise in use of electronic goods, the amount of e-waste produced has also risen to alarming levels. To address the issue, the Maharashtra E-Waste Association (Mewa) has been invited by the ministry of environment and forests (MoEF) to get suggestions on the draft of the E-Waste (Handling and Management) Rules, 2010.
The initiative is being taken by Clean Sweep Forum (CSF), an NGO which has been advocating proper waste management for the last eight years.
The NGO, along with MEWA, is now organising a seminar with all the stakeholders to come up with an agreed set of comments and suggestions to be considered for the e-waste policy.
“We have been waiting for the government to formulate the rules since a long time. Since the last two years, we have been organising awareness programmes for the public, students and others on e-waste. It is imperative for us to study the draft rules and give our considered views on it as it will affect us directly,” said Raj Kumar Sharma, Convenor, CSF.
E-waste needs to be recycled and reused, say experts. However, there is no set policy on e-waste and most of its disposal is done by the informal sector.
“While developed countries have a process to dismantle and recycle, in India there is no such policy. Most of it goes to the ragpickers who then sell it to the informal industry in Saki Naka and Dharavi where cheap TVs or computer sets are made out of it,” said Sharma.
Source :DNA
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E-waste Volume To Increase In Coming Years
The total e-waste in different forms in the country would now come to around more than 1.46 lakh tonnes per year and this is expected to exceed eight lakh tonnes by 2012, Kurian Joseph, Assistant Professor, Environmental Engineering, Centre for Environmental Studies, Anna University, Chennai said.
Stating that E-waste has given rise to new environmental challenges,Joseph said Maharashtra, Tamil Nadu,Andhra Pradesh, Uttar Pradesh, West Bengal, Delhi, Karnataka, Gujarat, Punjab and Madhya Pradesh generate 70 per cent of the total e-waste in the country.
Quoting a study by an NGO,he said Bangalore city with 1,322 software companies, 36 hardware units and business process outsourcing units disposes 8000 tonnes of waste per year.
The biggest concern with E-waste was the presence of toxic materials such as lead, cadmium, mercury and arsenic, printer cartridge inks and toners that pose significant health risks, he said.
These components can contaminate soil, groundwater and air as well as affect the workers of the recycling units and the community living around it, he said.
Iron and steel were the most common materials found and accounted for half of the total E-wastes, followed by plastics and Non-ferrous metals, he said.
'Toxic substances and other harmful substances are usually concentrated in printed circuit boards' he said in the paper titled 'Electronic Waste Management-An Indian Outlook'.
'Though, the share of E-waste may not be alarming at this stage, it is necessary to take preventive steps to contain this, before it reaches unmanageable proportions', he said.
Advocating an E-waste Policy for the country, he said main objectives should be minimising E-waste generation,using the E-waste for beneficial purposes through environment friendly recycling process and ensuring environmentally sound disposal of residual waste.
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Managing E-Waste; India poised for EPR?
Source: Economic Times
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E-waste (Management and Handling) Rules, 2010
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India's Poor Risk 'Slow Death' Recycling 'E-Waste'
Asif, aged seven, spends his days dismantling electronic equipment in a tiny, dimly-lit unit in east Delhi along with six other boys.
"My work is to pick out these small black boxes," he said, fingers deftly prising out integrated circuits from the pile of computer remains stacked high beside him.
His older brother Salim, 12, is also hard at work instead of being at school. He is extracting tiny transistors and capacitors from wire boards.
The brothers, who decline to reveal how much they earn a day, say they are kept frantically busy as increasing numbers of computers, printers and other electronic goods are discarded by offices and homes.
Few statistics are known about the informal "e-waste" industry, but a United Nations report launched in February described how mountains of hazardous waste from electronic products are growing exponentially in developing countries.
It said India would have 500 percent more e-waste from old computers in 2020 than in 2007, and 18 times more old mobile phones.
The risks posed to those who handle the cast-offs are clear to T.K. Joshi, head of the Centre for Occupational and Environmental Health at the Maulana Azad Medical College in New Delhi.
