Introduction
Plastic waste recycling is the process of sorting, processing, and transforming used plastic materials into secondary raw materials that can be reintroduced into manufacturing. As plastic continues to be widely used in packaging, automotive, construction, textiles, household products, and many other industries, the proper management of plastic waste has become increasingly important.
In Türkiye, the recycling industry plays an important role in processing both domestically generated plastic waste and recyclable plastic materials imported under applicable legal requirements. The recycling of imported plastic waste involves a controlled series of stages, including material inspection, sorting, cleaning, shredding, processing, and preparation for reuse as a raw material.
Imported plastic waste should therefore not be considered merely as material entering a country. Its real value emerges when suitable plastics are processed in properly equipped recycling facilities and transformed into usable secondary raw materials.
Burkasan contributes to the circular economy by processing recyclable plastic materials and supporting the reintroduction of recovered plastics into production systems. Through controlled waste management and recycling processes, plastic materials can remain within the economic cycle for longer periods instead of being treated solely as waste.
Table of Contents
- What is plastic waste recycling?
- What is imported plastic waste?
- Why is imported plastic waste recycled?
- Can all imported plastics be recycled?
- How does the plastic recycling process work?
- Why is plastic sorting important?
- Recycling according to plastic type
- What is mechanical recycling?
- What is recycled plastic raw material?
- What is the difference between PCR and PIR?
- What affects recycled plastic quality?
- Environmentally responsible management of imported plastic waste
- The role of plastic recycling in the circular economy
- Burkasan’s approach to plastic recycling
- Frequently Asked Questions
- Conclusion
What Is Plastic Waste Recycling?
Plastic waste recycling refers to the collection, separation, preparation, and processing of plastic materials so that they can be used again in manufacturing.
The recycling process varies according to the type and condition of the material. Polymer type, contamination level, color, additives, previous use, and physical characteristics can all influence the recycling method.
A properly managed process allows suitable plastic waste to be converted into materials such as flakes, regrind, or granules. These recovered materials may then be used as secondary raw materials in different production applications.
For this reason, plastic recycling is closely connected to the concept of the circular economy. Instead of following a linear model based on production, consumption, and disposal, circular systems aim to keep materials in use for as long as technically and economically possible.
What Is Imported Plastic Waste?
Imported plastic waste refers to recyclable plastic materials generated in another country and brought into Türkiye for recovery or recycling under applicable legal and environmental requirements. To learn more about the legal framework, controls, and processes involved, you can read our detailed guide on plastic waste imports.
Plastic waste imports are not the same as uncontrolled waste shipments. International movements of waste are subject to specific regulations, controls, and documentation requirements. Imported materials must meet the relevant conditions before entering recycling processes.
Once the material reaches an appropriate facility, its actual recycling potential is assessed. Suitable plastics may then be sorted and processed into secondary raw materials.
The objective is not simply to move plastic waste from one country to another. The key purpose is to recover recyclable materials and transform them into usable resources through controlled industrial processes.
Why Is Imported Plastic Waste Recycled?
Plastic materials may retain economic value even after their first use. When appropriate plastic waste is collected, sorted, and processed correctly, it can be reintroduced into manufacturing.
Recycling imported plastic waste can contribute to several objectives:
- Recovering the economic value of recyclable plastics
- Supporting the production of secondary raw materials
- Increasing resource efficiency
- Reducing the amount of recyclable material leaving the economic cycle
- Supporting circular economy practices
- Encouraging controlled and traceable waste management
- Strengthening industrial recycling capacity
However, these benefits depend on the quality and recyclability of the incoming material. Plastic waste must be suitable for processing and managed in facilities with the necessary technical infrastructure.
Can All Imported Plastics Be Recycled?
Not every plastic material can be recycled under the same conditions.
The recyclability of plastic depends on several factors, including polymer type, contamination, material composition, additives, product design, and the way the plastic was previously used.
Well-sorted and relatively homogeneous thermoplastics are generally easier to process than mixed or heavily contaminated materials. When several incompatible polymers are combined, the quality of the recycled output may decrease.
This is why recycling facilities evaluate incoming material before processing. Plastics may be separated according to polymer type, color, density, contamination level, and intended end use.
The objective is not simply to melt plastic. The main goal is to produce a recycled material with predictable characteristics that can be used in a suitable manufacturing process.
How Does the Plastic Recycling Process Work?
The specific stages of plastic waste recycling may vary according to the material and technology used at the facility. However, the process generally includes several key steps.
1. Material Reception and Inspection
Incoming plastic materials are inspected before entering the recycling line. Their type, physical condition, contamination level, and suitability for processing are evaluated.
This step helps ensure that unsuitable materials do not negatively affect the overall recycling process.
2. Sorting
Plastic waste is separated according to polymer type and other relevant characteristics.
Sorting is one of the most important stages because different polymers have different melting points, densities, and performance characteristics.
