Halon Options Technical Working Conference -
Friends of the Earth's Ozone Protection Campaign - Halon Fire Extinguisher Recovery Program http://www.floridaextinguisher.com
The document discusses the challenges of determining the recyclability of products in the United States due to the lack of standardized national recycling data and programs. It outlines four key parameters needed to accurately report on recycling availability: collection options, audience restrictions, material restrictions, and reasonable travel distance. The author argues that traditional surveys are limited and that Earth911 provides a more comprehensive database by directly contacting thousands of municipal and commercial recycling programs to obtain detailed, up-to-date information on collection locations and accepted materials. This level of detail is needed for manufacturers to substantiate recyclability claims and help improve recycling rates.
The document summarizes the key findings and discussions from the "Rethinking Reuse Conference" held on December 10, 2014. The conference aimed to provide feedback to the UK government on opportunities and barriers to reuse, particularly at household waste and recycling centers. Key points included that the term "waste" is outdated and "resources" better reflects the circular economy vision. The definition of waste relies too heavily on the owner's intent rather than an item's intrinsic usefulness, and reusable materials should not be classified as waste. Clear exemptions, guidance, standards, and metrics are needed to improve reuse performance and public understanding. Local governments and manufacturers must also better support reuse.
Designing a Low-Cost Pollution Prevention Plan to Pay Off at.docxcuddietheresa
Designing a Low-Cost Pollution Prevention Plan to Pay Off at
the University of Houston
Yurika Diaz Bialowas, Emmett C. Sullivan, and Robert D. Schneller
Environmental Health and Risk Management Department, University of Houston, Houston, TX
ABSTRACT
The University of Houston is located just south of down-
town Houston, TX. Many different chemical substances
are used in scientific research and teaching activities
throughout the campus. These activities generate a signif-
icant amount of waste materials that must be discarded as
regulated hazardous waste per U.S. Environmental Protec-
tion Agency (EPA) rules. The Texas Commission on Envi-
ronmental Quality (TCEQ) is the state regulatory agency
that has enforcement authority for EPA hazardous waste
rules in Texas. Currently, the University is classified as a
large quantity generator and generates �1000 kg per
month of hazardous waste. In addition, the University
has experienced a major surge in research activities during
the past several years, and overall the quantity of the
hazardous waste generated has increased. The TCEQ re-
quires large quantity generators to prepare a 5-yr Pollu-
tion Prevention (P2) Plan, which describes efforts to elim-
inate or minimize the amount of hazardous waste
generated. This paper addresses the design and develop-
ment of a low-cost P2 plan with minimal implementation
obstacles and strong payoff potentials for the University.
The projects identified can be implemented with existing
University staff resources. This benefits the University by
enhancing its environmental compliance efforts, and the
disposal cost savings can be used for other purposes.
Other educational institutions may benefit by undertak-
ing a similar process.
INTRODUCTION
The University of Houston campus covers �550 acres and
includes �100 buildings. Current enrollment is �35,000
students with �5000 faculty and staff.1 There are �400
laboratories on campus presently with more planned in
2006.
Colleges and universities typically generate a wide
range of chemical waste and, because of their decentral-
ized organizational structure face, challenges in comply-
ing with applicable waste regulations.2,3 One of the criti-
cal functions of the University’s Environmental Health
and Risk Management Department (EHRM) is to manage
chemical waste in accordance with the U.S. Environmen-
tal Protection Agency (EPA) and Texas Commission on
Environmental Quality (TCEQ) rules.4,5 This is a sizable
undertaking for the EHRM staff and ties up many re-
sources. There is no formal long-term investment in waste
disposal costs for the University other than a demonstra-
tion of regulatory compliance.6 Therefore, it is in the best
interest of the University to minimize the quantity of
chemical waste generated whenever possible so that funds
could be spent on projects other than waste disposal.
In addition, the TCEQ has promulgated rules that
require large-quantity hazardous waste generators, such
as the University, t ...
The document summarizes key concepts from the lecture:
1) The "polluter pays" principle requires that the costs of pollution be borne by those who cause it. It is usually implemented through command-and-control and market-based approaches like emissions taxes.
2) The precautionary principle justifies preventative measures to address potential risks to public health or the environment from activities, even when scientific evidence is uncertain. It has been incorporated into many international environmental agreements.
3) Strict liability holds an organization fully responsible for any harm caused, even without proof of negligence. This principle was applied by an Indian court to hold an organization accountable for a toxic gas leak that harmed local residents and the environment.
Comments to IJC on comment Preliminary Recommendations on Microplastics in th...LOWaterkeeper
The International Joint Commission (IJC) invited public comment on its Preliminary Recommendations on Microplastics in the Great Lakes for binational, science, policy, and education solutions to microplastic pollution. The Commission was interested in public comments on the following questions: Are the recommendations sound? Are any important considerations overlooked? Are there relevant examples from your community or business to consider?
Members of the public were invited to provide comments until November 10, 2016.
The Alliance for the Great Lakes, Environmental Defence Canada, EcoSuperior Environmental Programs, Freshwater Future, Freshwater Future Canada, and Lake Ontario Waterkeeper submitted these comments.
Extended Producer Responsibility (EPR) can be a strong law principle in the waste organization. Over the years it
has been introducing worldwide for the unlike waste stream.
This document provides a summary of Lebanon's Third National Communication to the UN Framework Convention on Climate Change (UNFCCC). It was prepared by the Ministry of Environment of Lebanon with support from the UN Development Programme and funding from the Global Environment Facility. The report contains updated greenhouse gas inventories, new analyses of climate change vulnerabilities and mitigation options across key economic sectors in Lebanon. It is intended to inform climate action planning and represents increased capacity and expertise in Lebanon related to addressing climate change.
The document discusses the challenges of determining the recyclability of products in the United States due to the lack of standardized national recycling data and programs. It outlines four key parameters needed to accurately report on recycling availability: collection options, audience restrictions, material restrictions, and reasonable travel distance. The author argues that traditional surveys are limited and that Earth911 provides a more comprehensive database by directly contacting thousands of municipal and commercial recycling programs to obtain detailed, up-to-date information on collection locations and accepted materials. This level of detail is needed for manufacturers to substantiate recyclability claims and help improve recycling rates.
The document summarizes the key findings and discussions from the "Rethinking Reuse Conference" held on December 10, 2014. The conference aimed to provide feedback to the UK government on opportunities and barriers to reuse, particularly at household waste and recycling centers. Key points included that the term "waste" is outdated and "resources" better reflects the circular economy vision. The definition of waste relies too heavily on the owner's intent rather than an item's intrinsic usefulness, and reusable materials should not be classified as waste. Clear exemptions, guidance, standards, and metrics are needed to improve reuse performance and public understanding. Local governments and manufacturers must also better support reuse.
Designing a Low-Cost Pollution Prevention Plan to Pay Off at.docxcuddietheresa
Designing a Low-Cost Pollution Prevention Plan to Pay Off at
the University of Houston
Yurika Diaz Bialowas, Emmett C. Sullivan, and Robert D. Schneller
Environmental Health and Risk Management Department, University of Houston, Houston, TX
ABSTRACT
The University of Houston is located just south of down-
town Houston, TX. Many different chemical substances
are used in scientific research and teaching activities
throughout the campus. These activities generate a signif-
icant amount of waste materials that must be discarded as
regulated hazardous waste per U.S. Environmental Protec-
tion Agency (EPA) rules. The Texas Commission on Envi-
ronmental Quality (TCEQ) is the state regulatory agency
that has enforcement authority for EPA hazardous waste
rules in Texas. Currently, the University is classified as a
large quantity generator and generates �1000 kg per
month of hazardous waste. In addition, the University
has experienced a major surge in research activities during
the past several years, and overall the quantity of the
hazardous waste generated has increased. The TCEQ re-
quires large quantity generators to prepare a 5-yr Pollu-
tion Prevention (P2) Plan, which describes efforts to elim-
inate or minimize the amount of hazardous waste
generated. This paper addresses the design and develop-
ment of a low-cost P2 plan with minimal implementation
obstacles and strong payoff potentials for the University.
