Creators of CO2 absorbing plastic DAC Plastic and the development, manufacture, and sale of eco-friendly biomass CO₂ absorbent material Binowa, a functional filler material that can be mixed with plastics and resins to impart CO₂ absorption capabilities.
[画像1: https://prtimes.jp/i/121846/19/resize/d121846-19-a95d5dd1ca2d680184aa-0.jpg ] 株式会社ベホマル（本社：滋賀県草津市、代表取締役：西原麻友子）は、CO2吸収素材「美環(TM)（ビノワ）」を配合した企...
[画像1: https://prtimes.jp/i/121846/14/resize/d121846-14-c589b7e4e15c58b861a0-0.jpg ] CO2を吸収する国産建材『DACストランドボード』■概要 株式会社ベホマル（所在地：滋賀県草津市、代表取締役：西原麻友...
[画像1: https://prtimes.jp/i/121846/17/resize/d121846-17-4d63a346db94c0d2ef54-0.png ] ベホマル、三菱UFJ技術育成財団「研究開発助成金」採択株式会社ベホマル（本社：滋賀県草津市、代表取締役：西原麻友子...
株式会社ベホマル（本社：滋賀県草津市、代表取締役社長：西原麻友子）は、 アジア最大級のオープンイノベーションイベント「Innovation Leaders Summit 2025（ILS2025）」 において、大手企業から多くの興味関...
[画像1: https://prtimes.jp/i/121846/13/resize/d121846-13-c305916e5dec184ce73c-0.png ] 気候変動対策や脱炭素社会の実現が世界的に求められる中、株式会社ベホマル（本社：滋賀県草津市、代表取締役：西原...
[画像1: https://prtimes.jp/i/121846/12/resize/d121846-12-9aa05ea0030d43496221-0.png ] ベホマル、NEDO 2025年度「SBIR推進プログラム（連結型）」に採択株式会社ベホマル株式会社ベホマル（本社：滋賀県草津...
[画像1: https://prtimes.jp/i/121846/10/resize/d121846-10-d9de8fe2ca4bed07f4ce-13.jpg ] 左から、未来ウーマン応援大使 入江 聖奈、(株)ベホマル代表 西原 麻友子、内閣府特命担当大臣（男女共同参画）・女...
[画像1: https://prtimes.jp/i/121846/8/resize/d121846-8-ea9dc9af3c639eccd802-0.jpg ] 開催URL：https://kmfg-warakado.en-jine.com/projects/behomal-binowa-01 株式会社ベホマル（以下ベホマル、本店：滋賀...
[画像1: https://prtimes.jp/i/121846/7/resize/d121846-7-8d8d5cd81759e7121c48-7.jpg ] プラスチックをCO2吸収化させる樹脂用添加剤「バイオマスCO2吸収材」の開発製造販売を行う株式会社ベホマル（本社：滋...
[画像1: https://prtimes.jp/i/121846/6/resize/d121846-6-55883d41ef2615e372e3-1.jpg ] 株式会社ベホマルは、120を超える企業団体の応募があった日本青年会議所主催『第８回価値デザインコンテスト』にファイ...
株式会社IBSと株式会社ベホマルは2025年日本国際博覧会（大阪・関西万博、EXPO2025）の大阪ヘルスケアパビリオンに共同出展します。テーマは「グルコースによるポータブル環境循環システム」です。IBSはグルコー...
この度、2024年1月23日（火）に女性社長.netにより発表された「J300アワード」にて、滋賀県で初めての、大賞「プラスチックがCO2を食べる！バイオマスCO２吸収剤の開発で社会を変革するで賞」をいただきました...
株式会社ベホマルはエコテックグランプリ2023に参加し、「三洋化成賞」を受賞しました。 表彰に際し、講評では「CO2回収はどこの企業も検討を進めているが、大きなもの大きなもの、という頭になりがちだったが...
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.
A startup originating from Kyoto University’s Disaster Prevention Research Institute that provides integrated water resources management (IWRM) services. We offer customized, sector-specific solutions powered by three core capabilities: water-cycle analysis based on 30 years of research, a global database containing 250 years of hydrological and physical data, and an analytical platform that forecasts and visualizes regional water resources. By quantitatively assessing how climate change, human activities, and land-use changes impact agriculture, industry, cities, power generation, and ecosystems, we help businesses and municipalities identify and disclose water-related risks and implement effective adaptation measures.
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.
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.
