Safer nicotine wiki - User contributions [en-gb]

Environmental Impact of Vaping Devices: A Global Approach to Sustainability

2025-10-22T21:40:21Z

Recyclevape:

[[File:Portada.png|thumb|Environmental Impact of Vaping Devices: A Global Approach to Sustainability.]]

=== '''Abstract''' ===
This document investigates the environmental impact of vaping devices, focusing on the waste they generate, such as plastics, lithium batteries, and electronic components, and their inadequate management. It analyses the adverse effects of this waste on the environment and public health, and presents recycling approaches with examples from different parts of the world. Additionally, it addresses environmental ethics and individual responsibility in waste management, emphasising bioethics and harm reduction related to smoking. The composition and hazardousness of the waste are examined, promoting a circular economy and environmental education to transform attitudes towards recycling. An international survey reveals the environmental risk perception among users and the demand for recycling policies. While limitations in the research are acknowledged, opportunities for innovation and sustainable development in the management of this waste are highlighted.

Van Isseldyk, Aylen and Teme, Juan Facundo, '''Environmental Impact of Vaping Devices:''' A Global Approach to Sustainability. (May 14, 2025). Available at SSRN: https://ssrn.com/abstract=5287029

'''Note:''' Downloadable document is in Spanish.

== '''Declaration of Interest''' ==
Aylen Van Isseldyk received the Scholarship for Tobacco Harm Reduction from Knowledge-Action-Change (KAC), a UK-based public health organization focused on promoting tobacco harm reduction. Juan Facundo Teme has contributed as an author of this document on an ad honorem basis, meaning that his participation has been made without receiving any monetary compensation or establishing contractual links with the scholarships from KAC (Knowledge Action Change), which are managed through the THRSP (Tobacco Harm Reduction Scholarship Programme). His collaboration with the project "Circular Vape Recycle" stems from his altruism and strong commitment to reducing harm caused by smoking and protecting the environment.
[[Category:Paper]]
[[Category:Vaping devices]]
[[Category:Environmental impact]]
[[Category:Sustainability]]
[[Category:Recycling]]
[[Category:Circular economy]]
[[Category:Pollution]]
[[Category:Waste management]]
[[Category:Environmental policies]]
[[Category:Environmental bioethics]]
[[Category:Environmental education]]
[[Category:Vaping waste]]
[[Category:Public health]]
[[Category:Environmental legislation]]
[[Category:Circular Vape Recycle]]

Circular Vape Recycle

2025-10-22T21:34:30Z

Recyclevape:

[[File:8f6eeb02-55b8-4277-a3ac-8e18a9bf6df6.jpg|thumb|258x258px]]
Circular Vape Recycle is a project founded by Aylen Van Isseldyk and Juan Facundo Teme that conducts exhaustive, global research on the environmental impact of vaping devices. Given their growing popularity and the attention of millions of users, it is essential to critically evaluate how these devices affect the environment. This analysis incorporates bioethics, harm reduction in tobacco use, and environmental education, and includes a survey on engagement and perceptions of environmental recycling.

The relevance of the initiative lies in addressing the environmental consequences of the use and disposal of vape devices. As they expand globally, it is crucial to investigate not only the waste and pollution associated with their production and disposal but also to identify sustainable practices that mitigate these effects.

This study is based on the premise that environmental harm reduction and tobacco harm reduction are interrelated objectives that require a systematic and collaborative approach. Circular Vape Recycle aims to offer a critical and detailed analysis of the environmental impacts of vaping devices and to contribute to the formulation of informed policies for environmental education, regulation, and management of these products.

The research will cover the lifespan of the devices, their components, their end-of-life disposal, and the cumulative effects of pollution. It will also explore sustainable alternatives for production and recycling, promoting a more responsible future. Circular Vape Recycle seeks to be a reference in solutions that foster sustainability and environmental stewardship, promoting community and user engagement toward more conscious consumption practices. Through collaborations and dissemination of findings, the project aims to generate positive impact and facilitate a cultural shift in waste management and consumer devices.

