The research results about project The Value chain of recyclable in Hue City

In 2018, the Centre for Social Research and Development (CSRD), a local NGO in Vietnam, conducted the project “City to River to Coast” with the overall objective of reducing and recycling plastic waste in and around Hue City.

Low-value plastics are utilised for economic gain.

The project aims to promote the 3Rs practices (reduce, reuse, recycle) by introducing waste separation at selected local schools, through public involvement in the 5% reduction target, and through media publicity.
After almost a year, the project has implemented a range of awareness raising activities and set up 06 source separation systems at 06 schools. The primary results are significant. CSRD intends to understand how informal collection system of recyclable waste is working, and the current state of the value chain of recyclable waste in Hue city.
An integrated approach to sustainably develop the city is integral to change the practice of waste management and reach a 5% waste reduction target by 2050. In collaboration with CSRD, this project is guided by the directions in Thua Thien Hue Province’s Solid Waste Management Master Plan (2030) and Vision (2050). By aligning strongly with this Master Plan, we believe that we will achieve long term and sustainable benefits for Hue and the Province.
The following research project aims to develop a better understanding about the value chain of recyclable waste in Hue City so that CSRD can better plan its interventions for better waste collection systems, promote the role of vulnerable women in the informal sector, and reduce the amount of waste sent to landfills.
Research report: Examining the Value Chain of Recyclable Waste in Hue City – 2019: Detail

Share the research results about project The Value chain of recyclable in Hue City

On the morning of October 15th, 2019, The students of RMIT held a meeting to share the research results about project “Examining The Value chain of recyclable in Hue City (Vietnam) for Better Plastic Pollution Mitigation” with the Departments, stakeholders in Thua Thien Hue Province.
The overall purpose of this research project is to select and analyse the sub sector value chains within Hue City’s recyclable waste management sector. By doing so, the sub sector value chains should provide an understanding into potential revenue generation and loss throughout both formal and informal waste management systems.

Discuss the results of the research activity.

The research project aims to develop a better understanding about the value chain of recyclable waste in Hue City so that CSRD can better plan its interventions for better waste collection systems, promote the role of vulnerable women in the informal sector, and reduce the amount of waste sent to landfills.

The participants in the seminar “Examining The Value chain of recyclable in Hue City (Vietnam) for Better Plastic Pollution Mitigation” held in Hue city.

The economic potential of recyclable materials is embedded in the service chain and material recovery processes. The informal sector plays a vital role in removing valuable material from the waste stream, where low-value plastics are utilised for economic gain. The informal waste management sector is comprised of vulnerable communities, predominantly women of lower socioeconomic status, who work to support their families financially. These populations depend primarily on the revenue generated from independent operations, and the system thrives through capitalising off a free-market system. Through promoting the role of the informal sector, an increase in material value is achieved. This has the potential to minimize the volume of waste that ends up as contamination in the environment.
Households serve as another significant contributor to the recyclable waste system and are responsible for 26.6% of material sent to the waste stream. The role of households can be maximised through recommended community education programs that focus on training women in source separation. This endeavour ensures that household recyclable waste is managed appropriately and increases the value in the chain.

Local Efforts to Reduce, Reuse, and Recycle in Vietnam

Plastic pollution in our oceans is a major global problem which needs support and action from international, national, and local communities. Every year, some 8 million metric tons of plastic end up in our oceans, which is equivalent to five grocery bags filled with plastic for every foot of coastline in the world.
Plastic debris kills an estimated 100,000 marine mammals every year, as well as millions of birds and fish. Plastic is particularly harmful to the environment because it takes so long to biodegrade – between 450 and 1,000 years according to some estimates.
Hue City in Thừa Thiên-Huế, Vietnam contributes to this global problem. It produces nearly 20 tons of plastic waste every day, some of which makes its way into the Huong (Perfume) River and on into the sea.
Thừa Thiên-Huế Province has prepared a Master Plan with a vision for 2050 to manage its solid waste management, but it will require coordinated and committed action across the whole community to achieve its vision. A project created by the Centre for Social Research and Development (CSRD) contributes to that vision by promoting the 3Rs – reduce, reuse, recycle – by introducing waste separation at selected local schools through public involvement in the 5 percent reduction target.
In 2018 CSRD, home to Huong River Waterkeeper, secured a grant for this project from the Municipal Recycling Waste Management Program of USAID. We would conduct a range of activities including the 3Rs model in six local schools. We set up source separation systems at each of the schools and, after training students on the impact of plastic waste and how to separate their waste, collected 1.6 tons of recyclables in the first six months. The students then sold the recyclables for money to support their environmental protection clubs.

