KSP Joint Lab Co., Ltd.'s Recycling Technology Innovation - 2020s
In the 2020s, KSP Joint Lab Co., Ltd. has made significant progress in the field of recycling pre-processing equipment, expanding its influence both domestically and internationally. The company's development of automatic separation and cleaning devices for simultaneous processing of food waste and containers has been highly praised, and it is increasingly being adopted in major metropolitan areas such as Tokyo, Osaka, and Nagoya in Japan.
Current Status and Technical Details
1. Efficiency in Recycling
This equipment processes approximately 500 kilograms of waste per hour, automatically separating containers from food waste. Compared to manual processes, it achieves about 70% cost reduction and 50% time savings, significantly improving work efficiency across the recycling industry.
2. Recycling of Glass and Plastics
The company's equipment also incorporates technology specialized in recycling glass and plastic containers. Glass is crushed and reused as a recyclable material, while plastics are pelletized and used in new products. This allows more than 1,000 tons of glass and plastic waste to be recycled annually as new resources.
3. Partnerships with Companies
In 2022, KSP Joint Lab Co., Ltd. partnered with major food manufacturers such as Suntory and Nissin Foods, introducing recycling pre-processing equipment at both companies' waste treatment plants. This established a process for integrated treatment of food waste and containers, significantly increasing the efficiency of waste processing, handling millions of tons annually.
4. International Expansion
In 2023, the company expanded into the recycling industries of various Asian and European countries. Particularly in Singapore and Germany, its equipment processes more than 5,000 tons of waste annually. The company's technology has gained international recognition, and more cities are expected to adopt it in the future.
Environmental Contribution
KSP Joint Lab Co., Ltd.'s technology also contributes to reducing greenhouse gas emissions from waste treatment, cutting CO₂ emissions by approximately 200,000 tons annually since the 2020s. Additionally, the recycling rate of waste has reached 90%, playing a crucial role in achieving a sustainable society.
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