The projects identified can be implemented with existing
University staff resources. This benefits the University by
enhancing its environmental compliance efforts, and the
disposal cost savings can be used for other purposes.
Other educational institutions may benefit by undertak-
ing a similar process.
INTRODUCTION
The University of Houston campus covers �550 acres and
includes �100 buildings. Current enrollment is �35,000
students with �5000 faculty and staff.1 There are �400
laboratories on campus presently with more planned in
2006.
Colleges and universities typically generate a wide
range of chemical waste and, because of their decentral-
ized organizational structure face, challenges in comply-
ing with applicable waste regulations.2,3 One of the criti-
cal functions of the University’s Environmental Health
and Risk Management Department (EHRM) is to manage
chemical waste in accordance with the U.S. Environmen-
tal Protection Agency (EPA) and Texas Commission on
Environmental Quality (TCEQ) rules.4,5 This is a sizable
undertaking for the EHRM staff and ties up many re-
sources. There is no formal long-term investment in waste
disposal costs for the University other than a demonstra-
tion of regulatory compliance.6 Therefore, it is in the best
interest of the University to minimize the quantity of
chemical waste generated whenever possible so that funds
could be spent on projects other than waste disposal.
In addition, the TCEQ has promulgated rules that
require large-quantity hazardous waste generators, such
as the University, t ...
The document summarizes key concepts from the lecture:
1) The "polluter pays" principle requires that the costs of pollution be borne by those who cause it. It is usually implemented through command-and-control and market-based approaches like emissions taxes.
2) The precautionary principle justifies preventative measures to address potential risks to public health or the environment from activities, even when scientific evidence is uncertain. It has been incorporated into many international environmental agreements.
3) Strict liability holds an organization fully responsible for any harm caused, even without proof of negligence. This principle was applied by an Indian court to hold an organization accountable for a toxic gas leak that harmed local residents and the environment.
Comments to IJC on comment Preliminary Recommendations on Microplastics in th...LOWaterkeeper
The International Joint Commission (IJC) invited public comment on its Preliminary Recommendations on Microplastics in the Great Lakes for binational, science, policy, and education solutions to microplastic pollution. The Commission was interested in public comments on the following questions: Are the recommendations sound? Are any important considerations overlooked? Are there relevant examples from your community or business to consider?
Members of the public were invited to provide comments until November 10, 2016.
The Alliance for the Great Lakes, Environmental Defence Canada, EcoSuperior Environmental Programs, Freshwater Future, Freshwater Future Canada, and Lake Ontario Waterkeeper submitted these comments.
Extended Producer Responsibility (EPR) can be a strong law principle in the waste organization. Over the years it
has been introducing worldwide for the unlike waste stream.
This document provides a summary of Lebanon's Third National Communication to the UN Framework Convention on Climate Change (UNFCCC). It was prepared by the Ministry of Environment of Lebanon with support from the UN Development Programme and funding from the Global Environment Facility. The report contains updated greenhouse gas inventories, new analyses of climate change vulnerabilities and mitigation options across key economic sectors in Lebanon. It is intended to inform climate action planning and represents increased capacity and expertise in Lebanon related to addressing climate change.
THE WASTE MANAGMENT PRACTICES OF AID ORGANISATIONS IN HAITIStanleylucas
Addressing the environmental impact, and more specifically the issue of waste generated by humanitarian action is a recurrent issue which aid actors are confronted with. In a report released in August 2014, UNEP and OCHA highlighted the need for international organizations to mainstream environmental issues into the programming and implementation of humanitarian operations in order to enhance the quality and efficiency of aid1. Aid actors generate waste in their operations as well in their programs, and this can be harmful to the environment if it is not managed appropriately.
At the instigation of the Humanitarian Environmental Network (Réseau Environnement Humanitaire 2 ), Groupe URD 3 and CEFREPADE 4 , developed a project proposal aimed at supporting aid organizations and carried out pilot research into the solid waste management practices of international organizations in Haiti, where a large number of aid actors are still present. In the transition context between emergency relief and development, URD’s Observatory in Haiti identified solid waste as a topic of research for 2014.
Haiti’s waste management system is characterized by a lack of treatment, poor collection methods and a weak legal framework. Haiti’s largest landfill site (Truitier) is a serious environmental concern: located less than 100 meters from the sea, the facility is not lined to prevent leachate infiltration5. In terms of the environmental and health risks associated with this waste management system (risk of flooding, water borne diseases, air water and soil pollution, contribution to climate change etc.), aid actors need to be accountable for minimizing the quantity of waste that they generate and for managing their waste in an environmentally- conscious way.
This study shows that the issue of waste management is not sufficiently taken into account in aid actors’ operations and programs. Aid actors are generally not aware of the types and the quantity of waste that they generate, nor the way that it is being managed beyond having a contract with a collection company. In addition to this, they are generally poorly equipped to
1 «Environment and Humanitarian Action: Increasing Effectiveness, Sustainability and Accountability » Joint Environment Unit (OCHA/PNUE) Pro Act Network &URD, August 2014 http://www.urd.org/IMG/pdf/EHA_Study_web_version1-1.pdf
2 Network created in 2012 by Groupe URD that promotes the integration of the environment into humanitarian work and organizations. (Solidarités International, ACF, La Croix Rouge française, MDM, and Triangle are some of the members).
3 Groupe Urgence, Réhabilitation et Développement : www.urd.org
4 Centre Francophone de Recherche Partenariale sur l’Assainissement, les Déchets et l’Environnement –. http://www.cefrepade.org/-
5 Le lixiviat is a liquid material that drains from waste materials and contains significantly elevated concentrations of contaminants.
Point-CounterpointTo Incinerate or Not to IncinerateRich.docxLeilaniPoolsy
Point-Counterpoint
To Incinerate or Not to Incinerate
Richard Gilbert and Mark Winfield debate the burning issue.
Richard Gilbert opens
WASTE IS WHAT we have used and have no further usefor. Incinerating waste, I believe, is a better environ-
mental solution than landfilling.
Only a limited amount of waste occurs in nature. Animals
produce waste in the form of faeces, which, in turn, provide
nutrients for other parts of the ecosystem. In contrast, we
humans appropriate and discard major material flows beyond
what is required for our metabolism and beyond what our local
ecosystems can handle.
The first objective of a waste management system should be
to reduce material flows and thus potential waste. This reduc-
tion, in turn, can lower the likelihood of risks to human health
and environmental problems.When the cost of managing waste
is high, which is often the case with incineration, it encourages
a reduction in the flow of material.
The second objective should be material reuse, which
includes recycling. Because it is more costly, incineration can
facilitate recycling. It also results in reuse when ferrous materi-
als are readily extracted from ash.
