Reborn Materials, a leader in enzyme-enhanced biodegradable plastics, has announced two major strategic moves aimed at transforming sustainability practices across the global plastics industry. The company’s acquisition of AI and data analytics firm B2En Co., alongside an academic partnership with Occidental College, reflects its ambition to set new benchmarks in lifecycle analysis (LCA) and biodegradable technology innovation.

The acquisition of B2En Co. will enable Reborn Materials to develop an advanced AI-based LCA platform. This system is designed to offer precision tracking of biodegradation efficiency and provide verifiable environmental, social, and governance (ESG) data on a global scale. By integrating artificial intelligence into lifecycle assessments, the platform aims to help industries and regulators tackle the persistent challenge of plastic pollution with transparent and data-driven insights.

Under the investment agreement, Reborn Materials Holdings and three other investors acquired a combined 30.2% stake in B2En, totaling 13,844,719 shares. The shares, purchased from existing stakeholders such as EXTWINS Fund No. 1, are valued at approximately KRW 19.9 billion ($15.7 million USD or €12.3 million). Reborn Materials Holdings alone now owns 6,525,533 shares (12.84%), making it the largest single shareholder in B2En.

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“The fundamental problem with plastic waste management has historically been systemic rather than material-focused,” said Jason Kang, COO of Reborn Materials. “Leveraging B2En’s AI analytics allows us to transparently measure biodegradation efficiency and deliver verifiable ESG data.”

In parallel, the company has joined forces with Occidental College in a strategic academic collaboration. This initiative will focus on developing next-generation enzyme technologies and sustainable plastic solutions. Research teams will be led by Occidental’s Professor Vikram Shende and Dr. Samantha Kelly from Reborn Materials’ enzyme engineering division.

“This collaboration with Occidental College represents more than academic research,” Kang added. “It signifies a new, practical model for solving environmental challenges through industry-academic partnerships. We expect this to become a benchmark for sustainability-driven innovation.”

These partnerships are part of Reborn Materials’ broader strategy to strengthen its position in international ESG markets. The company believes these initiatives could pave the way for new global standards in transparency and sustainable practices throughout the plastics value chain.

The announcement comes amid growing interest in AI-powered sustainability tools across industries. Recently, companies like Unilever, Amcor, and Asahi began trialing Greyparrot’s AI waste intelligence platform, which provides product-level recyclable waste data and tracks packaging performance through the waste management system. Similarly, Antares Vision Group and Oròbix launched an AI-driven visual inspection system capable of identifying impurities, defects, and anomalies with higher precision and efficiency.

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By advancing AI-enabled lifecycle analysis and deepening research collaborations, Reborn Materials is positioning itself at the forefront of innovation aimed at curbing plastic pollution and supporting a circular economy.

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Source: Packaging Europe