Students learning about the 3Rs model.

About 5,000 students benefitted from this program, which concluded in June of this year. CSRD hopes to continue the 3Rs in local schools to meet local need for these programs.
The goal of this project has been to reduce and recycle plastic waste in and around Hue City, which will be achieved through three linked projects that have impacts on plastic waste in the city, on the river, and at the coast – at the source, in transit, and at the destination. The waste separation at local schools, completed in June, focused on waste at the source.

Students participating in a cleanup.

Part two of our project will stop waste in on the river, as it is in transit to the coast, its final destination. We are working to introduce floating ‘litter traps’ to Vietnam. These litter traps are installed at bends in a waterway so that floating litter is caught in the trap and emptied when full. They can make a notable contribution to the reduction in plastic pollution before it reaches the sea. The final stage in this project will be to conduct beach cleanups to remove plastic pollution from the coast. We will focus on cleanups in a low-income coastal village where litter accumulates on the shore of the beach or the lagoon, especially in the summer months.


Gender Incorporation in Large Scale Projects

Oxfam’s partner, the Center for Social Research and Development (CSRD), is organizing the final learning workshop with 50 participants from communities, people’s committee, Quang Nam women’s union, and hydropower company representatives in central highland in Vietnam on 25 March 2019 in Tam Ky capital.
In this workshop, CSRD highlighted their result of the work on Gender Impact Assessment in hydropower project related to environment, society and gender impact in Central Highlands areas. This workshop provided a good opportunity to lodge the recommendations and policies on managing impacts to determine the participation of communities, women’s groups and stakeholders to minimize the negative impacts of hydropower projects and promote the positive aspects of hydropower.

CSRD director presents an up-to-date about the overall “Gender Equality and Women Empowerment in dam affected communities” project and its implementation achievements.
The participants in the Learning workshop “Gender Incorporation in Large-scale projects – Hydropower Cases in Central and Central highland – Vietnam” on the GIA project held in Tam Ky of Quang Nam province.
CSRD’s publication documents lesson of Gender Impact Assessment in Hydropower projects in Vietnam.

Oxfam’s Inclusion Project funded by the Department of Foreign Affairs and Trade (DFAT) of the Australian government supports CSRD to enhance “Gender Equality and Women Empowerment in dam affected communities” along 3S Rivers (Sekong, Sesan and Srehpok) areas of the Central and Central Highland of Vietnam.

Competition about designing guiding board of waste separation

Plastic pollution in our oceans is a major global problem which needs support and action from international, national and local communities. Hue City is also contributing to this global problem more and more seriously.
Every day, there are nearly 20 tons of plastic waste are discharged in Hue city, one of them has discharged Huong river and directly to the sea. The project Municipal Waste Recycling Program to Reduce Plastics Pollution of the Oceans with the main objective of minimizing and recycling plastic waste in and around the city of Hue.
Within the project’s framework, the competition about designing waste classification guiding board is one of the most important activities which implement at 06 schools. The competition takes place from 1st September to 4th November, 2018. Schools have been participating in a variety of organizations, with a total of 1,331 students completed and sent to the project. The project rewards for 18 prize-winning works from 06 schools, each school has 03 selected works, the works will be printed and applied into 03 trash bins of the waste classification system.
Content of competition: drawing works relating to waste classification guideline for waste classification systems at schools: Mixed waste classification trash bin, Paper classification trash bin, Plastic and Metal waste classification trash bin.
Competition’s purpose and meaning:

