Recycling - Cesur

A Sustainable Future for Our Planet : Cesur Ambalaj’s Packaging Solutions Made with PCR/PPR:

"POST CONSUMER" refers to materials left over after the production process. These materials can be accumulated, recycled, or otherwise repurposed within a company's manufacturing processes. Examples include plastic bottles and paper products.

"POST PRODUCTION," on the other hand, refers to materials collected and recycled after they have been used by end consumers. Similar to post-consumer materials, these can also be accumulated within a company's manufacturing processes and can be recycled or repurposed.

Overview of Big Bags: Big bags are primarily made from woven polypropylene (PP) and polyethylene (PE). These materials are noted for their durability and flexibility, allowing for the safe storage and transportation of various product groups, including grains, chemicals, and construction materials.

Products Made from Recycled Materials:

At Cesur Ambalaj, we continuously consider the impact of our products on the planet. To conserve natural resources and reduce our global footprint throughout the lifecycle of our products, we support products made with PCR (Post-Consumer Recycled) and PPR (Post-Production Recycled) materials. Our Big Bag and Stretch Hood packaging products contain up to 30% recycled granules.

Quality Commitment

We strive to provide products that deliver the highest quality performance while being environmentally conscious.

Technology Investment

We continue to invest in innovative technologies for a more sustainable future, incorporating more recycled plastic waste into the production cycle while consuming fewer resources.

Circular Economy of Big Bags - Application Processes

We support the entire supply chain in reducing plastic material usage and generating less waste. Cesur Ambalaj promotes a greener future through circular economy practices by mandating the use of recycled materials among our suppliers.

1- Collection and Sorting

- Implementing efficient collection systems for used Big Bags.

- Sorting Big Bags based on their condition and material composition to facilitate recycling and reconditioning.

2- Recycling Processes

- Mechanical Recycling: Breaking down Big Bags and melting them to create new granules, which can be used in the production of new Big Bags or other plastic products.

- Chemical Recycling: Decomposing polymers into monomers, which are then purified and re-polymerized.

3- Reconditioning

- Cleaning: Removing residues and contaminants from used Big Bags to prepare them for recycling.

- Repair: Addressing damages such as tears or weakened seams in used Big Bags.

- Testing: Ensuring that the refurbished products meet necessary safety and quality standards.

4- Design for Recycling

- Recyclability Consideration: Designing Big Bags using materials and additives that are easy to recycle.

- Features for Disassembly: Incorporating characteristics that facilitate disassembly and material separation.

5- Education and Awareness

- Customer Awareness: Educating customers and end-users about the recyclability of Big Bags and the importance of returning used bags for recycling or reconditioning.

- Awareness Campaigns: Organizing campaigns to highlight the benefits of circular economy practices related to Big Bags.