Data back up the compatibility of incineration and recy-
cling. If you look at tbe wealth of information in "The State of
Garbage in America," an article published in the January 2004
issue of Biocycle, you can readily figure out that the median
recycling rate in US states where there was some incineration
was much higher than in states with no incineration (29 versus
10 per cent).
In many places, combustion of materials with energy recov-
ery is regarded as reuse, leaving what is sent to landfill as the
"High costs for incineration and landfill
can be a good thing if they reduce
material flows, and encourage or even
subsidize recycling."
- R.C.
only true waste. European Union directives require the avoid-
ance of landfill for all but non-combustible waste. Denmark is
closest to this ideal. In 2003, according to the European linvi-
ronment Agency, Danes incinerated 60 per cent of their house-
hold waste, reused or recycled 31 per cent and landfiUed six per
cent.
Reasons to avoid landfilling include its high environmental
cost and impact on human health. A 1999 Ontario government
study suggested that the cancer risk from living near a landfill
was about 100 times that of living near an incinerator. Differ-
ences for other health risks were less dramatic, but were still
higher for landfill than for incineration. A 2005 study in New
York City had similar findings, noting that the longer trucking
distances associated with landfill present additional health
risks.
Landfills also produce methane, a potent greenhouse gas. As
a result, a landfill's contribution to global warming is between
45 and 115 times greater than incineration on a per-tonne-of-
waste basis, depending on the extent of methane collection in
the landfill.
But the strongest criticisms levelled against incineration
Altern.
This document summarizes the potential for Latin American countries to promote net-zero emissions from their waste sectors through Nationally Appropriate Mitigation Actions (NAMAs). It finds that 60% of waste sector emissions in 10 Latin American countries come from methane released from decomposing waste in landfills and dumps. If current practices continue, waste sector emissions are projected to increase substantially with economic growth. However, implementing integrated solid waste management (ISWM) approaches focusing on waste diversion could help the region's waste sector become carbon neutral or even a carbon sink. NAMAs may help overcome barriers to alternative waste management by facilitating policy and financial mechanism changes. The Colombia Waste NAMA is presented as an example for other countries to follow
International Fire Buyer-Halon Sustainability Article-10 14 p44Ron Marcus
This document discusses the sustainability of using halon, a banned fire suppressant, for critical applications. It covers three major areas that still rely on halon: aerospace, defense, and petrochemical industries. For aerospace, halon is still used extensively with no retrofitting of alternatives, posing a challenge as aircraft lifecycles extend over 50 years. Defense also faces difficulties replacing halon. Existing petrochemical facilities were designed around halon systems. As halon supplies diminish and demand increases, sustainability is a major concern given lifecycles of over 50 years for some critical equipment relying on halon. Recovery and recycling efforts aim to address this, but contamination and technical challenges increase as supplies shrink.
The Noel Kempff Mercado Climate Action Project (NK-CAP) expanded the Noel Kempff Mercado National Park in Bolivia by 832,000 hectares between 1997-2005 to mitigate greenhouse gas emissions from deforestation. It was the first REDD project certified by the Clean Development Mechanism. The expansion allowed the park boundaries to be defined by rivers, ensuring biological viability of species populations, and established a trust fund for long-term park protection.
The document provides a list of potential research ideas for improving the environment in Haiti. It identifies ideas in several areas: strengthening governance of the environment ministry and land use policies; boosting the agroforestry sector; improving management of risks and disasters; developing renewable energy; raising environmental education; enhancing waste management; and growing green businesses such as eco-tourism and commercializing natural resources. The research ideas were generated through roundtable discussions with economists and experts aimed at identifying high-impact, cost-effective solutions to Haiti's most pressing environmental challenges.
This document discusses challenges and opportunities for educating consumers about recycling and safe disposal of products as product stewardship programs grow in the US. It finds that a centralized resource like Earth911 could help coordinate messaging among the increasing number of programs. Focus groups of manufacturers, retailers and governments agreed such a resource could provide accurate, up-to-date information to consumers through a single search system, though some had concerns about on-product messaging. Lessons from British Columbia, which has many stewardship programs, indicate collaboration and a centralized coordinator like Earth911 can help ensure consistent consumer education.
This document discusses labeling of consumer products for recycling. It notes that current labeling strategies often provide incomplete, inconsistent or misleading information that contributes to low recycling rates in the US. Effective labeling needs to clearly indicate if an item can be recycled locally and provide steps for doing so. While labels aim to demonstrate environmental commitment, confusion arises from the many different labels in use. The document advocates for a centralized resource like Earth911 to provide consistent and up-to-date information to help consumers properly dispose of and recycle products.
This document provides an overview of green marketing. It defines green marketing and discusses its positive and negative aspects. It also outlines some common problems with green marketing strategies and provides definitions of key terms. Additionally, it discusses green marketing adoption by firms and different green marketing strategies companies can take, from passive to aggressive approaches. The document concludes that while firms play a role, ultimate responsibility lies with consumers being willing to pay more for environmentally friendly options.
Published September 2014 in Waste360, this article discusses how misconceptions from both producers and consumers are limiting the efficiency of the current recycling practices in the United States.
National Greenhouse Gas Inventory Report and Mitigation Analysis for th...Karim Osseiran
The document provides a greenhouse gas inventory report and mitigation analysis for Lebanon's energy sector from 1994 to 2011. It calculates emissions of carbon dioxide, methane, and nitrous oxide from energy activities using IPCC guidelines. Emissions trends are reported and drivers analyzed. Existing and potential mitigation actions are also reviewed, including new scenarios to further reduce emissions from the energy sector.
The document discusses how going green is good for business. It argues that green practices can save businesses money through reduced energy and water usage, help improve corporate image, and attract higher quality employees. Some key points made include that energy audits can identify ways to cut costs, sustainable buildings require less spending on utilities, and green companies have an advantage in recruiting and retaining employees who want to work for environmentally responsible businesses.
The document provides background information on community-based adaptation (CBA) and summarizes the proceedings of the 5th International Conference on CBA held in Bangladesh in 2011.
Some key points:
- CBA began in 2005 with workshops in Bangladesh focused on incorporating climate change adaptation into existing poverty reduction and development efforts.
- Subsequent conferences were held every 1-2 years in different locations and grew in size, with the 5th conference in 2011 hosting over 300 participants.
- Conference sessions focused on defining concepts like vulnerability, adaptation and resilience; differentiating CBA from other approaches; and sharing experiences and best practices.
- Field visits exposed participants to local communities' climate adaptation measures and initiatives were discussed to
The mangroves of Panamá store and sequester enormous amounts of organic carbon not only in their vegetation, but also in roots and soil. Wetlands International works together with UNDP and national governmental authorities to find out how much exactly and to make sure that these carbon pools and sinks are better managed and protected. For their contribution to climate change mitigation, but also to maintain their broad range of ecosystem services in support of local adaptation.
The document discusses global climate change and initiatives by the U.S. government and other organizations to address it. It notes that in 2001 the U.S. President committed to developing a science-based climate change policy and funding research on technologies to meet the climate challenge. The President also created the Climate Change Research Initiative to study uncertainties and identify investments that could make a difference. Additional sections discuss definitions of climate change, its causes, the role of states and citizens in meeting reduction goals, and calls to action to address it through both domestic and international policies.
The document discusses a recent study on the availability of recycling programs in the United States. It found that while 94% of consumers have access to recycling, only 73% have curbside pickup programs and many charge extra fees. The study also found that 21% only have drop-off options, which are inconvenient. Recycling is especially lacking for apartment complexes. The document advocates for recycling due to the environmental benefits and to reduce waste.
