213 Result(s) found

Ecosystem Impacts

Millions of tonnes of plastic waste leaks into the world’s oceans every year. Though these are local, the problem of plastic production, waste generation, and plastic pollution is global. Global plastic production has increased steadily and has reached 320 million tonnes a year. Of the estimated 8.3 billion tonnes of plastic produced since the 1950s, only 9 percent has been recycled and another 12 percent incinerated.


Region: Asia-Pacific
Year of publication : 2019
Document Type: Report&Data

Impact

Millions of tonnes of plastic waste leaks into the world’s oceans every year. Though these are local, the problem of plastic production, waste generation, and plastic pollution is global. Global plastic production has increased steadily and has reached 320 million tonnes a year. Of the estimated 8.3 billion tonnes of plastic produced since the 1950s, only 9 percent has been recycled and another 12 percent incinerated.


Region: Asia-Pacific
Year of publication : 2019
Document Type: Report&Data

Toxic substances

Millions of tonnes of plastic waste leaks into the world’s oceans every year. Though these are local, the problem of plastic production, waste generation, and plastic pollution is global. Global plastic production has increased steadily and has reached 320 million tonnes a year. Of the estimated 8.3 billion tonnes of plastic produced since the 1950s, only 9 percent has been recycled and another 12 percent incinerated.


Region: Asia-Pacific
Year of publication : 2019
Document Type: Report&Data

Data

Millions of tonnes of plastic waste leaks into the world’s oceans every year. Though these are local, the problem of plastic production, waste generation, and plastic pollution is global. Global plastic production has increased steadily and has reached 320 million tonnes a year. Of the estimated 8.3 billion tonnes of plastic produced since the 1950s, only 9 percent has been recycled and another 12 percent incinerated.


Region: Asia-Pacific
Year of publication : 2019
Document Type: Report&Data

Cement kilns

The cement industry is a major contributor to climate change. The production of cement, the second most consumed product in the world after water, is one of the most energyintensive industrial processes. Although the cement companies are committed to reducing their emissions under the Kyoto Protocol, its strategies to achieve this are causing serious environmental, social and economic problems.


Document Type: Report&Data

Technologies

The cement industry is a major contributor to climate change. The production of cement, the second most consumed product in the world after water, is one of the most energyintensive industrial processes. Although the cement companies are committed to reducing their emissions under the Kyoto Protocol, its strategies to achieve this are causing serious environmental, social and economic problems.


Document Type: Report&Data

International laws & policies

The cement industry is a major contributor to climate change. The production of cement, the second most consumed product in the world after water, is one of the most energyintensive industrial processes. Although the cement companies are committed to reducing their emissions under the Kyoto Protocol, its strategies to achieve this are causing serious environmental, social and economic problems.


Document Type: Report&Data

Policies and Politics

The cement industry is a major contributor to climate change. The production of cement, the second most consumed product in the world after water, is one of the most energyintensive industrial processes. Although the cement companies are committed to reducing their emissions under the Kyoto Protocol, its strategies to achieve this are causing serious environmental, social and economic problems.


Document Type: Report&Data

Zero Waste

Waste management practices are an important, although oft-neglected, contributor to climate change. Waste disposal drives climate change directly through the release of greenhouse gases, including carbon dioxide (CO2) and nitrous oxide (N2O) from incinerators and methane (CH4) from landfills. Waste disposal also drives climate change indirectly by depriving the economy of reused, recycled and composted materials, thus requiring increased extraction of raw materials, an extremely energy-intensive process.


Year of publication : 2008
Document Type: Report&Data

Landfill

We can take steps, large and small, to stop the climate crisis. What we cannot afford to do is go down the wrong road. Hoodwinked in the Hothouse is an easy and essential guide to navigating the landscape of false solutions—the cul-desacs on the route to a just and livable climate future. Includes Waste-to-Energy, Landfill-gas-retrieval, and biomass.


Document Type: Report&Data

Incineration / waste-to-energy

We can take steps, large and small, to stop the climate crisis. What we cannot afford to do is go down the wrong road. Hoodwinked in the Hothouse is an easy and essential guide to navigating the landscape of false solutions—the cul-desacs on the route to a just and livable climate future. Includes Waste-to-Energy, Landfill-gas-retrieval, and biomass.


Document Type: Report&Data

Biomass

We can take steps, large and small, to stop the climate crisis. What we cannot afford to do is go down the wrong road. Hoodwinked in the Hothouse is an easy and essential guide to navigating the landscape of false solutions—the cul-desacs on the route to a just and livable climate future. Includes Waste-to-Energy, Landfill-gas-retrieval, and biomass.


Document Type: Report&Data

Grassroots movements & campaigns

This booklet is: A starting point. We hope these ideas will be quickly deepened or replaced by our peers as we expand and extend this conversation; An articulation of a political framework (Climate Justice) to understand some of the challenges we face and respond to them. It isn’t static. It isn’t the only useful framework in addressing climate change, either.


