バイオプラスチック
バイオプラスチック
持続可能な社会の実現を目指し、SDGsをはじめとする世界的な動きが加速する中、日本ではバイオプラスチック導入ロードマップが策定され、2030年までにバイオマスプラスチックの使用量を現在の40 倍である約200万トンにまで増やす目標が掲げられています。
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Contributing to the SDGs! Rice biomass plastic "Rice Resin"
What is domestic biomass plastic that utilizes non-edible rice, balancing quality and environmental considerations? [Materials available]
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Contributing to environmental sustainability! Mass balance method biomass plastic
What is the next-generation bioplastic that has become eligible for Eco Mark application with international certification support! [Materials available]
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The basics of plant-derived biodegradable bioplastic polylactic acid (PLA).
A new material attracting attention in the era of reducing plastic! An in-depth explanation by experts on the basics, characteristics, applications, and latest trends of plant-based and biodegradable polylactic acid (PLA) (Part 1).
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Biodegradable bio-plastic derived from plants: the basics of polylactic acid (PLA).
A new material attracting attention in the era of reducing plastic! Experts provide a thorough explanation of polylactic acid (PLA), which is plant-based and biodegradable, covering its basics, characteristics, applications, and the latest trends (Part 2).
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Switching to ISCCPLUS certification, "bioplastics"
Contributing to CO2 reduction with properties equivalent to conventional products! What are the benefits of mass balance bio-based plastics?
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An Easy-to-Understand Explanation of the 'Plastic Resource Circulation Promotion Act'! - [Part 1]
What is the Plastic Resource Circulation Promotion Act? A clear explanation of the initiatives required in the era of SDGs and decarbonization [Part 1]
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A Clear Explanation of the "Plastic Resource Circulation Promotion Act"! - [Part 2]
What is the Plastic Resource Circulation Promotion Act? A clear explanation of the initiatives required in the SDGs and decarbonization era [Part 2]
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