Enhancing Resilience of Vulnerable Communities to Climate ChangeDharam Uprety
The document summarizes the Multi Stakeholder Forestry Programme's (MSFP) approach and achievements in supporting climate change adaptation and building resilience in vulnerable communities in Nepal. The MSFP aimed to reduce vulnerability of 560,000 households by funding local adaptation plans and projects. It supported over 2,500 local adaptation plans and implemented around 2,000 projects focused on activities like disaster risk reduction, natural resource management, and adoption of climate-resilient technologies. The document discusses the challenges faced and lessons learned from MSFP's work, highlighting the important role of local institutions like Community Forest User Groups and Village Development Committees in planning and implementing adaptation efforts.
This document summarizes a journal article that explores using community risk assessments (CRAs) to facilitate local adaptation to climate change. It discusses how traditional top-down approaches to climate change adaptation have limitations, and how bottom-up approaches using CRAs can help address those limitations. CRAs are participatory methods used to assess hazards, vulnerabilities and capacities at the community level. The document analyzes examples of CRAs conducted by Red Cross societies to demonstrate how they can foster community engagement in climate risk reduction. However, it also notes challenges to using CRAs for climate change adaptation, such as keeping them simple enough for wide application and linking CRA results to policy.
Hopenhagen: Design Activism as an Oxymoron EcoLabs
Hopenhagen was an initiative by the International Advertising Association in support of the United Nations at the UN Climate Change Conference (COP-15) in Copenhagen December 2009. The UN Secretary-General Ban Ki-moon UN asked for help from the international advertising industry at Davos in January 2009. Hopenhagen took the form of an international public relations campaign culminating with an installation in the public square in central Copenhagen during the COP-15 summit.
Hopenhagen created a feel good façade where corporate sponsors were helping governments save the world.
Meanwhile, many of the thousands of climate activists congregated in Copenhagen for the summit found Hopenhagen so offensive that they made the campaign and installation itself an object of their protests. Hopenhagen is a classic example of corporate appropriation of people’s movements and the subsequent neutralization of the messages demanding structural change and social justice. As such, Hopenhagen embodies the conflict within the concept of design activism itself. While design functions predominately as a driver of consumption, consumerism, globalization and unsustainable behavior; activism is concerned with social injustice and environmental devastation. Activists struggle to combat the forces of globalization by forming social movements and resisting corporatisation of the commons and everyday life; designers are normally servant of corporate entities. These two forces are integrally at odds.
Top 10 Challenges That Every Web Designer Face on A Daily Basis.pptxe-Definers Technology
In today’s fast-moving digital world, building websites is super important for how well a business does online. But, because things keep changing with technology and what people expect, teams who make websites often run into big problems. These problems can slow down their work and stop them from making really good websites. Let us see what the best website designers in Delhi have to say –
https://www.edtech.in/services/website-designing-development-company-delhi.htm
THE WASTE MANAGMENT PRACTICES OF AID ORGANISATIONS IN HAITIStanleylucas
Addressing the environmental impact, and more specifically the issue of waste generated by humanitarian action is a recurrent issue which aid actors are confronted with. In a report released in August 2014, UNEP and OCHA highlighted the need for international organizations to mainstream environmental issues into the programming and implementation of humanitarian operations in order to enhance the quality and efficiency of aid1. Aid actors generate waste in their operations as well in their programs, and this can be harmful to the environment if it is not managed appropriately.
At the instigation of the Humanitarian Environmental Network (Réseau Environnement Humanitaire 2 ), Groupe URD 3 and CEFREPADE 4 , developed a project proposal aimed at supporting aid organizations and carried out pilot research into the solid waste management practices of international organizations in Haiti, where a large number of aid actors are still present. In the transition context between emergency relief and development, URD’s Observatory in Haiti identified solid waste as a topic of research for 2014.
Haiti’s waste management system is characterized by a lack of treatment, poor collection methods and a weak legal framework. Haiti’s largest landfill site (Truitier) is a serious environmental concern: located less than 100 meters from the sea, the facility is not lined to prevent leachate infiltration5. In terms of the environmental and health risks associated with this waste management system (risk of flooding, water borne diseases, air water and soil pollution, contribution to climate change etc.), aid actors need to be accountable for minimizing the quantity of waste that they generate and for managing their waste in an environmentally- conscious way.
This study shows that the issue of waste management is not sufficiently taken into account in aid actors’ operations and programs. Aid actors are generally not aware of the types and the quantity of waste that they generate, nor the way that it is being managed beyond having a contract with a collection company. In addition to this, they are generally poorly equipped to
1 «Environment and Humanitarian Action: Increasing Effectiveness, Sustainability and Accountability » Joint Environment Unit (OCHA/PNUE) Pro Act Network &URD, August 2014 http://www.urd.org/IMG/pdf/EHA_Study_web_version1-1.pdf
2 Network created in 2012 by Groupe URD that promotes the integration of the environment into humanitarian work and organizations. (Solidarités International, ACF, La Croix Rouge française, MDM, and Triangle are some of the members).
3 Groupe Urgence, Réhabilitation et Développement : www.urd.org
4 Centre Francophone de Recherche Partenariale sur l’Assainissement, les Déchets et l’Environnement –. http://www.cefrepade.org/-
5 Le lixiviat is a liquid material that drains from waste materials and contains significantly elevated concentrations of contaminants.
Point-CounterpointTo Incinerate or Not to IncinerateRich.docxLeilaniPoolsy
Point-Counterpoint
To Incinerate or Not to Incinerate
Richard Gilbert and Mark Winfield debate the burning issue.
Richard Gilbert opens
WASTE IS WHAT we have used and have no further usefor. Incinerating waste, I believe, is a better environ-
mental solution than landfilling.
Only a limited amount of waste occurs in nature. Animals
produce waste in the form of faeces, which, in turn, provide
nutrients for other parts of the ecosystem. In contrast, we
humans appropriate and discard major material flows beyond
what is required for our metabolism and beyond what our local
ecosystems can handle.
The first objective of a waste management system should be
to reduce material flows and thus potential waste. This reduc-
tion, in turn, can lower the likelihood of risks to human health
and environmental problems.When the cost of managing waste
is high, which is often the case with incineration, it encourages
a reduction in the flow of material.
The second objective should be material reuse, which
includes recycling. Because it is more costly, incineration can
facilitate recycling. It also results in reuse when ferrous materi-
als are readily extracted from ash.
Data back up the compatibility of incineration and recy-
cling. If you look at tbe wealth of information in "The State of
Garbage in America," an article published in the January 2004
issue of Biocycle, you can readily figure out that the median
recycling rate in US states where there was some incineration
was much higher than in states with no incineration (29 versus
10 per cent).
In many places, combustion of materials with energy recov-
ery is regarded as reuse, leaving what is sent to landfill as the
"High costs for incineration and landfill
can be a good thing if they reduce
material flows, and encourage or even
subsidize recycling."
- R.C.
only true waste. European Union directives require the avoid-
ance of landfill for all but non-combustible waste. Denmark is
closest to this ideal. In 2003, according to the European linvi-
ronment Agency, Danes incinerated 60 per cent of their house-
hold waste, reused or recycled 31 per cent and landfiUed six per
cent.
Reasons to avoid landfilling include its high environmental
cost and impact on human health. A 1999 Ontario government
study suggested that the cancer risk from living near a landfill
was about 100 times that of living near an incinerator. Differ-
ences for other health risks were less dramatic, but were still
higher for landfill than for incineration. A 2005 study in New
York City had similar findings, noting that the longer trucking
distances associated with landfill present additional health
risks.