  • Raising students’ awareness on impacts of plastic waste pollution and implementing 4R model (refuse, reduce, reuse, recycle);
  • Propagandizing, raising community’s awareness on environmental pollution reality, minimizing the usage of plastic bags and plastic items and implementing environmental protection activities in Vietnam;
  • Creating a useful playground and arousing the passion, thinking, creativity and awareness of environmental protection of the students. Especially, encouraging students to protect the environment, limiting the usage of plastic items and plastic bags.

Pictures of the competition:

Study Tour for Master’s degree in Can Tho University

Study Tour for Master’s degree in Can Tho University

To continue earlier tours for students who are interested in environment and society fields. On 7th November, 2018, the Center for Social Research Development (CSRD) has been hosting a study tour for 11 Master students in Environmental and Resource Management branch at Can Tho University.

Students visited the Green Susu vegetable shop at 30 Dong Da street, Hue city; mangrove forest in Con Te and Ru Cha, Huong Phong commune (Huong Tra town) and waste classification model at Hoang Kim Hoan Secondary School, Hai Duong Commune (Huong Tra Town), Thua Thien Hue Province.

Visit Susu Xanh shop.
Visited Con Te mangrove in Huong Phong commune – Huong Tra town.

The students’ program aimed to learn, and to connect their knowledge in school with practical activities. These activities give students a chance to learn more about social issues, organic agriculture, coastal mangroves, the benefits of waste classification activities at the source, etc.

All in the Same Boat

Watch the documentary produced by the ResilNam project on women, Ecosystem Based Adaptation, and flood resilience in central Vietnam.

All in the Same Boat follows the lives of three women, Tran Thi Phuong Tien, Le Thi Xuan Lan, and Le Thi Hoa. All the women have faced challenges in regards to flooding and recount their experiences in the documentary. They also attend and participate in training’s about replanting mangroves and restoring ponds to improve flood resilience.

ResilNam works with Ecosystem Based Adaptation (EbA) in coastal and urban areas around Hue City, Vietnam. “EbA includes the restoration and sustainable management of ecosystems to provide services that help adapt to to the adverse effects of natural hazards and climate change. ”

In the coastal areas around Hue City, 5 hectares of mangroves have been planted by local communities. In the urban area, 3 bodies of water in the historical center of Hue are being restored. Mangroves reduce the force of waves during storm surges, protect against coastal erosion, absorb 50 times more carbon than other ecosystems, and provide important breeding grounds for fish, prawns and crabs. The urban bodies of water, which were often used as a garbage bin, are being restored to increase their water holding capacity and quality. By replanting mangroves along the coast and restoring bodies of water in the urban area of Hue City, ResilNam is enhancing flood resilience.

Watch the following animation to learn more about how ResilNam is working to enhance flood resilience in Central Vietnam.

Women, EbA, and flood resilience in Centre Viet Nam

Women, EbA, and flood resilience in Centre Viet Nam

In the last years, flooding has increasingly affected thousands of citizens of Thừa Thiên-Huế province in Central Vietnam.
Especially the low-lying coastal areas and Hue city have been repeatedly affected by severe flooding from the sea, rivers and heavy rainfall. Along with climate change, population growth and increasing urbanisation, the people of the province are highly affected by the impacts of flood hazards. Especially vulnerable to the impacts of flooding are women. Even though they are pivotal managers of natural and environmental resources and have the experience and knowledge to build community resilience, they only hold minor roles at the level of policy formulation. Through a combined approach of using ecosystem-based adaptation (EbA) and strengthening the role of women in disaster risk management (DRM) and climate change adaptation (CCA), the ResilNam project wants to contribute to increasing flood resilience in Thừa Thiên-Huế province.

