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| ''A brief overview of {{PAGENAME}} here''
| | MOL PLUS is the [[Corporate Venture Capital|corporate venture capital]] arm of [[wikipedia:Mitsui_O.S.K._Lines|Mitsui O.S.K. Lines]] |
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| ==Investment Focus==
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| Describe the investor's investment focus or thesis. Consider organising them into separate funds if necessary.
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| ==Deep Tech Portfolio== | | ==Deep Tech Portfolio== |
| Describe any notable Deep Tech investments or exits by the investor. Wikilink any startups with [[ ]]. Fill the rest in the table below
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| {{Investor/Portfolio}} | | {{Investor/Portfolio}} |
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| ==Leadership & Team==
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| Describe any notable members of leadership or interesting team composition.
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| ==History==
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| Describe the investor's history if useful or notable
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| == See also ==
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| * List any other pages directly relevant to {{PAGENAME}}
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| == References == | | == References == |
| {{Reflist}} | | {{Reflist}} |
Revision as of 06:31, 17 December 2025
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This page is a stub
It may not be extensive enough to provide a sufficient understanding of the stakeholder or the topic
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MOL PLUS is the corporate venture capital arm of Mitsui O.S.K. Lines
Deep Tech Portfolio
| List of startups in MOL PLUS's portfolio
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| Portfolio
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Description
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| Metro Weather
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Wind prediction solution service using an atmospheric measurement device to visualize air flow in real time
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| Rapyuta Robotics
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AI for the swarm control of robots for logistics and manufacturing
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| Amogy
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Power generation system making hydrogen from liquid ammonia and generating electricity
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| Fleetzero
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Batteries for ships and vessels that can monitor and control heat generation and damage using core battery management and cell management system technologies
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| WOTA
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Small, decentralized water recycling systems with high regeneration rates using an automatic water treatment control systems as their core technology
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| EneCoat Technologies
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Film-type Solar cells thatcan generate electricity on building walls and poles, indoors and on mobility
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| Hycamite
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Generation of turquoise hydrogen and solid carbon by low-temperature methane-splitting technology
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| VFlowTech
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A storage battery system with long duration, high safety, easy size, and even higher storage efficiency and lower cost
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| Regional Fish
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Development of new varieties of marine products and the production and sale of seedlings using genome editing technologies, etc. and smart aquaculture products
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| Mocean Energy
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A device that generates electricity using ocean wave motion and supplies the electricity to underwater inspection and maintenance equipment
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| ARK
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A small, decentralized system of land-based aquaculture to build a mechanism that enables anyone to do aquaculture in any place
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| Atomis
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Development of metal organic frameworks (MOFs) from metal and organic molecules and high-pressure gas containers, CO2 separation, and collection modules using the MOFs technology.
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| Kyoto Fusioneering
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Core systems necessary for nuclear fusion reactors (plasma heating, fuel cycle, air exhaust and fuel removal systems) and plant engineering
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| Emulsion Flow Technologies
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Solutions for recycling the rare metals contained in lithium ion batteries, such as lithium, cobalt and nickel
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| Innovative Space Carrier
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Rockets for launching reusable artificial satellites capable of directly transporting them to a desired orbit
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Note: This list is community-maintained and may be incomplete or contain inaccuracies.
References
