321Catalyst LP

United Statesjp.mitsuichemicals.com/en

321Catalyst LP is a U.S.-based corporate venture capital fund launched in May 2025 by Mitsui Chemicals, Inc., a major Japanese chemical manufacturer. With a committed capital of $60 million and a 10-year term, the fund focuses on seed-stage and subsequent investments in innovative startups worldwide.

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The fund targets a broad range of industries, including Life & Healthcare, Mobility, ICT, Sustainability, and emerging sectors. Its primary objective is to foster global innovation partnerships and accelerate the development of new products and businesses aligned with Mitsui Chemicals' Long-Term Business Plan VISION 2030, which emphasizes solutions-based business models.

Structurally, 321Catalyst LP is managed by its general partner, 321Catalyst Ventures, Inc., a wholly owned subsidiary of Mitsui Chemicals America, Inc. The limited partner is 321Indigo Ventures, Inc., another 100% subsidiary of Mitsui Chemicals. The fund is headquartered in San Jose, California.

As Mitsui Chemicals' second independent CVC fund—following the 2022 launch of 321FORCE™—it strengthens the company's position in open innovation within the chemical and materials industry. It supports portfolio transformation through strategic equity investments and collaborations, including in biotechnology and sustainability-focused startups.

Operating globally, the fund positions Mitsui Chemicals as an active player in corporate venturing, bridging traditional chemical manufacturing with cutting-edge technologies in biotech, mobility, and digital solutions.

Also known as 321Catalyst™.

Projects 321Catalyst is involved in

None yet. When a new project in the record names 321Catalyst as owner, partner or investor, it shows here.

Active projects close to 321Catalyst

321Catalyst in chemical industry news

29 October 2026
Mitsui Chemicals invests in iOrganBio to advance human cell and organoid manufacturing

Links Mitsui's materials and InnoCell plates with an AI-driven closed-loop platform to improve uniformity and manufacture of human cells and organoids for drug discovery and regenerative medicine.