India generates 18.5 lakh tonnes of e-waste annually, which is growing at 3-5% per year. The new e-waste management rules of 2016 place extended producer responsibility on manufacturers and dealers to safely dispose of e-waste and set up collection points. The rules also assign recycling targets to increase organized sector recycling from 2% currently. However, corporate organizations typically dispose of e-waste through the informal grey market instead of authorized recyclers due to higher costs. To improve compliance, corporate initiatives need partnerships for recycling and incentives for consumers to participate in take-back schemes.
Waste minimization or waste reduction at source is increasingly being realized as a component for enhancing competitiveness. Many industrial firms make a special effort to minimize generation of waste so as not only to reduce their waste treatment and disposal costs but also improve their resource efficiency. However, small and medium sized industry experience difficulties in systematically integrating waste minimization actions into their overall management practices– largely as consequence of their time, expertise and money constraints.
The current waste management cost can be reduced by designing the waste management systems, scientifically with focus on 3R .The volume of ‘residual waste’ after recovery / recycle of materials can be drastically reduced thus cutting down treatment and disposal costs. In studies conducted by UNEP it has been demonstrated that by adopting the Integrated Solid Waste Management approach the residual waste requiring disposal can be easily brought down to just 30-40%. In case the residual waste is sent to landfill, this would also mean that the life of existing landfills will be appreciably increased. Earnings from recovered materials and resources can further ease the budget requirements for waste management.
Recovering energy from waste can become an excellent source of renewable energy. Conversion of organic waste into useful materials (e.g. compost) and/or energy can apart from affecting a significant reduction in waste quantity can provide cheap and renewable energy. Other waste components which are not easily amenable to recycling (such as dirty plastic and paper) can also be converted into fuel, of course with due care for combustion related emissions.
The private sector is getting increasingly involved in waste management so it is not just a service to be provided by the government. In many cities the entire range of waste management services – collection, transportation, treatment and disposal are now provided by private sector. There is a huge potential for engaging private sector not only in recycling industry but also in establishing industry based on recycled material as input materials. This can have a snowballing effect in terms of directing private finances, job creation and industrial promotion. The beneficial environmental aspects in terms of reduced extraction of non-renewable resources are obvious.
Empowerment of the poor and employment generation are the major demands in developing countries. Waste management with focus on segregation and recycling can serve the twin objective of creating employment opportunities for the poor and thus enabling them to improve their life styles. It can be treated as a business opportunity with a good potential for job creation.
CleanCredit is a Incentive based Waste Management System which could make India trash free and help achieve the goal of Swacch Bharat before the deadline.
12-13 May 2016 - India's Policy Dialogue
International Workshop on Extended Producer Responsibility in India: Opportunities, Challenges and Lessons from International Experience, New Delhi, India.
Waste minimization or waste reduction at source is increasingly being realized as a component for enhancing competitiveness. Many industrial firms make a special effort to minimize generation of waste so as not only to reduce their waste treatment and disposal costs but also improve their resource efficiency. However, small and medium sized industry experience difficulties in systematically integrating waste minimization actions into their overall management practices– largely as consequence of their time, expertise and money constraints.
The current waste management cost can be reduced by designing the waste management systems, scientifically with focus on 3R .The volume of ‘residual waste’ after recovery / recycle of materials can be drastically reduced thus cutting down treatment and disposal costs. In studies conducted by UNEP it has been demonstrated that by adopting the Integrated Solid Waste Management approach the residual waste requiring disposal can be easily brought down to just 30-40%. In case the residual waste is sent to landfill, this would also mean that the life of existing landfills will be appreciably increased. Earnings from recovered materials and resources can further ease the budget requirements for waste management.
Recovering energy from waste can become an excellent source of renewable energy. Conversion of organic waste into useful materials (e.g. compost) and/or energy can apart from affecting a significant reduction in waste quantity can provide cheap and renewable energy. Other waste components which are not easily amenable to recycling (such as dirty plastic and paper) can also be converted into fuel, of course with due care for combustion related emissions.
