AWS-PET
ACERETECH
The PET Bottle Washing Line represents a state-of-the-art solution for recycling PET bottles into reusable materials. With increasing concerns about environmental sustainability and the efficient use of resources, this line offers an efficient, effective, and eco-friendly approach to convert waste PET bottles into valuable resources like PET flakes, suitable for various applications including Bottle to Bottle and Bottle to Sheet recycling.
The PET Bottle Washing Line operates on a systematic process designed to handle a capacity of up to 3000kg/H. It starts with the collection and feeding of waste PET bottles into the system. These bottles are then subjected to a series of processes involving shredding, washing, separating, and drying. Each step is meticulously designed to ensure the integrity of the PET flakes, making them suitable for high-quality recycling purposes.
The PET Bottle Washing Line is characterized by its robust design and high efficiency. It is equipped with advanced technology to handle a wide range of PET bottles, transforming them into clean and dry PET flakes. The system is designed to minimize water and energy consumption, aligning with sustainable operational practices.
High Capacity: Capable of processing up to 3000kg/H, making it suitable for large-scale recycling operations.
Quality Output: Produces high-quality PET flakes, suitable for both Bottle to Bottle and Bottle to Sheet recycling.
Eco-Friendly: Designed with an emphasis on reducing waste and energy consumption, contributing to a greener recycling process.
Granulators in the PET Bottle Washing Line are engineered to efficiently shred the waste PET bottles into smaller sizes. These are essential in breaking down the bottles into manageable pieces for subsequent washing and processing. The granulators are designed to handle various bottle sizes and shapes, ensuring consistent output quality.
The pre-wash stage is crucial in removing the majority of contaminants from the PET bottles. This stage helps in loosening and removing labels, caps, and other non-PET materials, preparing the bottles for further processing. The pre-wash process is designed to be thorough yet gentle, preserving the quality of the PET material.
Post the pre-wash, the PET bottle fragments undergo an intensive washing process. This stage ensures the removal of remaining contaminants and adhesives, resulting in pure, clean PET flakes. The washing process is meticulously controlled to ensure the optimal cleaning of PET flakes, crucial for high-quality recycling.
After washing, the PET flakes are dried to remove any residual moisture. The drying process is critical to ensure the flakes are ready for further processing or recycling applications. The drying system in the PET Bottle Washing Line is efficient and effective, ensuring that the PET flakes are completely dry and free from moisture.
The PET Bottle Washing Line represents a state-of-the-art solution for recycling PET bottles into reusable materials. With increasing concerns about environmental sustainability and the efficient use of resources, this line offers an efficient, effective, and eco-friendly approach to convert waste PET bottles into valuable resources like PET flakes, suitable for various applications including Bottle to Bottle and Bottle to Sheet recycling.
The PET Bottle Washing Line operates on a systematic process designed to handle a capacity of up to 3000kg/H. It starts with the collection and feeding of waste PET bottles into the system. These bottles are then subjected to a series of processes involving shredding, washing, separating, and drying. Each step is meticulously designed to ensure the integrity of the PET flakes, making them suitable for high-quality recycling purposes.
The PET Bottle Washing Line is characterized by its robust design and high efficiency. It is equipped with advanced technology to handle a wide range of PET bottles, transforming them into clean and dry PET flakes. The system is designed to minimize water and energy consumption, aligning with sustainable operational practices.
High Capacity: Capable of processing up to 3000kg/H, making it suitable for large-scale recycling operations.
Quality Output: Produces high-quality PET flakes, suitable for both Bottle to Bottle and Bottle to Sheet recycling.
Eco-Friendly: Designed with an emphasis on reducing waste and energy consumption, contributing to a greener recycling process.
Granulators in the PET Bottle Washing Line are engineered to efficiently shred the waste PET bottles into smaller sizes. These are essential in breaking down the bottles into manageable pieces for subsequent washing and processing. The granulators are designed to handle various bottle sizes and shapes, ensuring consistent output quality.
The pre-wash stage is crucial in removing the majority of contaminants from the PET bottles. This stage helps in loosening and removing labels, caps, and other non-PET materials, preparing the bottles for further processing. The pre-wash process is designed to be thorough yet gentle, preserving the quality of the PET material.
Post the pre-wash, the PET bottle fragments undergo an intensive washing process. This stage ensures the removal of remaining contaminants and adhesives, resulting in pure, clean PET flakes. The washing process is meticulously controlled to ensure the optimal cleaning of PET flakes, crucial for high-quality recycling.
After washing, the PET flakes are dried to remove any residual moisture. The drying process is critical to ensure the flakes are ready for further processing or recycling applications. The drying system in the PET Bottle Washing Line is efficient and effective, ensuring that the PET flakes are completely dry and free from moisture.
Device parameters | |||
Size | Capacity | Motor Power | Equipment footprint |
AWS-PET10 | 1000kg/h | 220KW | 250m 2 |
AWS-PET20 | 2000kg/h | 260KW | 350m 2 |
AWS-PET30 | 3000kg/h | 380KW | 500m 2 |
AWS-PET40 | 4000kg/h | 500KW | 700m 2 |
Unit energy consumption | |||
Content | Average energy consumption per ton of bottle | ||
Electricity | 70-90KW | ||
Water | 1-1.5T | ||
Compressed air | 0.5-1m3 | ||
Steam (optional) | 250-400KG | ||
Detergent (optional) | 4-8KG | ||
Bottle quality reference | |||
Description | AA(ppm) | A(ppm) | |
PVC content | ≤25 | ≤100 | |
PE/PP/colored bottle/metal/other | ≤75 | ≤100 | |
Total impurity | ≤100 | ≤200 |
Device parameters | |||
Size | Capacity | Motor Power | Equipment footprint |
AWS-PET10 | 1000kg/h | 220KW | 250m 2 |
AWS-PET20 | 2000kg/h | 260KW | 350m 2 |
AWS-PET30 | 3000kg/h | 380KW | 500m 2 |
AWS-PET40 | 4000kg/h | 500KW | 700m 2 |
Unit energy consumption | |||
Content | Average energy consumption per ton of bottle | ||
Electricity | 70-90KW | ||
Water | 1-1.5T | ||
Compressed air | 0.5-1m3 | ||
Steam (optional) | 250-400KG | ||
Detergent (optional) | 4-8KG | ||
Bottle quality reference | |||
Description | AA(ppm) | A(ppm) | |
PVC content | ≤25 | ≤100 | |
PE/PP/colored bottle/metal/other | ≤75 | ≤100 | |
Total impurity | ≤100 | ≤200 |
Add:18# Yuefeng road, Nanfeng town, Zhangjiagang city. Jiangsu province, China
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