The result of sustained effort and institutional dedication, the Circular Vape Recycle project has generated a worldwide-scoped investigation, developed over one year, that establishes a close link between harm reduction associated with tobacco use and harm reduction for the environment. This work argues that the circular economy and sustainability are essential conditions for the proper management and recycling of vaping devices, as well as for the adoption of appropriate waste disposal practices.

The analytical inquiry exhaustively covered disposable vaping devices, closed systems, and open systems. Each component was evaluated to determine its degree of biodegradability, its potential for recyclability, and the strategies to promote good recycling practices, in addition to analyzing its use and end-of-life disposition.

Additionally, batteries, liquid containers, and absorption materials (cotton) used in different devices were examined to measure their recyclability and environmental sustainability. The study integrated environmental bioethics considerations throughout the document aimed at promoting a philosophy of life that encourages habits beneficial to the health of the planet.

The research rigorously explored the feasibility of applying a circular economy to these devices, proposing design, production, selective collection, and recycling strategies that reduce environmental impact and foster a culture of environmental responsibility among users, manufacturers, and regulators.

The document [[snw:index.php/Environmental_Impact_of_Vaping_Devices:_A_Global_Approach_to_Sustainability|«Environmental Impact of Vaping Devices: A Global Approach to Sustainability»]] is available on SSRN, where findings, methodologies, and recommendations are presented to advance a more sustainable and ethical use of vaping technology on a global scale.

Thank you for supporting this THR project (Tobacco Harm Reduction); it was made possible thanks to the grant from the Tobacco Harm Reduction Scholarships Program (THRSP), implemented by Knowledge•Action•Change (K•A•C).
[[Category:Paper]]
[[Category:Environmental impact]]
[[Category:Sustainability]]
[[Category:Recycling]]
[[Category:Circular economy]]
[[Category:Pollution]]
[[Category:Waste management]]
[[Category:Environmental policies]]
[[Category:Environmental bioethics]]
[[Category:Environmental education]]
[[Category:Vaping waste]]
[[Category:Public health]]
[[Category:Environmental legislation]]
[[Category:RAEE]]
[[Category:WEEE]]

Circular Vape Recycle

2025-10-22T20:46:06Z

Recyclevape:

Environmental Impact of Vaping Devices: A Global Approach to Sustainability

2025-10-22T20:44:30Z

Recyclevape:

Environmental Impact of Vaping Devices: A Global Approach to Sustainability

2025-10-22T20:42:52Z

Recyclevape:

[[File:Portada.png|thumb|Environmental Impact of Vaping Devices: A Global Approach to Sustainability.]]

=== '''Abstract''' ===
This document investigates the environmental impact of vaping devices, focusing on the waste they generate, such as plastics, lithium batteries, and electronic components, and their inadequate management. It analyses the adverse effects of this waste on the environment and public health, and presents recycling approaches with examples from different parts of the world. Additionally, it addresses environmental ethics and individual responsibility in waste management, emphasising bioethics and harm reduction related to smoking. The composition and hazardousness of the waste are examined, promoting a circular economy and environmental education to transform attitudes towards recycling. An international survey reveals the environmental risk perception among users and the demand for recycling policies. While limitations in the research are acknowledged, opportunities for innovation and sustainable development in the management of this waste are highlighted.

Van Isseldyk, Aylen and Teme, Juan Facundo, '''Environmental Impact of Vaping Devices:''' A Global Approach to Sustainability. (May 14, 2025). Available at SSRN: <nowiki>https://ssrn.com/abstract=5287029</nowiki>

'''Note:''' Downloadable document is in Spanish.

