01 장애인 배려 설계 Barrier Free 적용
02 Stainless Steel 제작
03 보상시스템
Why an Unmanned Used Battery Collection Machine Is Needed
Every year, the amount of used batteries generated from households and businesses continues to increase.
However, due to the lack of collection points and the inconvenience of separate disposal,
many batteries are still thrown away together with general waste.
These discarded batteries are not just ordinary trash –
they have become a major cause of environmental pollution and safety hazards.
Environmental pollution:
Heavy metals inside batteries (such as mercury and lead) contaminate soil and water.
Fire risk:
When batteries are incorrectly disposed of as general waste, they can cause fires at incineration plants.
Resource waste:
Batteries contain recyclable metals such as nickel, zinc, and iron.
In short, used batteries may look small, but they carry big risks—and at the same time, they are a valuable resource.
What is an Unmanned Used Battery Reverse Vending Machine?
It is an unmanned collection device designed to allow users to easily dispose of used batteries.
When a user inserts batteries, the internal recognition unit detects them, automatically sorts and stores them, and calculates the collected amount to provide rewards.
Through its communication module, data is sent to the payment gateway (PG) company and the central management system, enabling automatic reward payments.
Administrators can use the statistical data to establish, develop, and manage more effective policies.
[A Safe and Efficient Collection System Enabled by Unmanned Collectors]
Once an unmanned collection machine is installed, anyone can safely dispose of used batteries at any time.
Available 24 hours a day, the unmanned collector simplifies complicated separation and disposal procedures, and enables efficient collection and transportation based on data.
By combining resource recovery with instant rewards, it encourages voluntary participation and supports the implementation of sustainable environmental policies and equipment.
| 01 Vision technology Simultaneous recognition of 1 to 10 batteries |
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| 01 Collection and Sorting of Used Batteries | Used batteries collected through the unmanned collection machine are sorted by type. Alkaline batteries mainly contain zinc (Zn) and manganese (Mn) as their primary components, making them highly efficient for metal recovery.  |
| 03 Utilization as Resources | The separated metals are recovered as high-purity metal materials through chemical leaching and precipitation processes, and then recycled in various industrial fields.
For example, processing 10,000 tons of alkaline batteries can recover approximately 3,000 tons of manganese and 1,500 tons of zinc. |
