LEP is a startup from Osaka University developing glowing plants. Leveraging its proprietary bioluminescent protein technology, LEP has successfully created plants that emit light without using electricity, with the capability to produce multi-color luminescence across a wide range of plant species. LEP aims to combine ornamental value with reduced environmental impact cutting CO₂ emissions.
株式会社LEP（本社：大阪府大阪市北区、代表取締役CEO：高元 丈治、以下 LEP）は、2026年9月19日（土）～22日（火）の期間、ROKU KYOTO, LXR Hotels & Resorts（京都市北区、総支配人：荒木 昌志、以下 ROKU ...
[画像1: https://prtimes.jp/i/174582/1/resize/d174582-1-ce9640f5909c1a3990c8-9.jpg ] 電力を使わずに自ら光る植物を開発する株式会社LEP（本社：大阪府大阪市、代表取締役CEO：高元丈治、以下「LEP」）は、京...
We provide consulting services to support the nature-positive initiatives of our clients including corporations and municipalities across a wide range of industries, such as agriculture, forestry, fisheries, the environment, landscaping, and urban design. We support the quantitative assessment and restoration of ecosystems based on ecology, microbiology, DNA analysis, GIS, field surveys, and the utilization of beneficial microorganisms. The services include evaluating and improving the functions such as carbon sequestration, water conservation, and biodiversity, of forests and green spaces, TNFD, farming support, and agricultural material development support.
Revo Energy sells a plant that enables the complete self-sufficiency of biodiesel production, with zero raw material costs. The plant cultivates euglena using a proprietary method of heterotrophic cultivation, where nutrients refined from rice are fed to the euglena, resulting in a rapid increase in the number of euglena in a short period of time. The resulting oil is then refined and turned into the first 100% HVO biofuel in Japan. This technology will solve problems faced by logistics companies.
Rera Tech Inc. was established as a startup from the Air-Sea Laboratory at Kobe University and operates under an Academia-Industry Collaboration framework. The company provides wind resource assessment and related consulting services for wind energy development, delivering integrated measurement, simulation, and analysis for wind resource assessment. By leveraging meteorological data and ICT technologies, RTI contributes to innovative wind energy solutions and the realization of a sustainable energy society.
To address the global challenge of CO₂ reduction, we are developing integrated technologies that enable carbon capture, fixation, and conversion into fuel and valuable resources. Our key proprietary initiatives include CCFR, which captures CO₂ emitted from factories at low cost and converts it back into fuel. Through Direct Air Capture (DAC), we directly remove CO₂ from the atmosphere and mineralize it for permanent storage. The mineralized carbon is further utilized as a raw material for solidification agents and as Green Carbon Fertilizer for agricultural applications, contributing to the realization of a sustainable circular society.
