On the Road to COP31: Why Waste Management in Türkiye Is No Longer Just an Environmental Issue
09 September 2026As Türkiye prepares to host COP31, climate, energy, industry, urbanization and resource management are coming together on the same agenda more strongly than ever. In this new era, waste management is no longer merely a technical issue related to environmental protection; it is becoming a strategic topic at the heart of climate policies, energy supply security, emission reduction targets and the circular economy approach.
For many years, waste management was mostly evaluated through the processes of collection, transportation and disposal. Today, however, waste is not only a problem to be eliminated. When managed properly, it is an important resource that can be transformed into energy, raw materials, carbon reduction and economic value.
On the road to COP31, the key question for Türkiye is now this: How can we turn waste into less of a problem and more of a resource?
Why Has Waste Management Become Part of Climate Policy?
Fighting the climate crisis is not limited to moving away from fossil fuels in energy production. Production, consumption, logistics, urbanization, agriculture, water use and waste management also play a critical role in reducing carbon emissions.
Uncontrolled disposal or inefficient management of waste can lead to many problems, including greenhouse gas emissions, soil and water pollution, resource loss and an increased environmental burden on cities. For this reason, waste management has become an integral part of climate policy.
Proper management of organic waste is especially important for reducing methane emissions. In addition, recovering, reusing or converting waste into energy helps reduce the need for new raw materials and energy, contributing to a lower carbon footprint.
Therefore, waste management is no longer simply a question of “what happens to the waste.” It is also a management area directly connected to the climate resilience, energy efficiency and resource security of cities.
Where Does Waste Stand in the Energy Transition?
When energy transition is mentioned, solar, wind, hydroelectric or geothermal resources often come to mind first. However, a sustainable energy system is not limited to these resources. Waste-to-energy production also plays an important complementary role in terms of renewable energy and resource efficiency.
Waste-to-energy integration enables waste not only to be disposed of, but also to be included in the energy production process. In this way, resources generated by daily urban life, industrial activities and organic waste flows are reintroduced into the system.
This approach creates value in two ways. On the one hand, the environmental burden of waste is reduced; on the other hand, local and renewable energy production is supported. As a result, cities move closer to becoming systems that do not only consume energy, but also produce and transform resources.
In countries like Türkiye, where urbanization, industrial production and energy demand are increasing simultaneously, waste-to-energy production is not only an environmental issue, but also a strategic topic of energy management.
Resource Efficiency: Using Waste in the Right Place
At the heart of sustainable development lies the more efficient use of resources. The linear “produce, use, dispose” model leads to rapid resource depletion and increasing amounts of waste. By contrast, the circular economy approach aims to keep resources within the system for as long as possible.
Waste management is one of the most critical links in this cycle. How a product, material or organic waste is evaluated after use determines both its environmental impact and its economic value.
Recycling, reuse, composting, biogas, waste-to-energy and raw material recovery practices prevent waste from becoming a loss outside the system. Through these practices, waste can become an input for new production processes or energy systems.
From a resource efficiency perspective, the main goal is to manage waste with the most appropriate method and in a way that creates the highest possible value. The same solution is not suitable for every type of waste. Therefore, separation, collection, processing, recovery and energy production processes must be planned holistically.
The Role of Waste Management in Emission Reduction
Waste management often has a stronger impact on emission reduction than it may appear. The uncontrolled disposal of organic waste can lead to the release of powerful greenhouse gases, especially methane. Processing this waste in controlled systems contributes to reducing emissions.
At the same time, every recovered material reduces the amount of raw material that needs to be produced again. Every suitable waste stream converted into energy can help reduce dependence on fossil resources. Every more efficiently managed waste process supports the reduction of cities’ total carbon footprint.
For this reason, waste management is not merely a supporting area in achieving climate targets; it is a direct emission reduction tool.
From a carbon reduction perspective, waste management creates value in three main areas:
- It reduces the uncontrolled environmental impact of waste.