== '''Declaration of Interest''' ==
Aylen Van Isseldyk received the Scholarship for Tobacco Harm Reduction from Knowledge-Action-Change (KAC), a UK-based public health organization focused on promoting tobacco harm reduction. Juan Facundo Teme has contributed as an author of this document on an ad honorem basis, meaning that his participation has been made without receiving any monetary compensation or establishing contractual links with the scholarships from KAC (Knowledge Action Change), which are managed through the THRSP (Tobacco Harm Reduction Scholarship Programme). His collaboration with the project "Circular Vape Recycle" stems from his altruism and strong commitment to reducing harm caused by smoking and protecting the environment.

User:Recyclevape

2025-10-22T20:37:22Z

Recyclevape: create user page

Environmental Impact of Vaping Devices: A Global Approach to Sustainability

2025-10-22T20:32:42Z

Recyclevape: Created page with "Environmental Impact of Vaping Devices: A Global Approach to Sustainability. === '''Abstract''' === This document investigates the environmental impact of vaping devices, focusing on the waste they generate, such as plastics, lithium batteries, and electronic components, and their inadequate management. It analyses the adverse effects of this waste on the environment and public health, and presents recycling approaches with examples from diffe..."

[[File:Portada.png|thumb|Environmental Impact of Vaping Devices: A Global Approach to Sustainability.]]

=== '''Abstract''' ===
This document investigates the environmental impact of vaping devices, focusing on the waste they generate, such as plastics, lithium batteries, and electronic components, and their inadequate management. It analyses the adverse effects of this waste on the environment and public health, and presents recycling approaches with examples from different parts of the world. Additionally, it addresses environmental ethics and individual responsibility in waste management, emphasising bioethics and harm reduction related to smoking. The composition and hazardousness of the waste are examined, promoting a circular economy and environmental education to transform attitudes towards recycling. An international survey reveals the environmental risk perception among users and the demand for recycling policies. While limitations in the research are acknowledged, opportunities for innovation and sustainable development in the management of this waste are highlighted. <center></center>'''Note:''' Downloadable document is in Spanish.

== '''Declaration of Interest''' ==
Aylen Van Isseldyk received the Scholarship for Tobacco Harm Reduction from Knowledge-Action-Change (KAC), a UK-based public health organization focused on promoting tobacco harm reduction. Juan Facundo Teme has contributed as an author of this document on an ad honorem basis, meaning that his participation has been made without receiving any monetary compensation or establishing contractual links with the scholarships from KAC (Knowledge Action Change), which are managed through the THRSP (Tobacco Harm Reduction Scholarship Programme). His collaboration with the project "Circular Vape Recycle" stems from his altruism and strong commitment to reducing harm caused by smoking and protecting the environment.

File:Portada.png

2025-10-22T20:25:43Z

Recyclevape:

Environmental Impact of Vaping Devices: A Global Approach to Sustainability.

Circular Vape Recycle

2025-10-22T20:18:48Z

Recyclevape:

[[File:8f6eeb02-55b8-4277-a3ac-8e18a9bf6df6.jpg|thumb|258x258px]]
Circular Vape Recycle is a project founded by Aylen Van Isseldyk and Juan Facundo Teme that conducts exhaustive, global research on the environmental impact of vaping devices. Given their growing popularity and the attention of millions of users, it is essential to critically evaluate how these devices affect the environment. This analysis incorporates bioethics, harm reduction in tobacco use, and environmental education, and includes a survey on engagement and perceptions of environmental recycling.

The relevance of the initiative lies in addressing the environmental consequences of the use and disposal of vape devices. As they expand globally, it is crucial to investigate not only the waste and pollution associated with their production and disposal but also to identify sustainable practices that mitigate these effects.

This study is based on the premise that environmental harm reduction and tobacco harm reduction are interrelated objectives that require a systematic and collaborative approach. Circular Vape Recycle aims to offer a critical and detailed analysis of the environmental impacts of vaping devices and to contribute to the formulation of informed policies for environmental education, regulation, and management of these products.