The private sector is getting increasingly involved in waste management so it is not just a service to be provided by the government. In many cities the entire range of waste management services – collection, transportation, treatment and disposal are now provided by private sector. There is a huge potential for engaging private sector not only in recycling industry but also in establishing industry based on recycled material as input materials. This can have a snowballing effect in terms of directing private finances, job creation and industrial promotion. The beneficial environmental aspects in terms of reduced extraction of non-renewable resources are obvious.
Empowerment of the poor and employment generation are the major demands in developing countries. Waste management with focus on segregation and recycling can serve the twin objective of creating employment opportunities for the poor and thus enabling them to improve their life styles. It can be treated as a business opportunity with a good potential for job creation.
CleanCredit is a Incentive based Waste Management System which could make India trash free and help achieve the goal of Swacch Bharat before the deadline.
12-13 May 2016 - India's Policy Dialogue
International Workshop on Extended Producer Responsibility in India: Opportunities, Challenges and Lessons from International Experience, New Delhi, India.
Enevo ONe Collect: Smart wireless fill level sensorsEnevo
ONe Collect is a web based waste container monitoring and advanced route optimisation system that can save 40% in waste collection costs by calculating optimal routes and schedules for waste collection fleets.
The system consists of smart wireless fill level sensors and robust data analytics to calculate optimized collection schedules and routes based on real-time monitoring of each waste container. ONe Collect brings you direct cost savings and improve quality of service, as waste containers are always emptied exactly when needed – not half empty or overfull.
By Ajay Justin O
This is a study on the waste management process carried out for the city by the Corporation of Cochin. The Study examines the existing waste management system in the Cochin City, critically study it, bring out the pros and cons and shall also submit certain suggestions so as to improve the efficiency of the existing system.
Enevo ONe Collect: Smart wireless fill level sensorsEnevo
ONe Collect is a web based waste container monitoring and advanced route optimisation system that can save 40% in waste collection costs by calculating optimal routes and schedules for waste collection fleets.
The system consists of smart wireless fill level sensors and robust data analytics to calculate optimized collection schedules and routes based on real-time monitoring of each waste container. ONe Collect brings you direct cost savings and improve quality of service, as waste containers are always emptied exactly when needed – not half empty or overfull.
By Ajay Justin O
This is a study on the waste management process carried out for the city by the Corporation of Cochin. The Study examines the existing waste management system in the Cochin City, critically study it, bring out the pros and cons and shall also submit certain suggestions so as to improve the efficiency of the existing system.
Publicação eletrônica “Tempo em Curso: boletim mensal sobre as desigualdades de cor ou raça e gênero no mercado de trabalho brasileiro” (ISSN: 2177-3955) do LAESER - edição de setembro de 2011
College students in Irvine not only crave the tastiest food, but also they always look for the cheapest fare http://www.irvineresidentialliving.com/irvine-restaurants-for-college-students/
Estudo para um quadro de Santana para substituir o que foi danificado na Catedral de Belém, a ser desenvolvido por Pietro Lenzi como iniciativa do Forum Landi. Concepção e coordenação da Pesquisa: Flávio Nassar. Apoio: Mariana Sampaio.
Environment impacts and e- WASTE Management @ KERALA AJAL A J
E-Waste Collection Centres In Kerala Soon
Responsibility of the government on E-Waste Management
Tips for proper disposal of E-waste by industries
Tips for citizens about the disposal of E-Waste
E-waste management, also known as electronic waste management or WEEE (Waste Electrical and Electronic Equipment) management, refers to the processes and strategies implemented to handle, recycle, and dispose of electronic and electrical equipment that has reached the end of its useful life. This category of waste includes a wide range of devices and appliances powered by electricity, such as computers, smartphones, televisions, refrigerators, washing machines, and more. E-waste management is crucial due to the increasing volume of electronic waste generated globally and the environmental and health hazards associated with improper disposal.
Here's a detailed description of e-waste management:
Collection: The first step in e-waste management is the collection of discarded electronic equipment. This can be done through various channels, including dedicated e-waste collection centers, drop-off points, recycling events, and even through authorized electronic retailers who take back old devices.