This documentary project wants to support this innovative approach by providing insights into the every day life of the women involved in ResilNam; making their thoughts and actions understandable and emotionally accessible to an interested public.

Save the Mekong Statement on the Collapse of the Xe Pian – Xe Nam Noy Hydropower Project

Save the Mekong Statement on the Collapse of the Xe Pian – Xe Nam Noy Hydropower Project

Save the Mekong, a coalition of non-government organizations, community-based groups and concerned citizens within the Mekong region, wish to express our shock and concern at the recent collapse of the Xe Pian – Xe Nam Noy hydropower project in Laos, and our deep condolences to communities affected by this tragedy, both in southern Laos and downstream in Cambodia.
The Xe Pian – Xe Nam Noy dam collapse is a disaster, but not a natural disaster; it is a disaster caused by human error on the part of the dam-builders. Much of Laos and the Mekong are vulnerable to such disasters and to broader environmental threats due to eleven large hydropower dams on the lower Mekong mainstream and 120 tributary dams planned by 2040. The majority of these high-risk projects are planned for Laos as part of the country’s stated policy to become the “battery of Southeast Asia.” This disaster has amplified calls from within Laos to reconsider the country’s heavy investment in hydropower, and to strengthen the enforcement of national laws to ensure greater accountability from foreign investors.
The Xe Pian – Xe Nam Noy hydropower project has been surrounded by controversy from its beginnings. In 2013, civil society advocates flagged the project’s inadequate public consultation process, poor environmental impact assessment (EIA), lack of transboundary impact assessment, and the fact that environmental and social safeguards did not meet international standards. Already in its early planning stages, lack of information around potential project impacts and mitigation for project-induced losses plagued local communities. In the dam resettlement area, researchers witnessed people struggling to cope with a lack of access to sufficient food, water, and land.[1]
The Xe Pian and Xe Nam Noy feed into the Sekong River, one of the Mekong’s most important tributaries. Originating in the Central Highlands of Vietnam, the Sekong flows through Laos and then enters Cambodia to join the Mekong River. In Laos, the waters of the Sekong and its many smaller tributaries are home to tens of thousands of people from at least 20 different ethnic groups, all of whom rely on wild-capture fisheries and the surrounding forests and fertile lands for gathering and cultivating food. In addition, over 30,000 people living along the Sekong River in Stung Treng province of Cambodia, the majority of whom also belong to indigenous ethnic groups, rely on the land and watershed for subsistence. The health of Sekong River Basin communities and surrounding riparian ecosystems are being threatened by aggressive natural resource developments. Up to 17 dams are planned in the basin to export electricity to Vietnam and Thailand.
Even before this disaster, the Xe Pian – Xe Nam Noy hydropower project’s diversion of water from the Xe Pian River into the dam reservoir had been causing serious downstream impacts. Hydrological and water quality changes have decimated local fisheries, and villagers living along the Xe Pian River have received no compensation for the loss of their livelihoods. The Xe Pian National Protected Area, adjacent to the Xe Pian River, has also been negatively impacted by the project.
Project developers, financiers and investors must be held fully accountable for the damage caused by the Xe Pian – Xe Nam Noy project in accordance with Lao law and international standards and best practice.
The project is being developed by the Xe-Pian Xe-Namnoy Power Company (PNPC). PNPC is a joint venture formed in 2012 by SK Engineering and Construction (Korea), Korea Western Power, Ratchaburi Electricity Generating Holding, and Lao Holding State Enterprise.[2] The dam is scheduled to begin operation in 2019, and 90% of electricity produced will be exported to Thailand. The Electricity Generation Authority of Thailand (EGAT) is the buyer, and several major Thai banks provided funding for the project: Krung Thai Bank, Tanachart, the Export-Import Bank of Thailand, and Bank of Ayudhaya (Krung Sri).
The people affected by this tragedy face huge challenges in bringing these companies and financiers to justice. National judicial processes are in need of reform, and there are significant barriers to obtaining accountability in the investors’ home countries. Furthermore, given the political sensitivity surrounding such investments, fear of reprisal often inhibits local people from accessing company mechanisms for redress.
The plans for extensive hydropower construction throughout the Lower Mekong Basin pose major threats to Mekong ecosystems, and the food security, livelihoods and wellbeing of local populations. The Xe Pian-Xe Nam Noy project follows a common pattern for hydropower development in Laos, and elsewhere in the region, of extracting natural resources for revenue generation without adequate consultation with affected communities or concern for social and environmental costs. The vast majority of benefits and profits are accrued by project developers and investors while local communities bear the impacts and risks. Better alternatives to large-scale hydropower for energy generation and development exist. They must be comprehensively assessed and considered in decision-making and development planning.
In the wake of this tragic disaster, the Save the Mekong coalition makes the following demands:
· Project developers and financiers must take full responsibility for all losses and harm, including for those downstream in Cambodia.
· In the interest of transparency, the terms of the project concession agreement setting out the responsibilities of the company should be made public.
· An independent, comprehensive system must be immediately set up for survivors to safely voice their expectations for reparations.
· Project developers must substantiate how they will comprehensively address villagers’ expectations and implement a long-term plan for relief and rehabilitation. Reparations should start immediately, with no delay.
Lower Mekong Basin governments must suspend planned dam projects within the Lower Mekong Basin pending a comprehensive, independent and transparent review of existing plans and alternative options for energy planning and development revenue
Source: Save the Mekong

