Our company provides stand-alone power supply systems powered by FLEXIINA®, a flexible thermoelectric generation module that efficiently recovers electricity from low-temperature waste heat below 300°C with superior cost performance. Utilizing this technology, we propose new business partnerships with our customers in areas such as kW-scale energy efficiency solutions and battery-free power for IoT devices.
  株式会社Eサーモジェンテック（本社：京都市、代表取締役：岡嶋 道生）の水冷式集熱コア内蔵熱電発電チューブ『S2-Cシリーズ』が、資源エネルギー庁の令和7年度補正予算「省エネ・非化石転換補助金（工...
株式会社Eサーモジェンテック（本社：京都市、代表取締役：岡嶋 道生）は、通常の熱電材料BiTeによるフレキシブル熱電発電モジュール「フレキーナ」の開発に成功し、それを用いて、環境中に排出されている莫大...
Leveraging world-leading autophagy measurement technology, we provide end-to-end solutions from material evaluation and supplement/cosmetic development to drug discovery research. A startup demonstrating results in international competitions, aiming for the societal implementation of extended healthy lifespans.
Founded in 2022 as a startup originating from Kyoto Prefectural University, Future Food R＆D Center focuses on the development of rice cultivation technologies centered on “Kyo-no-Yume (Kyoto Dream),” a dwarf rice variety approximately 20 cm tall. This variety enables multi-layer and year-round cultivation in indoor facilities. Leveraging its suitability for grain production in plant factories, the company envisions food production in repurposed schools, vacant urban buildings, and arid regions. In addition, the company conducts research in environmentally sustainable agriculture and edible insects as core research themes, expanding into product development and consulting services. It also engages in the sale of Kyo-no-Yume seeds and related products, as well as contract research projects.
A startup manufacturing high-quality GeO2 substrates for next-generation power semiconductors that reduce power loss using proprietary technology. It provides stable supply of materials that were previously difficult to obtain, supporting efficient power conversion for realizing GX.
A Kobe University-spinoff startup that creates useful chemicals—such as pharmaceutical and agricultural chemical raw materials and intermediates—by utilizing biogas (methane) derived from sewage, livestock manure, and food waste; chlorine produced by seawater electrolysis; and oxygen in the air for photoreactions.