Landfills also produce methane, a potent greenhouse gas. As
a result, a landfill's contribution to global warming is between
45 and 115 times greater than incineration on a per-tonne-of-
waste basis, depending on the extent of methane collection in
the landfill.
But the strongest criticisms levelled against incineration
Altern.
This document summarizes the potential for Latin American countries to promote net-zero emissions from their waste sectors through Nationally Appropriate Mitigation Actions (NAMAs). It finds that 60% of waste sector emissions in 10 Latin American countries come from methane released from decomposing waste in landfills and dumps. If current practices continue, waste sector emissions are projected to increase substantially with economic growth. However, implementing integrated solid waste management (ISWM) approaches focusing on waste diversion could help the region's waste sector become carbon neutral or even a carbon sink. NAMAs may help overcome barriers to alternative waste management by facilitating policy and financial mechanism changes. The Colombia Waste NAMA is presented as an example for other countries to follow
International Fire Buyer-Halon Sustainability Article-10 14 p44Ron Marcus
This document discusses the sustainability of using halon, a banned fire suppressant, for critical applications. It covers three major areas that still rely on halon: aerospace, defense, and petrochemical industries. For aerospace, halon is still used extensively with no retrofitting of alternatives, posing a challenge as aircraft lifecycles extend over 50 years. Defense also faces difficulties replacing halon. Existing petrochemical facilities were designed around halon systems. As halon supplies diminish and demand increases, sustainability is a major concern given lifecycles of over 50 years for some critical equipment relying on halon. Recovery and recycling efforts aim to address this, but contamination and technical challenges increase as supplies shrink.
The Noel Kempff Mercado Climate Action Project (NK-CAP) expanded the Noel Kempff Mercado National Park in Bolivia by 832,000 hectares between 1997-2005 to mitigate greenhouse gas emissions from deforestation. It was the first REDD project certified by the Clean Development Mechanism. The expansion allowed the park boundaries to be defined by rivers, ensuring biological viability of species populations, and established a trust fund for long-term park protection.
The document provides a list of potential research ideas for improving the environment in Haiti. It identifies ideas in several areas: strengthening governance of the environment ministry and land use policies; boosting the agroforestry sector; improving management of risks and disasters; developing renewable energy; raising environmental education; enhancing waste management; and growing green businesses such as eco-tourism and commercializing natural resources. The research ideas were generated through roundtable discussions with economists and experts aimed at identifying high-impact, cost-effective solutions to Haiti's most pressing environmental challenges.
This document discusses challenges and opportunities for educating consumers about recycling and safe disposal of products as product stewardship programs grow in the US. It finds that a centralized resource like Earth911 could help coordinate messaging among the increasing number of programs. Focus groups of manufacturers, retailers and governments agreed such a resource could provide accurate, up-to-date information to consumers through a single search system, though some had concerns about on-product messaging. Lessons from British Columbia, which has many stewardship programs, indicate collaboration and a centralized coordinator like Earth911 can help ensure consistent consumer education.
This document discusses labeling of consumer products for recycling. It notes that current labeling strategies often provide incomplete, inconsistent or misleading information that contributes to low recycling rates in the US. Effective labeling needs to clearly indicate if an item can be recycled locally and provide steps for doing so. While labels aim to demonstrate environmental commitment, confusion arises from the many different labels in use. The document advocates for a centralized resource like Earth911 to provide consistent and up-to-date information to help consumers properly dispose of and recycle products.
This document provides an overview of green marketing. It defines green marketing and discusses its positive and negative aspects. It also outlines some common problems with green marketing strategies and provides definitions of key terms. Additionally, it discusses green marketing adoption by firms and different green marketing strategies companies can take, from passive to aggressive approaches. The document concludes that while firms play a role, ultimate responsibility lies with consumers being willing to pay more for environmentally friendly options.
Published September 2014 in Waste360, this article discusses how misconceptions from both producers and consumers are limiting the efficiency of the current recycling practices in the United States.
National Greenhouse Gas Inventory Report and Mitigation Analysis for th...Karim Osseiran
The document provides a greenhouse gas inventory report and mitigation analysis for Lebanon's energy sector from 1994 to 2011. It calculates emissions of carbon dioxide, methane, and nitrous oxide from energy activities using IPCC guidelines. Emissions trends are reported and drivers analyzed. Existing and potential mitigation actions are also reviewed, including new scenarios to further reduce emissions from the energy sector.
The document discusses how going green is good for business. It argues that green practices can save businesses money through reduced energy and water usage, help improve corporate image, and attract higher quality employees. Some key points made include that energy audits can identify ways to cut costs, sustainable buildings require less spending on utilities, and green companies have an advantage in recruiting and retaining employees who want to work for environmentally responsible businesses.
The document provides background information on community-based adaptation (CBA) and summarizes the proceedings of the 5th International Conference on CBA held in Bangladesh in 2011.
Some key points:
- CBA began in 2005 with workshops in Bangladesh focused on incorporating climate change adaptation into existing poverty reduction and development efforts.
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The mangroves of Panamá store and sequester enormous amounts of organic carbon not only in their vegetation, but also in roots and soil. Wetlands International works together with UNDP and national governmental authorities to find out how much exactly and to make sure that these carbon pools and sinks are better managed and protected. For their contribution to climate change mitigation, but also to maintain their broad range of ecosystem services in support of local adaptation.
The document discusses global climate change and initiatives by the U.S. government and other organizations to address it. It notes that in 2001 the U.S. President committed to developing a science-based climate change policy and funding research on technologies to meet the climate challenge. The President also created the Climate Change Research Initiative to study uncertainties and identify investments that could make a difference. Additional sections discuss definitions of climate change, its causes, the role of states and citizens in meeting reduction goals, and calls to action to address it through both domestic and international policies.
The document discusses a recent study on the availability of recycling programs in the United States. It found that while 94% of consumers have access to recycling, only 73% have curbside pickup programs and many charge extra fees. The study also found that 21% only have drop-off options, which are inconvenient. Recycling is especially lacking for apartment complexes. The document advocates for recycling due to the environmental benefits and to reduce waste.
Enhancing Resilience of Vulnerable Communities to Climate ChangeDharam Uprety
The document summarizes the Multi Stakeholder Forestry Programme's (MSFP) approach and achievements in supporting climate change adaptation and building resilience in vulnerable communities in Nepal. The MSFP aimed to reduce vulnerability of 560,000 households by funding local adaptation plans and projects. It supported over 2,500 local adaptation plans and implemented around 2,000 projects focused on activities like disaster risk reduction, natural resource management, and adoption of climate-resilient technologies. The document discusses the challenges faced and lessons learned from MSFP's work, highlighting the important role of local institutions like Community Forest User Groups and Village Development Committees in planning and implementing adaptation efforts.
This document summarizes a journal article that explores using community risk assessments (CRAs) to facilitate local adaptation to climate change. It discusses how traditional top-down approaches to climate change adaptation have limitations, and how bottom-up approaches using CRAs can help address those limitations. CRAs are participatory methods used to assess hazards, vulnerabilities and capacities at the community level. The document analyzes examples of CRAs conducted by Red Cross societies to demonstrate how they can foster community engagement in climate risk reduction. However, it also notes challenges to using CRAs for climate change adaptation, such as keeping them simple enough for wide application and linking CRA results to policy.