Ecosystem-based adaptation to increase flood resilience of vulnerable people – Evidence from central Vietnam

Ecosystem-based adaptation to increase flood resilience of vulnerable people – Evidence from central Vietnam

Floods are amongst the most devastating natural disasters, especially in Asia. Sea-level rise, changing rainfall patterns due to climate change as well as rapid urbanization result in increased flood risks at Asia’s coasts and inland areas.
Developing countries are especially vulnerable to floods due to their limited capacity to prevent and absorb disaster effects. Furthermore, within developing countries the poorest people are often the most vulnerable, as they live in the most threatened locations and struggle to adapt due to income constraints. Women present another vulnerable group, because they commonly experience disadvantages in social, cultural, economic and political domains as well as legal status and opportunities. These socio-cultural circumstances lead to increased deaths among women during floods, and higher poverty rates due to more unemployment and a lack of basic rights. Moreover, women face more psychological stress during and after a disaster due to the women’s caretaker role.
To limit the impacts of floods, ‘structural measures’, such as dikes or reservoirs, are the main focus of flood management in many regions within Asia, including Vietnam. However, these measures are often associated with negative impacts on the environment, on which especially poor and vulnerable communities depend on. A useful and complementary approach is Ecosystem-based Adaptation (EbA).
EbA is a more inclusive approach that takes into consideration vulnerable groups, whose livelihoods directly depend on natural resources, and make it a possible means to strengthen their position by offering multiple benefits. These measures also seem promising to help achieve Sustainable Development Goals (SDGs) 5 (Gender equality), 10 (Reduced inequalities) and 13 (Climate Action).
images2029347_lu_lutEcosystem-based adaptation in Thua Thien-Hue Province
The Vietnamese province of Thua Thien-Hue is regularly hit by floods, which stand to get worse in the future. Recent flood events in November 2017 resulted in a cost of 830 billion VND and led to the loss of nine lives. The threat posed by floods makes adapting and managing flooding a highly urgent matter. At the same time, many of Thua Thien-Hue’s coastal communities suffer from unstable livelihoods and insufficient (financial) resources to recover from disasters. On average, 55% of a household’s income and a little less than 20% of the household’s food consumption comes from seafood, showing the importance of this natural resource. Additionally, women do not have a strong decision-making role and as such are often left out of adaptation and management plans.

