How to improve the efficiency of Blister Packaging Series in the energy recovery process?
Publish Time: 2024-11-11
In today's context of environmental protection and resource recycling, it is of great significance to improve the efficiency of Blister Packaging Series in the energy recovery process. The following are some effective ways.
Optimize material selection and design
First, start from the source of blister packaging materials. Select materials that are easy to recycle and have high energy release efficiency during the recycling process. For example, for PS rolls, high-purity, single-component polystyrene materials can be preferred to avoid the interference of impurities in the energy recovery process. At the same time, when designing blister packaging, try to minimize the mixed use of different materials. If it is a multi-layer blister packaging, you should consider using a combination of materials with good compatibility so that it can be separated and processed more efficiently during recycling to improve energy recovery efficiency.
Improve recycling process
In terms of the process flow of energy recovery, advanced pretreatment technology can be introduced. Before the blister packaging enters the energy recovery link, remove pollutants and impurities on the packaging, such as residual glue, labels, etc. through effective cleaning and sorting steps. For the oil stains that may remain in the blister packaging of metal stamping parts, a special cleaning method is used to ensure the purity of the material. In addition, optimize the core processes of energy recovery such as pyrolysis or incineration. Accurately control parameters such as temperature, pressure and reaction time so that blister packaging materials can be decomposed or burned under optimal conditions to release the most energy. For example, determine the optimal pyrolysis temperature range of different types of blister packaging materials through experiments to avoid energy loss or incomplete decomposition caused by improper temperature.
Establish an efficient recycling system
Establish an efficient logistics and information transmission system from the use end of blister packaging to the recycling and processing end. Through close cooperation with companies using blister packaging, collect used packaging in a timely manner to reduce the energy loss of packaging during storage and transportation. At the same time, use information technology to achieve full monitoring of the blister packaging recycling process, and grasp the information such as recycling quantity, quality and processing progress in real time. This can better coordinate the arrangement of recycling resources and improve the efficiency of the entire energy recovery system.
Promote industry-university-research cooperation and technological innovation
Encourage cooperation between enterprises, universities and scientific research institutions to jointly develop new blister packaging energy recovery technologies. For example, develop new catalytic cracking technology to enable blister packaging materials to be efficiently converted into usable energy at a lower temperature. Or research new energy recovery equipment to improve energy conversion efficiency and equipment stability, thereby fundamentally improving the efficiency of the Blister Packaging Series in the energy recovery process and making a positive contribution to sustainable development.