Hopenhagen: Design Activism as an Oxymoron EcoLabs
Hopenhagen was an initiative by the International Advertising Association in support of the United Nations at the UN Climate Change Conference (COP-15) in Copenhagen December 2009. The UN Secretary-General Ban Ki-moon UN asked for help from the international advertising industry at Davos in January 2009. Hopenhagen took the form of an international public relations campaign culminating with an installation in the public square in central Copenhagen during the COP-15 summit.
Hopenhagen created a feel good façade where corporate sponsors were helping governments save the world.
Meanwhile, many of the thousands of climate activists congregated in Copenhagen for the summit found Hopenhagen so offensive that they made the campaign and installation itself an object of their protests. Hopenhagen is a classic example of corporate appropriation of people’s movements and the subsequent neutralization of the messages demanding structural change and social justice. As such, Hopenhagen embodies the conflict within the concept of design activism itself. While design functions predominately as a driver of consumption, consumerism, globalization and unsustainable behavior; activism is concerned with social injustice and environmental devastation. Activists struggle to combat the forces of globalization by forming social movements and resisting corporatisation of the commons and everyday life; designers are normally servant of corporate entities. These two forces are integrally at odds.
Similar to Developing a Comprehensive Halon Recovery Program in the United States (20)
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This book provides a structured approach to guide users through the process of converting JPEG files to DST files. Each section covers essential steps and information to help users understand and execute the conversion effectively.
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Developing a Comprehensive Halon Recovery Program in the United States
1. DEVELOPING A COMPREHENSIVE HALON RECOVERY PROGRAM
IN THE UNITED STATES
Halon Options Technical Working Conference
May 9-11, 1995
by
Corinna C. Gilfillan
Policy Associate
Friends of the Earth's Ozone Protection Campaign
A year after halon production was halted due to halon's potent ability to deplete
the ozone layer, efforts are underway in the United States and throughout the world to
recover, bank and recycle halon. As scientists report that the Antarctic ozone hole of
1994 is one of the worst on record, it is even more criticalthat the phaseout of halon use
and the transition to alternatives occur in a way that will prevent further damage to the
ozone layer and meet future needs for critical fire protection until adequate alternatives
can be found.
Recent evidence indicatesthat additional actions must be taken to accelerate the
phaseout of halon use in a manner that minimizes impact on the stratospheric ozone
layer. The 1994ScientificAssessmentof Ozone Depletionreleasedby the United Nations
found that the level of ozone-depletingchemicals inthe atmosphere could be reducedby
10% if halon contained in existing equipment were never released into the atmosphere.
In addition, the United Nation Environment Programme's HalonTechnical Options
Committee released a report in December 1994 recommending that efforts must focus
on implementing halon emission reduction strategies. Some of the Committee's
recommendationsincludedusinghalononlyfor "essential applications,"ending discharge
testing, using halon recycling equipment and promoting adoption of alternative fire
protection strategies to reduce need for halon.
In order to simultaneously achieve the goals of protecting the ozone layer and
meetingfuture criticaluse demands, Friends of the Earth believesthe UnitedStates must
develop strategies to recover, recycle and wisely manage the use of existing halon in an
environmentally responsible manner. At the same time, it is just as important for the
United States to rigorously work to identify suitable alternatives that will make it possible
to completely eliminate halon use.
Friends of the Earth has begun to address these concerns by developing a
targeted regional recovery program that promotes the recovery of both halon 1211 and
halon 1301from sectorswhere continued halon use is unnecessaryand redirect it toward
critical uses. This program has several objectives:
HOTWC.95 593
http://www.floridaextinguisher.com
2. . to accelerate the phaseout of halon use and prevent the necessity of
producing halon in the future, ;
. to generate a supply of halon to help meet future critical needs until
adequate alternatives have been developed;
. to minimize halonemission to the greatest extent possible by ensuringthat
halon is recovered, recycled and managed in an environmentally
responsible manner; and
to raise public awareness about ozone depletion and empower individuals
to act on the local level to protect the ozone layer.
Friends of the Earth is taking steps to translate these ideas into action. After
launching a successful pilot project that phased out the use of halon 1211 in Takoma
Park, Maryland, Friends of the Earth is currently working to expand the programto the
Mid-Atlantic Region. A unique aspect of this program is that it has the participation of
many of the key stakeholders in this issue, including the federal government, fire
equipment distributors, industry and environmentalists.
This paper will focus onthe Halon RecoveryCampaign and how it can be used as
a model for creating a comprehensive national recovery program that can help meet
industry and the military’s critical use needs while protectingthe ozone layer. Particular
issues that will be addressed include: 1). building partnerships among the various
stakeholders to work together in phasing out halon use in a manner that benefits the
environment, 2). determining how to target recovery of halon from those sectors where
it is prevalent 3
)
.establishing an infrastructure and banking system that is cost-effective
and ensuresthat halon is used only for critical uses and 4). implementingan educational
campaignto seek participationof the publicinthese recoveryefforts. To provide a basis
for comparison,this paperwill also examinethe halon recovery programsthat have been
implemented in other countries.
THE HALON RECOVERYCAMPAIGN: WORKING AT THE GRASSROOTS LEVELTO
PHASE OUT THE USE OF HALON
In 1994, Friends of the Earth, with support from the Environmental Protection
Agency, launched a pilot project to recover halon from a community in Maryland. The
campaignsuccessfullyworkedwiththelocalgovernment, residents, smallbusinessesand
colleges in the area to replace their halon fire extinguishers with effective alternatives.
Participants got a 25% discount on alternatives and the collected halon went to the
Department of Defense’s Halon Bank in Richmond, Virginia where the halonwill only be
used for critical uses.
This campaign proved very valuable in helpingto identify sectors where halon is
widely used. For example, we found that the amount of halon fire extinguishers in the
594 HOTWC.95
3. residential sector was very small andthat halonfire extinguishers and systemswere likely
to be in college and school computer rooms and video centers. For thesetypes of uses,
effective alternatives are available. In fact, we educated many universities and colleges
in the Washington, DC area, many of which had halon systems, about the alternativesto
halon and howto phasethem out in an environmentally responsiblemanner. As a result
of these efforts, George Washington University is currently making plans to replace four
of their halon systems. While other colleges are unable to replacetheir systems due to
the high cost, some plan to phase it out when renovating their facilities. Similarly, local
governments and companies also have halon in areas where there are computers or
other electronic equipment.
With continued support of the Environmental Protection Agency, Friends of the
Earth and the Clean Air Council, a regional environmental organization based in
Philadelphia, are expandingthe Halon Recovery Campaign this summer to phaseout the
use of halon in communities throughout New Jersey, Maryland and Pennsylvania. The
campaign's mainobjectivesareto preventfurtherdestructionof the ozone layer, generate
a supply of halonfor critical uses and raisethe public's awarenessabout ozone depletion
and fire protection issues.
While still in the final stages of organizing the program, Friends of the Earth
believesthis program will be effective, in large part due to the involvement of a variety of
groups that bring different perspectivesand areas of expertise to the table. The groups
taking part includethe EnvironmentalProtectionAgency, the HalonRecyclingCorporation
(a non-profit trade association that helps to facilitate recycling of halon), fire equipment
distributors and members of the fire protection community. With the support of these
organizations, Friends of the Earth will launch a grassroots campaign within three states
to encourage the phaseout of halon.