Sorting and Segregation: Once collected, the e-waste is sorted into different categories based on the type of equipment and its potential for recycling or disposal. Items like batteries, printed circuit boards (PCBs), plastics, and precious metals are typically separated during this process.
Data Destruction: Before recycling or disposing of electronic devices, data security is a critical concern. Data stored on hard drives, memory cards, and other storage media must be securely wiped or destroyed to prevent sensitive information from falling into the wrong hands.
Recycling: Recycling is a key component of e-waste management. Components like metals (copper, aluminum, gold, etc.), plastics, and glass can often be extracted and reused. Recycling not only conserves resources but also reduces the energy and environmental impact associated with mining and manufacturing new materials.
Disposal: Some components of e-waste may not be recyclable or economically viable to recycle. In such cases, safe disposal methods are employed to prevent environmental contamination. Specialized disposal facilities, often designed to minimize environmental impact, handle the disposal of hazardous components.
Regulations and Compliance: Many countries have established regulations and guidelines for the proper management of e-waste. These regulations often dictate how manufacturers, retailers, and consumers should handle electronic waste, including recycling targets and reporting requirements.
To comply with EPR regulations for plastic waste management, producers must register themselves with the appropriate government agency. The registration process typically involves providing detailed information about the types and quantities of plastic products they produce, as well as their plans for managing the associated waste.
Today we all are surrounded by huge pollution.They are ready to attack us all together in the form of Air-pollution,water-pollution,sound-pollution etc.Electronic wastes are one of them which are dominating our lives and livings.If it is ignored or under-estimated now then it will be too late for our future generations to get control over it.So we should come all together in a wrestling ring against these pollutions and kick them away from our environment and eco-system.
12-13 May 2016 - India's Policy Dialogue
International Workshop on Extended Producer Responsibility in India: Opportunities, Challenges and Lessons from International Experience, New Delhi, India.
12-13 May 2016 - India's Policy Dialogue: International Workshop on Extended Producer Responsibility in India: Opportunities, Challenges and Lessons from International Experience, New Delhi, India.
1. Concept Note on Corporate e-Waste Management
Background
India, the 5th
largest global producer of e-waste, generates 18,50,000 (18.5 lakh) tonnes of e-waste
every year. At a rate of 3-5 % per year e-Waste is the fastest growing waste stream in India. More
than 25% of the 100 crore mobile phonesincirculation endup as e-waste and contribute to at least
12% of e-waste generated inIndia.Toaddressthismonstrousproblem,the Ministry of Environment
and Forests (MoEF) has introduced new and strict e-waste management rules, 2016 (Rules,
henceforth). The Rulescome intoeffecton1st
October2016 withthe objective of enabling recovery
and reuse of useful materials from e-waste and reducing disposal and inappropriate handling of e-
waste byensuringextendedproducerresponsibility and eco-friendly management of e-waste. The
Rulesare applicable toeverymanufacturer,producer,consumer,bulkconsumer,collection centers,
dealers, e-retailer, refurbisher, dismantler and recycler involved in manufacture, sale, transfer,
purchase, collection, storage and processing of e-waste or electrical and electronic equipment,
includingtheircomponents,consumables,partsandspareswhich make the product operational, as
described in Schedule-I of the Rules, which also explicitly define the exceptions.
What’s new in the 2016 e-Waste Rules?
In particular, the following new changes are included in the e-waste Rules 2016:
1. Recycling of Compact fluorescent lamp (CFL) and mercury-containing lamps is mandatory.
2. For the firsttime, the onusof disposingtoxic e-waste is now on the manufacturers, dealers
and refurbishers,whoare additionalstakeholderswith producerresponsibility organization
(PRO). The 2011 rules limited the responsibility to the brand owners of the electronic
products, consumers, dismantlers and recyclers.