The research will cover the lifespan of the devices, their components, their end-of-life disposal, and the cumulative effects of pollution. It will also explore sustainable alternatives for production and recycling, promoting a more responsible future. Circular Vape Recycle seeks to be a reference in solutions that foster sustainability and environmental stewardship, promoting community and user engagement toward more conscious consumption practices. Through collaborations and dissemination of findings, the project aims to generate positive impact and facilitate a cultural shift in waste management and consumer devices.

The result of sustained effort and institutional dedication, the Circular Vape Recycle project has generated a worldwide-scoped investigation, developed over one year, that establishes a close link between harm reduction associated with tobacco use and harm reduction for the environment. This work argues that the circular economy and sustainability are essential conditions for the proper management and recycling of vaping devices, as well as for the adoption of appropriate waste disposal practices.

The analytical inquiry exhaustively covered disposable vaping devices, closed systems, and open systems. Each component was evaluated to determine its degree of biodegradability, its potential for recyclability, and the strategies to promote good recycling practices, in addition to analyzing its use and end-of-life disposition.

Additionally, batteries, liquid containers, and absorption materials (cotton) used in different devices were examined to measure their recyclability and environmental sustainability. The study integrated environmental bioethics considerations throughout the document aimed at promoting a philosophy of life that encourages habits beneficial to the health of the planet.

The research rigorously explored the feasibility of applying a circular economy to these devices, proposing design, production, selective collection, and recycling strategies that reduce environmental impact and foster a culture of environmental responsibility among users, manufacturers, and regulators.

The document «Environmental Impact of Vaping Devices: A Global Approach to Sustainability» is available on SSRN, where findings, methodologies, and recommendations are presented to advance a more sustainable and ethical use of vaping technology on a global scale.

Thank you for supporting this THR project (Tobacco Harm Reduction); it was made possible thanks to the grant from the Tobacco Harm Reduction Scholarships Program (THRSP), implemented by Knowledge•Action•Change (K•A•C).

File:8f6eeb02-55b8-4277-a3ac-8e18a9bf6df6.jpg

2025-10-22T20:17:50Z

Recyclevape:

Logo

Circular Vape Recycle

2025-10-22T20:12:57Z

Recyclevape:

Circular Vape Recycle is a project founded by Aylen Van Isseldyk and Juan Facundo Teme that conducts exhaustive, global research on the environmental impact of vaping devices. Given their growing popularity and the attention of millions of users, it is essential to critically evaluate how these devices affect the environment. This analysis incorporates bioethics, harm reduction in tobacco use, and environmental education, and includes a survey on engagement and perceptions of environmental recycling.

The relevance of the initiative lies in addressing the environmental consequences of the use and disposal of vape devices. As they expand globally, it is crucial to investigate not only the waste and pollution associated with their production and disposal but also to identify sustainable practices that mitigate these effects.

This study is based on the premise that environmental harm reduction and tobacco harm reduction are interrelated objectives that require a systematic and collaborative approach. Circular Vape Recycle aims to offer a critical and detailed analysis of the environmental impacts of vaping devices and to contribute to the formulation of informed policies for environmental education, regulation, and management of these products.

The research will cover the lifespan of the devices, their components, their end-of-life disposal, and the cumulative effects of pollution. It will also explore sustainable alternatives for production and recycling, promoting a more responsible future. Circular Vape Recycle seeks to be a reference in solutions that foster sustainability and environmental stewardship, promoting community and user engagement toward more conscious consumption practices. Through collaborations and dissemination of findings, the project aims to generate positive impact and facilitate a cultural shift in waste management and consumer devices.

The result of sustained effort and institutional dedication, the Circular Vape Recycle project has generated a worldwide-scoped investigation, developed over one year, that establishes a close link between harm reduction associated with tobacco use and harm reduction for the environment. This work argues that the circular economy and sustainability are essential conditions for the proper management and recycling of vaping devices, as well as for the adoption of appropriate waste disposal practices.