Document Type: Practical resources

Climate Impacts

We can take steps, large and small, to stop the climate crisis. What we cannot afford to do is go down the wrong road. Hoodwinked in the Hothouse is an easy and essential guide to navigating the landscape of false solutions—the cul-desacs on the route to a just and livable climate future. Includes Waste-to-Energy, Landfill-gas-retrieval, and biomass.


Document Type: Report&Data

This booklet is: A starting point. We hope these ideas will be quickly deepened or replaced by our peers as we expand and extend this conversation; An articulation of a political framework (Climate Justice) to understand some of the challenges we face and respond to them. It isn’t static. It isn’t the only useful framework in addressing climate change, either.


Document Type: Practical resources

Waste management practices are an important, although oft-neglected, contributor to climate change. Waste disposal drives climate change directly through the release of greenhouse gases, including carbon dioxide (CO2) and nitrous oxide (N2O) from incinerators and methane (CH4) from landfills. Waste disposal also drives climate change indirectly by depriving the economy of reused, recycled and composted materials, thus requiring increased extraction of raw materials, an extremely energy-intensive process.


Year of publication : 2008
Document Type: Report&Data

Waste pickers

For the urban poor in developing countries, informal waste recycling is a common way to earn income. There are few reliable estimates of the number of people engaged in waste picking or of its economic and environmental impact. Yet studies suggest that when organized and supported, waste picking can spur grassroots investment by poor people, create jobs, reduce poverty, save municipalities money, improve industrial competitiveness, conserve natural resources, and protect the environment.


Year of publication : 2008
Document Type: Report&Data

Economic Impacts

In recent years, the European Commission has continuously developed the tool of cost-benefit analysis to better inform decision-makers in the process of settling on new directives and regulations concerning the environment. However, according to the Terms of Reference of this assignment “most studies in the field of waste have been restricted to an analysis of costs and, at best, a relatively superficial description of benefits”.


Region: Europe
Year of publication : 2000
Document Type: Report&Data

1. Depending on the system, container deposit-return (CDR) systems create 11 to 38 times more jobs than curbside recycling. 2. On average, states with deposit-return systems recover roughly three times more beverage containers than non-CDR states. 3. Jobs gained from recycling far exceed any jobs lost in virgin extraction, landfilling or domestic manufacturing. 4. U.S. PET reclaimers currently operate at less than 60% capacity due to a lack of quality source materials. 5. The U.S. loses 800 jobs per year to overseas markets due to the export of PET.


Document Type: Factsheet

Collection / Source separation

While single-stream recycling is more convenient for consumers and results in lower costs than other collection systems, it also results in more contamination of collected materials, lower material quality, and increased waste. Using data from industry reports and interviews with recyclers, this report that highlights the economic and environmental impacts of switching to a single-stream system.


Region: North America
Year of publication : 2009
Document Type: Report&Data

The importance of preserving material quality and avoiding cross-contamination has become a common theme in many recent technical reports on recycling.


Region: North America
Year of publication : 2012
Document Type: Press

Single-stream recycling is a system in which all recyclables, including newspaper, cardboard, plastic, aluminum, junk mail, etc., are placed in a single bin or cart for recycling. These recyclables are collected by a single truck and taken to a Materials Recovery Facility (MRF) to be sorted into various commodity streams for sale to markets, where it is processed into feedstock which can be used in the manufacture of new products.


Document Type: Factsheet

Recycling

Container deposits increase container recovery, reduce environmental pollution, create jobs and place the cost of recovery on those who produce and consume the containers.


Region: North America
Year of publication : 2005
Document Type: Report&Data

While the recycling's impact on jobs has been the subject of several studies in recent years, Returning to Work is the first report to take into account the vital importance of material quality, throughput quantities, processing dynamics and end-user needs to analyze the net gains in domestic jobs when beverage containers are recovered through recycling.


Region: North America
Year of publication : 2011
Document Type: Report&Data

The importance of preserving material quality and avoiding cross-contamination has become a common theme in many recent technical reports on recycling.


Region: North America
Year of publication : 2012
Document Type: Press

1. Depending on the system, container deposit-return (CDR) systems create 11 to 38 times more jobs than curbside recycling. 2. On average, states with deposit-return systems recover roughly three times more beverage containers than non-CDR states. 3. Jobs gained from recycling far exceed any jobs lost in virgin extraction, landfilling or domestic manufacturing. 4. U.S. PET reclaimers currently operate at less than 60% capacity due to a lack of quality source materials. 5. The U.S. loses 800 jobs per year to overseas markets due to the export of PET.


Document Type: Factsheet

Comprehensive Analysis

Container deposits increase container recovery, reduce environmental pollution, create jobs and place the cost of recovery on those who produce and consume the containers.


Region: North America
Year of publication : 2005
Document Type: Report&Data

While the recycling's impact on jobs has been the subject of several studies in recent years, Returning to Work is the first report to take into account the vital importance of material quality, throughput quantities, processing dynamics and end-user needs to analyze the net gains in domestic jobs when beverage containers are recovered through recycling.


Region: North America
Year of publication : 2011
Document Type: Report&Data

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