3. Removal of Foreign Materials
Non-plastic components such as paper, labels, metals, dirt, dust, or other contaminants may be removed.
The effectiveness of this stage has a direct impact on the quality of the recycled material.
4. Shredding and Size Reduction
Large plastic pieces are reduced into smaller particles so that they can be processed more efficiently.
Shredding also improves material handling and prepares plastics for washing or further treatment.
5. Washing
Depending on the material, plastic particles may be washed to remove dirt, residues, adhesives, and other unwanted substances.
Clean material generally provides better consistency during subsequent recycling stages.
6. Drying
After washing, excess moisture is reduced.
Proper drying is especially important before thermal processing because moisture can negatively affect production quality.
7. Processing and Raw Material Production
Prepared plastic may then be processed into forms such as regrind, flakes, or granules.
The final form depends on the polymer, recycling technology, and intended application.
Why Is Plastic Sorting Important?
Plastic may appear to be a single material category, but in reality many different polymers are used in industry.
Polypropylene, polyethylene, PET, and other thermoplastics have different physical and mechanical properties. Mixing incompatible plastics can negatively affect the quality of recycled raw materials.
For this reason, sorting may take into account several characteristics:
- Polymer type
- Color
- Density
- Contamination level
- Previous use
- Presence of additives
- Foreign material content
Accurate sorting creates a more consistent input stream and helps recycling facilities produce secondary raw materials with more predictable properties.
Recycling According to Plastic Type
The recycling method depends heavily on the type of plastic being processed.
Polypropylene (PP)
Polypropylene is widely used in packaging, automotive components, household goods, industrial applications, and many other products.
Suitable PP waste can be sorted, cleaned, shredded, and processed into recycled raw materials for selected applications.
Polyethylene (PE)
Polyethylene is available in different forms such as HDPE and LDPE.
It is widely used in packaging films, containers, pipes, bags, bottles, and industrial products. Appropriate PE waste can be recovered through controlled recycling processes.
PET
PET is especially common in beverage bottles and packaging applications.
After sorting, shredding, washing, and preparation, recycled PET may be used in various production applications depending on its technical quality.
Because each polymer behaves differently during processing, the recycling system must be adapted to the specific material.
What Is Mechanical Recycling?
Mechanical recycling is one of the most widely used methods for processing thermoplastic waste.
In this method, the chemical structure of the plastic is generally not intentionally changed. Instead, the material is physically processed through stages such as sorting, shredding, washing, drying, extrusion, and pelletizing.
Mechanical recycling usually works best when the input material is relatively clean and homogeneous.
Contamination, incompatible polymers, and excessive degradation may reduce the quality of the final recycled material.
For this reason, effective mechanical recycling depends heavily on material preparation and process control.
What Is Recycled Plastic Raw Material?
Recycled plastic raw material is produced by processing previously used plastic products or industrial plastic residues into a form that can be used again in manufacturing.
Depending on the process, recycled plastics may be supplied as:
- Flakes
- Regrind
- Granules
- Compounds
- Other prepared secondary raw material forms
Their suitability for a particular application depends on polymer type, purity, color, mechanical characteristics, and processing performance.
The use of recycled plastic raw materials helps extend the functional life of plastics and supports more circular production models.
Burkasan works in the field of plastic recycling and supports the production of sustainable secondary raw materials, including PCR and PIR materials.
What Is the Difference Between PCR and PIR?
Recycled plastics are often classified according to the source of the waste.
PCR, or Post-Consumer Recycled plastic, is produced from plastic products that have completed their use by consumers and entered a waste collection or recycling system.
Examples may include used packaging, containers, and other plastic products collected after consumption.
PIR, or Post-Industrial Recycled plastic, is produced from plastic residues generated during manufacturing or industrial processes.
These materials may include production scrap, offcuts, rejected parts, or other recoverable plastic residues.
Both PCR and PIR help keep valuable plastic materials in the production cycle, but their origin is different.
This distinction is important because material source can influence consistency, contamination level, traceability, and potential applications.
What Affects Recycled Plastic Quality?
The quality of recycled plastic depends on much more than the recycling machinery itself.
Several factors influence the characteristics of the final secondary raw material:
- Quality of incoming plastic waste
- Correct polymer identification
- Effective sorting
- Contamination control
- Washing performance
- Moisture reduction
- Temperature control
- Process consistency
- Quality testing
- Storage conditions
A more consistent input stream generally makes it easier to produce recycled materials with stable and predictable characteristics.
This is particularly important for industrial customers that need recycled raw materials with specific performance requirements.
Environmentally Responsible Management of Imported Plastic Waste
The recycling of imported plastic materials should be managed as part of a broader environmental and regulatory framework.
Türkiye applies specific environmental controls and technical requirements to waste imports. Detailed information on the applicable procedures and principles can be found in the official waste import procedures published by the Ministry of Environment, Urbanization and Climate Change.
Responsible management involves more than customs procedures.