In 2018, two EbA measures will be implemented in Thua Thien Hue Province jointly with the Disaster Management Centre, the Women’s Union and local communities. Both EbA measures aim to reduce flood risks while simultaneously supporting local livelihoods. In the old town of Hue City, we will restore urban water bodies. These are important water retention areas during heavy rainfall events. Moreover, many households live near the ponds or visit them frequently: about 50% of the respondents visit them at least once a day, which means the ponds and their appearance have a significant impact on the way people experience their environment. At the Tam Giang Lagoon, mangrove restoration will take place. Mangroves can help reduce wave and tidal energy as well as coastal erosion. Moreover, they improve water quality and provide important breeding grounds for fish. Here we will provide evidence that both measures hold up to the promise that EbA is favored by vulnerable groups, and is therefore more inclusive.
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For this study we conducted 1010 comprehensive household surveys across Hue City and the Tam Giang Lagoon. The comprehensive survey included a discrete choice experiment (DCE). A DCE is a valuation method that is widely used to value goods that are not (yet) sold on the market and is commonly applied. A DCE involves making choices between different packages that consist of changes in ecosystem services and a payment for these changes. By observing the trade-offs that respondents make it is possible to estimate relative values of the goods. This reveals the willingness-to-pay (WTP) of the local households for changes in the ecosystem services that are affected by the EbA measures, which are presented in Figure 1.
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We find that there are positive WTP values for all ecosystem services. This indicates that the households in both sites see benefits from the EbA measures that they are willing to pay for. At the Tam Giang Lagoon the most valued change is the increase in seafood abundance. A change in recreation suitability, i.e. a cleaner urban areas with more opportunities for recreational activities, is valued most in Hue City. To investigate if EbA is more inclusive, we divided our sample in two sub-samples according to income and gender differences.
Figures 2 and 3 show the estimated WTP for households above and below the mean income of our sample. It is clear that lower income households are willing to pay more for the benefits from EbA. While these households have less money to spend, they stand to gain more due to their current vulnerability. For example, less damage to their property means smaller repair costs and an overall safer environment, whereas increases in tourism, or recreation suitability, can lead to better employment and business opportunities. The potential increases in seafood abundance result in more stable livelihoods and food security.
tải xuống.png4Via the gender sub-samples we find that women have higher WTP values for all the ecosystem services, except for changes in tourism in Hue City, where WTP values are more or less the same (see Figures 4 and 5). An increase in protection from storms and floods not only protects women and their family’s lives during a flood, but also means that the work that needs to be done during the flood itself and the aftermath is reduced. Positive changes in seafood abundance and recreation suitability mean a more secure and pleasant environment for their household. The development of tourism provides interesting opportunities for women to increase and stabilize their income, especially in the rural areas where little other job opportunities arise.
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EbA is a possible means to adapt to climate change and can reduce the risk of disasters while simultaneously improving the flood resilience of those that are especially vulnerable to the impacts. Analyses focusing on the role of women and the poor in EbA measures implemented in Central Vietnam, such as the restoration of urban ponds and mangroves, provide an evidence in favor. Lower income households as well as women, in both urban and coastal areas, hold higher values for the changes that occur due to these measures, which not only reduce the risk of climate change impacts, but also present (new) livelihood opportunities and income security. It is therefore recommended to consider complementing structural measures such as dikes or reservoirs with EbA measures, and look into locations where EbA measures can replace hard measures altogether.

The project

In addition to this policy brief, the ResilNam project will complement these findings by also making further recommendations regarding:

  • The gender gap in flood resilience across the province;
  • The possible well-being impacts of flooding (across genders);
  • Gender dynamics in disaster risk management;
  • Community level adaptation projects.

The policy recommendations across all of the ResilNam activities can help increase flood resilience of urban and coastal communities in Thua Thien-Hue Province. Additionally, the ResilNam directly invests in ecosystem-based adaptation measures in collaboration with local stakeholders to increase flood resilience and strengthen the role of women in disaster risk management.
The project is part of the Global Resilience Partnership Water Window and it is implemented by the University of Potsdam, the Centre for Social Research and Development and the Institute for Environmental Studies/VU University Amsterdam.
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