3. Everyproducerof electronicproductsnow hastoapplyfor extendedproducerresponsibility
(EPR) within 90 days from the date the rules are ratified. The producers have to ensure set
up of collection points for safe disposal of e-waste containing mercury by consumers, and
ensure that the e-waste is treated and disposed without harming the environment.
4. Those whofail to getEPR authorization will not be able to put their products in the market.
5. EPR authorization will be certified by the Central Pollution Control Board (CPCB) after
evaluatingplanssubmittedbythe producertosafelytreat e-waste. CPCBwill ensure proper
implementationof the responsibilities with regular monitoring, as mentioned in the Rules.
6. The producersunderEPR can charge theircustomers adepositamount at the time of sale of
electronic products, which has to be refunded when the customer disposes the product.
7. The Rules have assigned a target of 30% of e-waste generated to be under EPR in the first
two years, progressively going up to 70% in the seventh year of the Rules.
8. Henceforth,statesare alsoboundtoundertake skill development activities for the workers
who are involved in e-waste handling, dismantling, and other management processes.
9. Every manufacturer, producer, bulk consumer, collection center, dealer, refurbisher,
dismantlerandrecyclermaystore the e-waste foraperiodnot exceeding 108 days, but may
be extended to 365 days by the State Pollution Control Board (SPCB) if the waste needs to
be specifically stored for development of a process for its recycling or reuse.
2. Corporate Initiatives on e-waste Management
India has more than 100 recycling companies including big names such as Attero, and a largely
informal (grey) recycling market that had existed for decades before corporate responsibility of e-
waste was identified. However, corporate organizations typically pass on the work of disposing e-
waste to their administration departments who are willing to dispose their e-waste in the grey
marketwhere itfetchesmore money –the dangersit posesare much higher. Traditionally, informal
recyclers pull apartcast-off electronics and dip the printed circuit boards, where the most valuable
metalsare,intocyanide andothertoxicchemicalstoleachoutelementslikegoldandcopper.Safety
equipment is rare or non-existent, and the chemicals often leak into local water tables, causing
environmental and health hazards.
A recent study by ASSOCHAM states that only 2% of e-waste gets recycled through the organized
sector. Anand Tater, Founder and Director, Reboot System (I) Pvt. Ltd., a Gurgaon-based recycling
firm says that “70 percent in the country do not know how to recycle e-waste. In a 2014 article,
ShrikantSinha,CEO, NasscomFoundation saidthat “The awareness of disposal of e waste is almost
nil in the country” and R Chandrashekhar, President, Nasscom says that only 1.23% of Indian
companieshave exclusive policies formanaginge-wastewithdefinedTurnAroundTime (TAT). While
several companies have initiated take-back schemes, green boxes, and collection centers, these
initiatives have met with little or no success because consumers have to pay for recycling. To
incentivize adoptionof suchschemes,there isa need for the industry to develop partnerships with
waste-recyclingcompanies,other waste generators and handlers (paper, plastic, glass, metal, etc.)
Corporate initiatives shouldnotburden the consumer with additional cost on recycling; consumers
will only come onboardwhenthe repurchase offer andguarantee of eco-friendly disposal is better
than that of the unorganised sector and a collection mechanism is available for ease of disposal.
Problem Statement
1. Corporate entities have little awareness of e-waste problem and no impetus to find
solutions. Informal sector is very active, but ill-prepared to manage e-wastes sustainably.
2. Indianconsumersare notinclinedtorecycle e-waste without financial incentives. They are
also inclined to choose products that don’t add excess cost of recycling.
3. Government has mandated e-waste management for many more entities than before and
explicitly mentioned the exempted bodies. It has also made CPCB the official body to
administer the Rules and punish offenders as prescribed by the Rules.
Method(s)
Desk-basedresearchforidentifying, structuring,anddeliveringthe outcomeslistedbelow.
Outcomes
The prospective outcomesof thisexerciseincluderecommendationsanddetailedinformationon:
1. Worldbenchmarksof corporate e-waste management
2. Authorizedvendors/handlersof e-waste
3. Customerengagementone-waste
4. Specificcollectionmechanisms