Company: INV
Filing Date: 2025-04-23
Form Type: 424B3
Source: 0001628280-25-019356
Chunk: 96

Company: Innventure, Inc.
Filing Date: 2025-04-23
Form: 424B3
Chunk 96
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 is sold to consumers. These package formats include, but may not be limited to, rigid, stand cap, or pouch packaging. Some of these package formats may also incorporate some type of air chamber as an added feature.

While many options exist for advanced recycling of plastic waste, few processes have achieved meaningful global success in the market. Mechanical recycling is the incumbent technology that accounts for most of the 9% of plastics recycling today. However, Refinity primarily considers players with thermal depolymerization and pyrolysis recycling technologies as potential competitors. Firms such as Alterra, Brightmark, Plastic Energy, Mura/Licella, Eastman Chemical, and ExxonMobil use thermochemical conversion processes to convert plastic waste to hydrocarbon liquids.

Materials from mechanical recycling can only be used in niche applications and as such have limited market potential, while producing hydrocarbon liquids and gases as raw materials for the petrochemical industry which can be directly or indirectly used into virgin polymer supply chains have greater market potential. Refinity believes that its fluidized bed processing technology can utilize mixed plastic waste with minimal sorting and pretreatment, so

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Refinity expects to enable better economic viability than competing processes. The resulting hydrocarbon liquid (e.g., naphtha substitute) and gas (e.g., olefins including ethylene and propylene) products can be fed directly into the existing olefins supply chain, providing access to large end markets. Refinity believes that the greatest competitive advantage of our fluidized bed technology versus other competing thermochemical conversion technologies and companies is higher yield of plastic waste to drop-in chemical products. Compared to pyrolysis conversion of plastic waste to pyrolysis oil, Refinity believes that its fluidized bed process yield to hydrocarbon liquids will be 30-50% higher.

#### Intellectual Property
AeroFlexx is commercializing a liquid packaging technology that was initially developed by P&G. P&G granted AeroFlexx a worldwide license under an Amended and Restated Patent and Know-How License Agreement dated October 25, 2021, between P&G and AeroFlexx for a proprietary flexible package using an air frame and an integrated valve or closure, along with methods of manufacturing. AeroFlexx has developed and owns IP for trademarks and in improvements solely developed by AeroFlexx to the package around materials and recyclability, and those improvements are in the form of AeroFlexx trade secrets and issued and pending patents.

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