It also includes appropriate storage, traceability, material acceptance criteria, environmental controls, proper recycling technologies, and management of residues generated during processing.
The aim should be to ensure that recyclable material is processed effectively while non-recyclable fractions are managed according to applicable environmental requirements.
A strong recycling system therefore combines regulatory compliance with technical capacity and operational control.
The Role of Plastic Recycling in the Circular Economy
The traditional linear economy follows a simple structure: extract raw materials, manufacture products, use them, and dispose of them.
The circular economy takes a different approach.
Its goal is to keep materials and products in use for as long as possible while reducing unnecessary resource consumption and waste generation.
Plastic waste recycling plays a significant role in this model because suitable plastic materials can be processed and returned to production as secondary raw materials.
Instead of viewing every used plastic product as the end of a material’s life, recycling allows certain plastics to enter another production cycle.
This approach can support:
- More efficient use of resources
- Increased use of recycled raw materials
- Development of sustainable production systems
- Reduction of avoidable material losses
- Improved industrial circularity
However, recycling alone is not sufficient to create a circular economy. Product design, collection systems, sorting infrastructure, production standards, and market demand for recycled materials are also important.
Burkasan’s Approach to Plastic Recycling
Burkasan operates in the recycling and waste management sector with a focus on recovering recyclable materials and returning them to the economy.
In plastic recycling, effective material management begins with understanding the characteristics of the incoming waste stream. Correct sorting and controlled processing are essential for producing reliable secondary raw materials.
Burkasan supports the transformation of suitable plastic waste into recycled raw materials that can be used in appropriate production applications.
The company’s activities in PCR and PIR plastic recovery contribute to the broader objective of keeping valuable materials within the economic cycle.
By combining waste management experience with recycling technologies, Burkasan supports a production model in which plastics are treated not only as waste but also as potential resources.
For imported or domestically generated recyclable plastic materials, the main objective remains the same: to manage them responsibly, process them efficiently, and create value through recovery.
Frequently Asked Questions
What is plastic waste recycling?
Plastic waste recycling is the process of sorting, cleaning, preparing, and processing used plastic materials so they can be transformed into secondary raw materials for new production.
How is plastic waste recycled?
Plastic waste is generally inspected, sorted, shredded, cleaned, dried, and processed. Depending on the polymer and production requirements, it may then be transformed into flakes, regrind, granules, or other recycled material forms.
Which plastics can be recycled?
Many thermoplastics, including PP, PE, and PET, can be recycled under suitable conditions. Their recyclability depends on contamination level, material composition, polymer type, and processing requirements.
What is imported plastic waste?
Imported plastic waste is recyclable plastic material generated in another country and brought into Türkiye under relevant legal and environmental requirements for recovery or recycling.
Can imported plastic waste be recycled in Türkiye?
Plastic waste that meets applicable import requirements and is suitable for recycling can be processed in appropriately authorized and technically equipped facilities.
What happens to plastic after recycling?
After recycling, suitable plastic may be converted into secondary raw materials such as flakes, regrind, or granules. These materials may then be used in new manufacturing processes depending on their technical properties.
How many times can plastic be recycled?
There is no single number that applies to every plastic. Polymer type, processing conditions, contamination, additives, and previous recycling cycles can all affect material performance.
What is PCR plastic?
PCR stands for Post-Consumer Recycled plastic. It is produced from plastic materials collected after consumer use and processed through recycling systems.
What is PIR plastic?
PIR stands for Post-Industrial Recycled plastic. It is produced from plastic residues generated during manufacturing and industrial operations.
What is the difference between recycled plastic and virgin plastic?
Virgin plastic is typically produced from newly manufactured petrochemical feedstocks, while recycled plastic is produced from previously used or industrially generated plastic materials.
Why is sorting important in plastic recycling?
Different polymers have different physical and processing characteristics. Correct sorting helps prevent incompatible materials from mixing and supports more consistent recycled raw material quality.
Why is imported plastic waste recycling important?
Recycling suitable imported plastic waste can support resource recovery, secondary raw material production, industrial recycling capacity, and circular economy practices when the process is managed responsibly and in compliance with applicable regulations.
Conclusion
Plastic waste recycling plays an important role in extending the useful life of plastic materials and supporting more efficient resource management. When suitable imported plastic waste is properly inspected, sorted, cleaned, and processed, it can be transformed into secondary raw materials and returned to production systems.
The effectiveness of recycling depends on many factors, including the quality of incoming materials, accurate polymer separation, contamination control, appropriate technology, and consistent process management.
Imported plastic waste should therefore be approached not simply as a trade or logistics issue, but as part of a broader recovery and circular economy system.
Burkasan contributes to this system through its activities in plastic recycling, PCR and PIR materials, and waste management. By supporting the recovery of suitable plastic materials and their reintroduction into manufacturing, Burkasan helps promote a more circular approach to plastic resource use.