He studied 250 people working in the city as recyclers and dismantlers over 12 months to October 2009 and found almost all suffered from breathing problems such as asthma and bronchitis.
"We found dangerously high levels -- 10 to 20 times higher than normal -- of lead, mercury and chromium in blood and urine samples," he told AFP.
"All these have a detrimental effect on the respiratory, urinary and digestive systems, besides crippling immunity and causing cancer."
Toxic metals and poisons enter workers' bloodstreams during the laborious manual extraction process and when equipment is crudely treated to collect tiny quantities of precious metals.
"The recovery of metals like gold, platinum, copper and lead uses caustic soda and concentrated acids," said Joshi.
"Workers dip their hands in poisonous chemicals for long hours. They are also exposed to fumes of highly concentrated acid."
Safety gear such as gloves, face masks and ventilation fans are virtually unheard of, and workers -- many of them children -- often have little idea of what they are handling.
"All the workers we surveyed were unaware of the dangers they were exposed to. They were all illiterate and desperate for employment," said Joshi. "Their choice is clear -- either die of hunger or of metal poisoning."
And he warned exposure to e-waste by-products such as cadmium and lead could result in a slow, painful death.
"They can't sleep or walk," he said. "They are wasted by the time they reach 35-40 years of age and incapable of working."
There are no estimates of how many people die in India from e-waste poisoning as ill workers generally drift back to their villages when they can no longer earn a living.
"The irony is that the amounts of gold and platinum they extract are traces -- fractions of a milligramme," said Priti Mahesh, programme coordinator of the New Delhi-based Toxic Link environment group.
"Computers, televisions and mobile phones are most dangerous because they have high levels of lead, mercury and cadmium -- and they have short life-spans so are discarded more," she said.
The Indian government has proposed a law to regulate the e-waste trade, but Delhi environment group the Centre for Science and Environment (CSE) said any legislation would miss the army of informal workers such as brothers Asif and Salim.
"The proposed law says only big firms should be in the business of recycling and dismantling," said Kushal Pal Singh Yadav, a CSE campaigner.
"This is not going to work because the informal sector already has a cheap system of collection, disposal or recycling in place -- so people will use that."
For Joshi, the sight of children working in appalling conditions taking computers apart is as potent a symbol of India's deep troubles as rag-pickers sorting through stinking household rubbish dumps.
"India needs laws which will protect workers' interests, especially the vulnerable and children. We have a lot to learn from Western societies about workers' rights," he said.
Source: Yahoo News
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How to become an e-Stewards Recycler
If a company or organization wishes to become certified, the following are steps typically taken to achieve e-Stewards certification. Details follow:
* Review the Standard
* Review the Licensing Agreement
* Get quotes from Certifying Bodies to conduct the audits
* Evaluate costs
* Prepare
* Schedule Stage 1 audit
* Address any issues identified
* Schedule Stage 2 audit
* Execute BAN’s Marketing and Licensing agreement
* Receive Certification
* Promote your company as a Certified e-Stewards Recycler!
Here are the details:
1. Review the e-Stewards Standard and supporting materials. This should include reviewing the current Sanctioned Interpretations of the Standard, to understand any clarifications or changes to the Standard. Note: there is a fee for the full standard although you may view the free, non-ISO version for information which is for information purposes only.
2. Review the requirements for multi-site organizations (see below), if applicable, and the e-Stewards Recycler Licensing Agreement with BAN, which is signed after the completion of the audit process
3. Optional: conduct a gap analysis between your current system and operations and what is needed to operate in conformance with the e-Stewards Standard.
4. Set up, document, and internally evaluate your environmental management system to operate in conformance with the e-Stewards Standard including ISO 14001. Operate your EMS long enough to obtain necessary records.
5. 3-6 months prior to readiness for auditing, request bids from one or more e-Stewards Certification Bodies (CB) for auditing services, including all e-waste locations in developed countries, and the 3 year audit cycle (see “Multi-site e-Stewards Recyclers” below). If your organization is already ISO 14001 certified, request information on transferring your existing ISO 14001 certification and therefore reduced costs for your initial e-Stewards audit.