The analytical inquiry exhaustively covered disposable vaping devices, closed systems, and open systems. Each component was evaluated to determine its degree of biodegradability, its potential for recyclability, and the strategies to promote good recycling practices, in addition to analyzing its use and end-of-life disposition.

Additionally, batteries, liquid containers, and absorption materials (cotton) used in different devices were examined to measure their recyclability and environmental sustainability. The study integrated environmental bioethics considerations throughout the document aimed at promoting a philosophy of life that encourages habits beneficial to the health of the planet.

The research rigorously explored the feasibility of applying a circular economy to these devices, proposing design, production, selective collection, and recycling strategies that reduce environmental impact and foster a culture of environmental responsibility among users, manufacturers, and regulators.

The document «Environmental Impact of Vaping Devices: A Global Approach to Sustainability» is available on SSRN, where findings, methodologies, and recommendations are presented to advance a more sustainable and ethical use of vaping technology on a global scale.

Thank you for supporting this THR project (Tobacco Harm Reduction); it was made possible thanks to the grant from the Tobacco Harm Reduction Scholarships Program (THRSP), implemented by Knowledge•Action•Change (K•A•C).

Circular Vape Recycle

2025-10-22T20:06:38Z

Recyclevape:

Circular Vape Recycle

2025-10-22T20:04:35Z

Recyclevape:

Circular Vape Recycle is a project founded by Aylen Van Isseldyk and Juan Facundo Teme that conducts exhaustive, global research on the environmental impact of vaping devices. Given their growing popularity and the attention of millions of users, it is essential to critically evaluate how these devices affect the environment. This analysis incorporates bioethics, harm reduction in tobacco use, and environmental education, and includes a survey on engagement and perceptions of environmental recycling.

The relevance of the initiative lies in addressing the environmental consequences of the use and disposal of vape devices. As they expand globally, it is crucial to investigate not only the waste and pollution associated with their production and disposal but also to identify sustainable practices that mitigate these effects.

This study is based on the premise that environmental harm reduction and tobacco harm reduction are interrelated objectives that require a systematic and collaborative approach. Circular Vape Recycle aims to offer a critical and detailed analysis of the environmental impacts of vaping devices and to contribute to the formulation of informed policies for environmental education, regulation, and management of these products.

The research will cover the lifespan of the devices, their components, their end-of-life disposal, and the cumulative effects of pollution. It will also explore sustainable alternatives for production and recycling, promoting a more responsible future. Circular Vape Recycle seeks to be a reference in solutions that foster sustainability and environmental stewardship, promoting community and user engagement toward more conscious consumption practices. Through collaborations and dissemination of findings, the project aims to generate positive impact and facilitate a cultural shift in waste management and consumer devices.

he result of sustained effort and institutional dedication, the Circular Vape Recycle project has generated a worldwide-scoped investigation, developed over one year, that establishes a close link between harm reduction associated with tobacco use and harm reduction for the environment. This work argues that the circular economy and sustainability are essential conditions for the proper management and recycling of vaping devices, as well as for the adoption of appropriate waste disposal practices.

The analytical inquiry exhaustively covered disposable vaping devices, closed systems, and open systems. Each component was evaluated to determine its degree of biodegradability, its potential for recyclability, and the strategies to promote good recycling practices, in addition to analyzing its use and end-of-life disposition.

Additionally, batteries, liquid containers, and absorption materials (cotton) used in different devices were examined to measure their recyclability and environmental sustainability. The study integrated environmental bioethics considerations throughout the document aimed at promoting a philosophy of life that encourages habits beneficial to the health of the planet.

The research rigorously explored the feasibility of applying a circular economy to these devices, proposing design, production, selective collection, and recycling strategies that reduce environmental impact and foster a culture of environmental responsibility among users, manufacturers, and regulators.