HOW THE HALON RECOVERY CAMPAIGN WILL BE IMPLEMENTED
To provide a clear understanding of how the Halon Recovery Campaign will work
to phase out halon use and achieve the objectives that were outlined in the first section
of this paper, below we have gone into greater detail about how the campaign will be
structured and implemented.
Recruitenvironmentallyresponsiblefire equipment distributorsto participateinthe
Campaign
Friendsof the Earth has determinedthat the most efficient, cost-effective placefor
these recovery and recycling efforts to occur is at the fire equipment distributor level,
which can serve as temporary halon banks. Fire equipment distributors are essentially
the "infrastructure" through which recycling efforts are already occurring. Therefore, it is
critical for the Campaign to recruit environmentally concerned distributors in order to
develop an effective banking system.
HOTWC.95 595
4. With helpfromthe NationalAssociationof FireEquipmentDistributorsinpublicizing
the program, the campaignhas recruited approximatelyten fire equipment distributorsin
the Mid-Atlantic Region who would like to take part in the Halon Recovery Campaign.
Participating fire equipment distributors will agree to have halon collected through the
program resold only to "critical users," and will offer a discount on alternatives.
Distributors will also help potential participants determine what is the most appropriate
alternative that will meet specific fire protectionneeds and has been approved under the
E.P.A.'s Significant New Alternatives Program.
Additionally, participatingdistributors mustfollow a set of guidelines developed by
Friends of the Earth and the Clean Air Council outlining how to conduct halon recovery
and recycling activities. For example, we will require participating fire equipment
distributors to recycle halon 1211 and halon 1301 in a manner that will minimize halon
emissions to the greatest extent possible by using halon recycling equipment. Such
guidelines could also be modeled on the Industry Code of Practice that was developed
by the Halon Recycling Corporation. If necessary, the campaign, along with the Halon
Recycling Corporation, will assist interestedfire equipment distributors in meetingthese
guidelines. Since fire equipment distributors may vary in the resources they have, we
may helpdistributorsget accessto halon 1211recyclingmachinesor help determinehow
best to facilitate the transfer of halon to critical users.
Thus, by certifying specific distributors who operate in a responsible manner to
protect the ozone layer, owners of halon fire extinguishers will be assured that their
halons are recycled in a way that minimizes impact on the stratospheric ozone layer.
Friends of the Earthwill widely publicizethe list of distributorstaking part inthe program,
encouraging any company, local government and college to turn in their halon
extinguishers to any of these distributors.
Ensure that collected halon only goes to critical users
Since the Halon Recycling Corporation (HRC) already has a Critical Use Review
Committeethat can reviewwhether a halonbuyer is a "criticaluser" if requested, HRCwill
be in a position to identify and facilitate the transfer of collected halon to critical users.
When identifying possible critical users, Friends of the Earthwill interpretthe definition of
a "critical use" in the strictest terms, based upon the United Nations' definition of an
essential use, as detailed at the Copenhagen Meeting of 1992, which states:
"A critical need must exist to minimize damage due to fire, explosions or
extinguishing agent application, which would otherwise result in serious
impairment of an essential service to society, or pose an unacceptable
threat to life, the environment, or national securit
y
.
.
.and...All other
appropriate fire protection measures have been taken."
Examplesof what Friends of the Earth and the CleanAir Councilwould deem as "critical
uses"would bethe use of halonfor fire protectionwithinthe aviation industry, oil industry
or to serve as fire protection for certain uses in the military. Since the Halon Recycling
596 HOTWC.95
5. Corporation has developed a Critical Use Review Committee, it only makes sense to
utilize these programs that are promoting environmentally responsible use of halon.
Target recovery efforts to sectors where halon is prevalent
The Halon Recovery Campaign will target certain sectors where halon use is
prevalent. For example, since halon is widely found in computer rooms or areas where
there is electronic equipment, we will conduct outreach effortsto sectors where these re
commonly found, reaching relevant industries through various trade associations.
Additionally, from our pilot project inTakoma Park, we learned that almost every college
and university has either halon fire suppression systems or halon fire extinguishers in its
facilities. Local and state governments are additional sectors where halons may be
prevalent.
Friends of the Earth will seek to educate these sectors about the importance of
protecting the ozone layer and haw they can phase out their use of halon in an
environmentally responsible manner. Halon users will also be referred to the fire
equipment distributors taking part in the campaign who will work with participants to
determinethe mostappropriatealternativesandoffer 25%discounts onthese alternatives.
Since it is very costly to replace halonfire suppression systems, Friends of the Earth has
been providing companies and universities that have these systems with information
about alternative systems, proper maintenance of systems to prevent leakage of halon
and ways in which they can transfer their halon to critical users.
Over time, the amount of halon 1211that could be recoveredthrough these efforts
and redirectedtoward critical uses may be significant, due to the rising cost of 1211, its
lack of availability and the relatively low cost of replacements. Recovering halon 1301will
be a far more difficult endeavor, due to the high costs of replacementsand will take place
over a much longer time frame.
Several distributorswho are planningto participateinthe campaign have provided
estimates of the quantity of halon 1211 they have sold over the past 10-15 years. One
of the larger distributors in Marylandestimates that they have sold approximately 90,000
pounds over the past fifteen years. Another fire equipment distributor roughly estimates
that there could be millions of pounds of halon in the Delaware Valley.
Since a very small portion of portable halon fire extinguishers are sold for use in
the home, Friends of the Earth will not devote a significant amount of resources in
targeting recovery efforts to the residential sector. However, residents will be given the
opportunity to turn in their halon fire extinguishers at designated fire departments within
their county. When residents drop off their halon fire extinguishers, they will receive a
coupon providinga discount on a homefire extinguisherthat can be purchasedat a local
store. Friends of the Earth and fire equipment distributors will arrange for the halon fire
extinguishersto betransportedfrom collection centersto critical userson a regular basis.
HOTWC.95 597
6. Launch an educational campaign to raise awareness and get participation
In order to maximize involvement and raise public awareness about ozone
depletion, Friends of the Earth will launch a grassroots campaign in communities
throughout the Mid-Atlantic Region. We will publicize the program throughout
communities as a grassroots initiative working on the local level to protect the ozone
layer, encourage governments, companies and schools to get involved and highlightthe
environmentally responsible fire equipment distributors that are in their area. We will
inform the public about the program through local media coverage and by distributing
educational materials at fire departments, local governments and other organizations
throughout communities. The localmedia coveragethat we receivedfor the pilot project
launched last year in a Takoma Park, Maryland helped tremendously to educate the
public and to get participation in the program. We will also develop a target list of
companies, universities and schools to approach directly for participation.
The campaignwill seek the participationand support of local governments, asking
them to lead by example by phasing out their use of halon. For example, the
Montgomery County government in Maryland will play an integral role by providing
collection centersfor halonfire extinguishers and in helpingto promote the program. In
addition, wewill work with county governmentsto passresolutionsurgingbusinessesand
members of their communities to take part in the campaign. The Takoma Park
government’s participationinthe pilot projectwas very helpfulin raisingthe visibility of the
program. Getting additional local governments involved will help draw attention to our
efforts and give the program greater credibility.
By working with localfire departments throughout the region, the Halon Recovery
Campaign will not only raise awareness about ozone depletion but will also incorporate
a fire safety component into the program. Currently, we are working with the Maryland
Fire Marshal’s office to develop information about when and how to properly use home
fire extinguishers to put out fires. This informationcan be incorporated into educational
materials that will be distributed to fire departments, fire equipment distributors, local
governments and through various environmental and community organizations in
communities throughout the Mid-Atlantic Region.