6. Contract with a CB of choice and schedule the Stage 1 audit, to determine readiness for the Stage 2 audit.
7. Schedule and complete the Stage 2 audit, and resolve all non-conformities identified during the audit. This may require a return audit.
8. Sign a marketing and licensing agreement with BAN, and pay an annual fee based on annual revenue generated by e-waste operations. Plan your marketing strategy, with support from BAN.
9. Receive accredited certification of operations to ISO 14001 and e-Stewards Standard.
10. Begin marketing your operation(s) as a certified e-Stewards company.
After initial certification, auditors return annually at a minimum, to perform surveillance audits (at lower costs) and to ensure consistent conformity with the Standard over time. The certification is for a three years period, as is typical for ISO certifications. After this, a new 3 year audit cycle begins.
Multi-site e-Stewards Recyclers:
Companies/organizations with e-waste recycling operations at multiple locations are required to have all locations certified to the standard within 18 months of the issuance of the first certificate for any individual site, and must commit to and contract with its certifying body for certification of all its operational sites at the outset. This certification can be held either in the form of individual site certificates or in a single multi-site certificate which encompasses all sites.
e-Stewards program costs
There are three costs associated with e-Stewards Certification:
1. Internal preparation costs
2. Contracting with a Certifying Body for the audits
3. The Marketing and Licensing Fee required to use the e-Stewards brand
For complete information on evaluating costs, see e-Stewards Recycling Certification Costs.
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Discarded Electronics Could Be Next Medical Miracle
The University of York’s Green Chemistry Centre of Excellence presented findings from their research on June 23 suggesting the chemical compound polyvinyl-alcohol (PVA), a key element in televisions and computers with liquid crystal display (LCD) technology, can be used as an anti-microbial substance to combat bacterial infections such as Escherichia coli (E-coli) and Staphylococcus aureus (staff infection).
The liquid crystals contained in LCD screens are potentially hazardous, representing an increasingly hazardous material entering the waste stream as technology continues to advance and millions of LCDs are discarded each year.
European Union legislation prevents the disposal or incineration of electronic materials in landfills, and with little to no viable recovery techniques, it became clear to the researchers new solutions for LCDs were needed.
“The influence of LCDs on modern society is dramatic – it is estimated that 2.5 billion LCDs are approaching the end of their life, and they are the fastest growing waste in the European Union,” said Andrew Hunt of the York Green Chemistry Centre of Excellence.
“But we can add significant value to this waste. By heating then cooling the PVA and then dehydrating it with ethanol we can produce a high surface area mesoporous material that has great potential for use in biomedicine.”
The York research team had previously found a method of recovering PVA from television screens and transforming it into a substance for tissue scaffolds which aid in body part regeneration. Due to its compatibility with the human body, the PVA substance could also be used in pills and dressings designed to deliver drugs to targeted parts of the body.
Lori Brown is a staff member of Earth911.
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Electronic Waste Management
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Government to bear 50% Capex for e-waste recycling facilities on PPP mode
Mr Gauba said that e-waste generation is expected to touch 8 lacs tonne by 2012, which is 5 times growth in less than 5 years, even when the per capita generation of ewaste in India is very low in global comparisons. He complimented Confederation of Indian Industry (CII) for creating a an interactive platform for multi-stakeholders at the opportune time to discuss the challenges, issues and bring ideas and suggestions for draft National Policy on e-Waste.
Dr Saroj, Director, Ministry of Environment & Forests, Govt of India, while discussing the draft policy on e-waste, said “As per India’s culture and heritage, the concept of positive reuse will be promoted through refurbishing and only something which cannot be reused must be recycled in a scientific manner.” She emphasized that the main focus should be on efficient collection centres that can be made through industry consortiums, state agencies etc. She also requested for comprehensive proposals for financial support systems in this regard.
Dr Saroj informed that the draft policy puts more responsibility on Producers and Dealers and it is suggested that Dealers for electronic products would need to be registered with State Pollution Control Boards and have efficient buy-back policies and mechanisms in place. She also said “MoEF does not want India to become a dumping ground on plea of charity”.