The document «Environmental Impact of Vaping Devices: A Global Approach to Sustainability» is available on SSRN, where findings, methodologies, and recommendations are presented to advance a more sustainable and ethical use of vaping technology on a global scale.

Thank you for supporting this THR project (Tobacco Harm Reduction); it was made possible thanks to the grant from the Tobacco Harm Reduction Scholarships Program (THRSP), implemented by Knowledge•Action•Change (K•A•C).

Circular Vape Recycle

2025-10-22T20:02:18Z

Recyclevape:

Circular Vape Recycle is a project founded by Aylen Van Isseldyk and Juan Facundo Teme that conducts exhaustive, global research on the environmental impact of vaping devices. Given their growing popularity and the attention of millions of users, it is essential to critically evaluate how these devices affect the environment. This analysis incorporates bioethics, harm reduction in tobacco use, and environmental education, and includes a survey on engagement and perceptions of environmental recycling.

The relevance of the initiative lies in addressing the environmental consequences of the use and disposal of vape devices. As they expand globally, it is crucial to investigate not only the waste and pollution associated with their production and disposal but also to identify sustainable practices that mitigate these effects.

This study is based on the premise that environmental harm reduction and tobacco harm reduction are interrelated objectives that require a systematic and collaborative approach. Circular Vape Recycle aims to offer a critical and detailed analysis of the environmental impacts of vaping devices and to contribute to the formulation of informed policies for environmental education, regulation, and management of these products.

The research will cover the lifespan of the devices, their components, their end-of-life disposal, and the cumulative effects of pollution. It will also explore sustainable alternatives for production and recycling, promoting a more responsible future. Circular Vape Recycle seeks to be a reference in solutions that foster sustainability and environmental stewardship, promoting community and user engagement toward more conscious consumption practices. Through collaborations and dissemination of findings, the project aims to generate positive impact and facilitate a cultural shift in waste management and consumer devices.

he result of sustained effort and institutional dedication, the Circular Vape Recycle project has generated a worldwide-scoped investigation, developed over one year, that establishes a close link between harm reduction associated with tobacco use and harm reduction for the environment. This work argues that the circular economy and sustainability are essential conditions for the proper management and recycling of vaping devices, as well as for the adoption of appropriate waste disposal practices.

The analytical inquiry exhaustively covered disposable vaping devices, closed systems, and open systems. Each component was evaluated to determine its degree of biodegradability, its potential for recyclability, and the strategies to promote good recycling practices, in addition to analyzing its use and end-of-life disposition.

Additionally, batteries, liquid containers, and absorption materials (cotton) used in different devices were examined to measure their recyclability and environmental sustainability. The study integrated environmental bioethics considerations throughout the document aimed at promoting a philosophy of life that encourages habits beneficial to the health of the planet.

The research rigorously explored the feasibility of applying a circular economy to these devices, proposing design, production, selective collection, and recycling strategies that reduce environmental impact and foster a culture of environmental responsibility among users, manufacturers, and regulators.

The document «Environmental Impact of Vaping Devices: A Global Approach to Sustainability» is available on SSRN, where findings, methodologies, and recommendations are presented to advance a more sustainable and ethical use of vaping technology on a global scale.

Thank you for supporting this THR project (Tobacco Harm Reduction); it was made possible thanks to the grant from the Tobacco Harm Reduction Scholarships Program (THRSP), implemented by Knowledge•Action•Change (K•A•C).

Circular Vape Recycle

2025-10-22T19:43:26Z

Recyclevape: Created page with "Circular Vape Recycle is a project founded by Aylen Van Isseldyk and Juan Facundo Teme that conducts exhaustive, global research on the environmental impact of vaping devices. Given their growing popularity and the attention of millions of users, it is essential to critically evaluate how these devices affect the environment. This analysis incorporates bioethics, harm reduction in tobacco use, and environmental education, and includes a survey on engagement and perceptio..."