USING THE HALON RECOVERY CAMPAIGN AS A MODEL FOR A NATIONAL
RECOVERY PROGRAM
If the regional Halon Recovery Campaign proves to be a success and recovers a
significant amount of halonfor critical uses while promoting environmentallyresponsible
recycling practices, we believe the campaign can serve as a modelfor the development
of a coordinated national recycling program. Broadeningthe partnershipsthat we build
in the regional program will allow us to expand the campaign.
Since much of the recovery and recycling efforts will take place at the fire
equipment distributor level, the Halon Recovery Campaign can be easily duplicated in
598 HOTWC.95
7. communities throughout the country. While initial efforts will focus on identifying
environmentally responsible distributors in the Mid-Atlantic Region and encouraging
individualsto dispose oftheir halonat these companies,we believethis approachwill spill
over in communities throughout the country, making it possible to recruitfire equipment
distributors across the country for participation. Currently, fire equipment distributors in
Illinois and Colorado who are planningto take part in the program. We eventually hope
to establish a network of distributors throughout the country serving as temporary halon
banksand generatinga greater supply of halon 1211and halon 1301that can be directed
toward critical uses.
Additionally, expansion to the national level will also likely generate a significant
amount of halons that can be redirected towards critical uses. With the real possibility
of collecting a large amount of halon, it will be critical to work with the Halon Recycling
Corporation to identify critical halon users for both halon 1211 and 1301 and facilitating
the transfer of these halons. Part of this effort will entail assessing the quantity of halon
1211 and halon 1301 needed for critical uses in the United States and perhaps in other
countriesandthe progressthat has been madeindeveloping alternativesfor critical uses.
Depending on the situation, it may be necessary for some of collected halon to funneled
towards critical or for it to be banked and stored for future destruction.
Drawing upon the experiences gained from the regional campaign, partnerships
with fire departments, fire marshals, state and local governments across the county will
have to be formed to assist in launching a nationwide educational campaign urging the
public to phase out their use of halon by going through distributors that have been
designated as environmentally responsible.
EXAMINING HALON RECOVERY PROGRAMS IN OTHER COUNTRIES
When evaluating how most effectively to phase out halon use inthe UnitedStates,
it is helpful to examine other countries' strategies for halon recycling and banking
programsthat work towards eliminating halon use. While each country has implemented
a program that suits the particular circumstances and needs within their country, some
of the approachestaken indeveloped countries may offer possibleideasfor what can be
implemented in the United States to further accelerate the phaseout of halon in a
responsible manner. For the purposesof this paper,we will examine the halon phaseout
strategies of three countries that have employed a variety of approaches: Australia,
Denmark and the United Kingdom.
Australia has taken one of the most aggressive approaches in eliminatingthe use
of halon. Unlike the United States and many other countries, Australian government has
actually createda physicalnationalhalon bank serving as the center throughwhich halon
will be recovered, stored, reused only for essential uses and eventually destroyed. While
the government operates the nationalbank, fundingfor these efforts is providedby halon
owners who must pay deposit when turning in their halon to the bank. Regulations
govern the continued use of halon and the "Strategy for Ozone Protection" recommend
HOTWC.95 599
8. that halon should be phased out by the end of 1995, except for essential uses. As of
1994, the bank had recovered approximately 20 tonnes of halon 1301 and 50 tonnes of
halon 1211.’
SimilarlytoAustralia, Denmarkhasalsodevelopedaphysicalhalonbank, butrelies
more upon the cooperation of industry to facilitate recycling efforts. In Denmark, as of
January 1, 1993, regulationsrequirethat only recycled halons can be used and prohibits
new installations of halon, while recycling efforts are the result of cooperation between
industry andthe government. Inaddition,the Danish Halon BankingSystem, acompany
whose shareholders include industry, insurance companies and fire equipment
manufacturersand isfunded by the Danish government, also serves as a physical bank.
This bank collects stores and sells halon in Denmark, for essential uses. The bank has
plans to eventually export recycled halons2
The UnitedKingdom’s approach resembleswhat has beendone inthe U.S. Inthe
U.K., halon is classified as controlled wastes, meaning that it is illegal to Wreat, keep or
dispose of controlledwastes in a manner likely to cause pollutionto the environment or
harmto human health.” The U.K. has establishedthe HalonUsers’ NationalConsortium,
a non-profit,to serve as a clearinghouse, puttingintouch buyersof halonwith thosewho
wish to sell their halon. Funded by its members, which consist mostly of halon uses and
some fire protection companies and partially by the government, the consortium also
keeps track of existing amounts of halon as well as a list of users3
The U.S. approachto phasing out halon differs greatly from Australia’s. The U.S.
so far has relied upon voluntary initiatives within industry and lead by HRC, with support
of the Environmental Protection Agency, to promote the recycling and environmentally
responsible management of existing halon. Friends of the Earth’s program is also a
voluntary initiativethat attempts to get a wide variety of sectors to phase out halon use
as soon as possible to prevent further ozone destruction and work with the industry to
bring about wise use and recyclingof halon that does not threaten the ozone layer.
The United States has taken a similar approach to the United Kingdom and
Denmark, which have formed organizations composed of halon users and the fire
protection industry and supported by the government to facilitatethe recyclingof halons
to meet critical use needs. Denmark has gone a step farther by developing a physical
bank. However, both Denmark andthe U.K. have some type of regulationgoverningthe
use and disposal of halon that complement recycling efforts and help to further protect
the ozone layer. Currently, there are no regulations governing the use and disposal of
halon in the United States.
Inthe future, as alternativesto halonare morefully developedandthe demandfor
halon decreases, the U.S. must explore taking additional steps that may be similar to
Australia’s approachthat wil requireallexistinghalon inthe country be recoveredto meet
critical use needs or to be destroyed. It is important that the United States develop a
national comprehensive recovery system as well as regulations requiring that halon be
recycled and disposed of in an environmentally responsible manner to prevent further
600 HOTWC.95
9. damage to the ozone layer and to bring about the elimination of halon use. The Danish
Halon Banking System, which resemblesthe Halon Recycling Corporationbut serves as
a physical bank, also provides another model for how the United States could go about
developing a national halon recovery program.
The United States faces an entirely different set of circumstances and needs than
other countries and must assess how to further develop halon recovery strategies in the
context of the situation in this country. Currently, much of the recycling efforts are going
on at mini-halonbanksthroughoutthe country, such as at the distributor levelthroughout
the country as well as larger halon banks that have been created by some industries
needing halon for the future. Eventually, a more coordinated system will have to be
developed to further accelerate the phaseout of halon that taps into these existing
recycling efforts. Since much of the recycling is taking place at the fire equipment
distributor level, distributorsmust play an integralrole inany comprehensiveplanthat the
United States develops.
Friendsof the Earth’s effortsto promoteenvironmentallyresponsiblerecoveryand
recycling of halon at the distributor level may provide the building blocks upon which a
national halon recovery program can be effectively constructed. Given the cooperation
that has already occurred between industry, fire equipment distributors, the federal
government and environmentalists in determining how to phase out halon use, the U.S.
should continuealongthis pathway and explore the further development of public-private
partnerships could be formed to help facilitate the collection and banking of all existing
halon in a cost-effective manner that will protect the ozone layer.
Endnotes
1. Report of the Halon Fire Extinuuishina Aaents Technical Options
Committee. United Nations Environment Programme Report, December
1994, p. 109.
2. Ibid, p. 116.
3. Ibid, p. 138.
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