- It lowers the need for new raw materials and energy through recovery.
- It supports the use of local and renewable resources through waste-to-energy production.
When these three areas are considered together, waste management becomes an important lever in the low-carbon transformation of cities and institutions.
Why Is Waste Management Critical for the Circular Economy?
The circular economy aims to evaluate resources within a closed system extending from production to consumption and from consumption to recovery. In this system, waste is not the end point of the process; it is the beginning of a new cycle.
It is difficult to talk about circularity in an economy without strong waste management. Reintroducing resources into the system is only possible through proper separation, measurement, monitoring and processing infrastructure.
At this point, waste management can be considered the operational foundation of the circular economy. Recycling facilities, biogas production, waste-to-energy systems, organic waste management, water and sludge management are among the concrete application areas of the circular economy.
The circular economy approach enables waste to be seen not only as an environmental risk, but also as an economic and strategic resource. This creates a new area of value for companies, municipalities and public authorities.
A New Threshold for Türkiye on the Road to COP31
COP31 represents an important threshold for Türkiye’s climate policies, sustainable development goals and green transformation vision. This process will be decisive not only in terms of international climate diplomacy, but also for the steps Türkiye will take in its cities, industries, energy systems and resource management approach.
Waste management has a special importance at this threshold. Rapid urbanization, increasing consumption, industrial production and energy demand in Türkiye are making waste management a multidimensional issue. Proper waste management can contribute to more resilient cities, more efficient industries and more sustainable energy systems.
On the road to COP31, Türkiye’s waste management approach should be evaluated not only through disposal capacity, but also through recovery rates, waste-to-energy production, emission reduction potential, data traceability and its relationship with the circular economy.
Therefore, waste management is one of the strategic topics that needs greater visibility in Türkiye’s climate action.
Waste Management Is Now a Competitive Issue for Institutions
The transformation of waste management is not limited to public policies. For companies, waste management is also becoming an important indicator of sustainability performance, operational efficiency and investor confidence.
Investors, customers and business partners now look not only at how much companies produce, but also at how they use resources, manage waste and reduce their environmental impacts during production.
Organizations that can measure, separate, recover and report their waste are in a stronger position in terms of adapting to the low-carbon economy. By contrast, organizations that see waste management only as a mandatory operational process may face both cost and reputation risks.
For this reason, waste management is not only an environmental responsibility for institutions; it is also a matter of competitiveness, cost management and long-term resilience.
The Biotrend Perspective: From Waste to Energy, From Resource to Value
At Biotrend, we do not see waste management merely as a disposal process, but as a holistic area of resource management. For us, waste is a strategic resource that can be transformed into energy, environmental benefit and economic value when managed through the right systems.
Renewable energy generated from organic waste is one of the most concrete examples of this approach. While waste is prevented from becoming an uncontrolled environmental burden, it also contributes to local and renewable energy production.
Waste-to-energy integration offers a model that reduces the carbon footprint of cities and industries, increases resource efficiency and supports the circular economy approach. In this model, waste is not a problem left outside the system; it is part of energy production, emission reduction and sustainable development.
Biotrend’s holistic resource management approach considers waste, energy and water management not as separate topics, but as complementary elements of sustainable cities and a low-carbon economy.
Conclusion: Waste Management Is at the Center of the Future Climate and Energy Agenda
On the road to COP31, waste management in Türkiye can no longer be considered solely an environmental issue. It is a strategic area located at the intersection of climate action, energy transition, emission reduction, resource efficiency and the circular economy.
The cities and institutions of the future will be shaped by those who see waste not merely as a burden to be eliminated, but as a resource that can create value when managed properly.
In Türkiye’s green transformation journey, the role of waste management will not be limited to reducing environmental impacts. It will also be decisive in supporting local energy production, using resources more efficiently, reducing the carbon footprint and strengthening circular development.
Let us remember: managing waste properly means not only reducing today’s environmental problems, but also building a more resilient system for the climate, energy and resource security of the future.