Mr. Kensaku Konishi, President & CEO, Canon India Pvt Ltd said “The electronics manufacturers’ and large users of IT & electronics products need to effectively participate in e-waste management programmes and cultivate an eco-friendly culture.” He added that “the need of the hour is to take a business approach which is socially responsible and economically logical – as we do at Canon and believe that we are building a better world for future generations.” He further said “Unique challenges of Indian unorganized sectors, skilling, training and awareness creation along with thoughtful refurbishing and dismantling – to extract precious metals in safest manner are some other areas to be worked upon.”
Ms Ritu Kappal, COO, Greenscape Eco Management Pvt Ltd applauded the fact that the Policy encourages producers to strengthen their reverse logistical processes and collaborate with authorized recyclers’ so that a framework develops for appropriate implementation of the policy”.
Some other key speakers and participants represented companies like HP, Nokia, Wipro, HCL, Ramky, MAIT, CEAMA, ELCINA, Toxic Links, Greenscape, E-Parisaraa, Greenpeace.
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Guidelines For Environmentally Sound Management of Electronic Waste
Central Pollution Control Board: India
Guidelines For Environmentally Sound Management of Electronic Waste
CPCB Guidelines
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Where does e-waste end up?
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Developing Nations Face Environmental Crisis From E-waste
E-waste refers to the problem of improperly disposed of electronics such as computers, televisions and cell phones. These devices are made with highly toxic metals, plastics and chemicals that can leach into the environment if not handled carefully.
Already, e-waste is a growing problem worldwide, especially in developing nations. The U.N. report notes that most e-waste in China is not properly disposed of. The most common disposal method consists of incineration in small, backyard recylclers to extract valuable metals contained within discarded devices. Yet the report's authors note that such recyclers recover metals at very low rates, while expelling large, steady toxic plumes into the sky. In contrast, modern industrial recycling facilities are able to recover gold, silver, copper, palladium, indium and other precious metals much more efficiently and with significantly less pollution.
China currently produces 2.3 million tons of e-waste, surpassed only by the United States' 3 million tons.
Demand for electronic devices is growing, with sales expected to increase dramatically across China, India, Africa and Latin America in the next 10 years. This is especially alarming given that disposal methods in these regions are still insufficient for even current levels of e-waste.
By 2017, e-waste from old computers alone is expected to increase to 500 percent above 2007 levels in India, and between to between 200 and 400 percent above these levels in South Africa and China. Waste from old cell phones is set to increase sevenfold in China and eighteenfold in India. Television waste is slated to increase by 1.5 to two times in both countries.
"This report gives new urgency to establishing ambitious, formal, and regulated processes for collecting and managing e-waste via the setting up of large, efficient facilities in China," said Achim Steiner director of the U.N. Environment Program.
Source: Natural News
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Huge Amount of E-Waste Poisonous to All
The problem with e-waste is that a single product such as a cellphone or a computer contains between 500 and 1000 parts, many of which are made from toxic heavy metals such as lead, mercury, cadmium and beryllium and hazardous chemicals, such as brominated flame retardants.
These chemicals are especially dangerous to workers who produce or dispose of such products, particularly children and pregnant women. Extremely low levels of exposure to lead and mercury can harm children and fetuses.
Cellphones and computers do not need to contain these chemicals to function. A few major companies (Nokia, Sony Ericsson, Samsung, and Sony) have pledged to remove these life-threatening components from their products. Others have made no comment on the subject.
(Some facts from Greenpeace: The average lifespan of computers in developed countries has dropped from six years in 1997 to just two years in 2005.
Mobile phones have a lifecycle of less than two years in developed countries.
183 million computers were sold worldwide in 2004 - 11.6 percent more than in 2003.
674 million mobile phones were sold worldwide in 2004 - 30 percent more than in 2003.
By 2010, there will be 716 million new computers in use. There will be 178 million new computer users in China, 80 million new users in India.)
Source: AllVoices
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Dumped Electronic Items Could Poison The Soil
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