This policy paper demonstrates the waste crisis in Morocco, Tunisia, and Lebanon; countries located in the MENA region. It highlights how all three countries are facing a 1.5-3 % increase in waste generation and the urgency for a sustainable and innovative solution. Given that they all have more than 50% of organic waste generated in their composition, a waste-to-energy approach is most suitable. This policy targets various stakeholders such as Ministries, Nationals, and private associations and donors for involvement.
Among the different solutions suggested, methane capturing and upgrading is suggested (short-term), as well as anaerobic digestion and pyrolysis (long-term). Also, a monitoring and evaluation plan was suggested. Finally, recommendations were placed based on best practices to ensure the sustainable future in terms of waste-to-energy management in these three countries.
Table of Contents
1. State of the Art
1.1. Morocco
1.2. Tunisia
1.3. Lebanon
2. Scope
3. Target Sectors
4. Implementation: Possible Solutions and Time Dimensions
4.1. Short term possible solutions
4.2. Long term possible solutions
5. Monitoring and Review
6. Recommendation
7. Conclusion
Research Objectives and Core Themes
The primary objective of this policy paper is to address the escalating waste crisis in Morocco, Tunisia, and Lebanon by proposing sustainable, innovative, and economically viable waste-to-energy solutions. The paper aims to mitigate environmental hazards associated with current landfill practices while simultaneously contributing to energy security and long-term economic stability in the MENA region.
- Analysis of current waste management status in Morocco, Tunisia, and Lebanon.
- Evaluation of short-term solutions such as methane capturing and upgrading systems.
- Assessment of long-term technical solutions including anaerobic digestion and pyrolysis.
- Development of a sustainable monitoring and evaluation framework for policy implementation.
- Strategic recommendations for stakeholder engagement and policy harmonization.
Excerpt from the Publication
1.3.Lebanon
Lebanon, 10452 km2 in area, has a population of 5.6 million people that produces 2,040,000 tons of Municipal Solid Waste (MSW) per year. More than 50 % of the waste is organic, while the rest varies between paper, cardboards, glass, and metal. High moisture content is also prevalent in wastes, often exceeding 60%. The percentages vary between rural and urban areas as well as various seasons, resulting in the MSW generation per capita of around 0.95 Kg/p/d. (CEDRO, 2012)
The average increase of MWS forecasted is 1.65% across the country. This distribution is uneven given that the daily tonnage varies between one area and another. For example, in Beirut, the daily generation is 600 tons (11%) versus Mount Lebanon which is 2,250 tons (40%). (CEDRO, 2012)
The waste sector is responsible for 11% of the total national greenhouse gas emission. (Bassil & Ministry of Energy and Water, 2010)
Chapter Summaries
1. State of the Art: Provides a comprehensive overview of the current waste generation, composition, and legislative frameworks in Morocco, Tunisia, and Lebanon.
2. Scope: Defines the specific environmental, social, and economic goals, including reduction of landfill disposal and targets for biogas-based energy production by 2030.
3. Target Sectors: Identifies the relevant public, private, and NGO stakeholders across all three countries necessary for the successful implementation of the proposed policy.
4. Implementation: Possible Solutions and Time Dimensions: Outlines actionable technical strategies, distinguishing between immediate methane-capturing initiatives and long-term investments in anaerobic digestion and pyrolysis.
5. Monitoring and Review: Establishes a dual-nature monitoring system incorporating technical remote sensing and administrative public evaluation bodies to ensure policy accountability.
6. Recommendation: Proposes a holistic set of measures, including the creation of a regional directive, state-funded grant programs, and the introduction of landfill taxes to drive sustainable change.
7. Conclusion: Summarizes the necessity of transitioning from failing current practices to a circular economy model to generate positive environmental and social impacts.
Key Terms
Waste-to-Energy, MENA Region, Municipal Solid Waste, Anaerobic Digestion, Pyrolysis, Biogas, Renewable Energy, Waste Management, Methane Capturing, Circular Economy, Environmental Sustainability, Energy Security, Industrial Symbiosis, Landfill Taxes, Green Public Procurement.
Frequently Asked Questions
What is the core focus of this policy paper?
The paper focuses on addressing the critical waste crisis in Morocco, Tunisia, and Lebanon by introducing waste-to-energy management strategies to convert organic waste into a resource.
What are the primary themes discussed in this work?
The work explores current waste statistics, environmental degradation, energy recovery technologies, policy frameworks, and stakeholder management for sustainable waste solutions.
What is the ultimate goal of the proposed policy?
The primary goal is to reduce MSW landfill disposal by 50% by 2030 and increase energy security through biogas production while fostering job creation and economic growth.
Which scientific methods or approaches are utilized?
The authors employ a comparative case study approach, analyzing existing waste composition data, legal frameworks, and evaluating the technical feasibility of various waste-to-energy technologies.
What topics are covered in the main body of the paper?
The main body covers the current state of waste management, technical implementation paths (short-term and long-term), monitoring mechanisms, and strategic policy recommendations.
Which keywords best characterize this publication?
The publication is characterized by terms such as waste-to-energy, circular economy, renewable energy, biogas, and sustainable waste management in the MENA context.
Why is anaerobic digestion considered an important solution?
It is highlighted as a sustainable long-term solution because it addresses both organic waste reduction and the urgent need for local, renewable energy supply.
How does the paper propose to handle the transition for current waste workers?
The paper suggests providing continuous training and workshops to existing landfill staff to prepare them for roles in new energy-recovery technologies like AD and pyrolysis.
- Quote paper
- Yara Hijazi (Author), 2017, Developing Waste-to-Energy Management. A Case Study on Morocco, Tunisia, Lebanon, Munich, GRIN Verlag, https://www.grin.com/document/1146721
