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Tottori University’s Innovative CO2 Capture Technology Selected for Prestigious NEDO Program
Tottori University is pleased to announce a significant milestone in its commitment to advancing a decarbonized society. On September 1st, 2025, at 4:00 PM, the university’s groundbreaking research and development project, titled “Development of Energy-Saving CO2 Capture Devices for Small- and Medium-Scale CO2 Emission Sources,” was officially selected for the practical development phase of the New Energy and Industrial Technology Development Organization (NEDO) program, “Research and Development of Energy-Saving Technologies for the Realization of a Decarbonized Society and Promotion of Social Implementation.”
This prestigious selection underscores the high potential and practical applicability of Tottori University’s innovative approach to CO2 capture technology. The NEDO program aims to accelerate the research, development, and social implementation of energy-saving technologies that are crucial for achieving a decarbonized society. Being chosen for the practical development phase signifies that the project has demonstrated strong technical feasibility and is now poised for advanced development and eventual market deployment.
The core of Tottori University’s project lies in the development of energy-efficient CO2 capture devices specifically designed for small- and medium-scale emission sources. These sources, which are prevalent across various industries, have historically presented challenges for effective and economical CO2 capture. Traditional large-scale CO2 capture systems are often not cost-effective or practical for smaller operations. Tottori University’s innovative solution aims to bridge this gap by providing a scalable, efficient, and economically viable method for capturing CO2 emissions directly from these numerous sources.
The research team at Tottori University has been diligently working on this technology, focusing on developing capture mechanisms that minimize energy consumption during the CO2 separation and recovery processes. This emphasis on energy efficiency is paramount, as it directly contributes to the overall economic viability and environmental benefits of the system. By reducing the energy footprint associated with CO2 capture, the technology not only helps in mitigating greenhouse gas emissions but also lowers operational costs, making it an attractive option for a wider range of industrial partners.
The selection by NEDO for the practical development phase is a testament to the rigorous research conducted, the innovative design of the capture devices, and the clear potential for real-world impact. This phase will involve further refining the technology, conducting extensive testing, and exploring pathways for social implementation, including potential collaborations with industry stakeholders. Tottori University is committed to working closely with NEDO and its partners to accelerate the transition of this technology from the laboratory to the market.
This achievement reflects Tottori University’s dedication to contributing to global efforts in combating climate change. By developing and deploying advanced CO2 capture solutions, the university aims to empower businesses of all sizes to reduce their carbon footprint and play an active role in building a sustainable future. The successful progression of this project is anticipated to have a significant positive impact on various sectors, fostering a more environmentally responsible industrial landscape. Tottori University expresses its sincere gratitude to NEDO for this valuable opportunity and looks forward to the impactful developments that lie ahead.
「中小規模CO2排出源向け省エネルギーCO2回収装置の開発」がNEDOの「脱炭素社会実現に向けた省エネルギー技術の研究開発・社会実装促進プログラム」の実用化開発フェーズに採択
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鳥取大学 published ‘「中小規模CO2排出源向け省エネルギーCO2回収装置の開発」がNEDOの「脱炭素社会実現に向けた省エネルギー技術の研究開発・社会実装促進プログラム」の実用化開発フェーズに採択’ at 2025-09-01 16:00. Please write a detailed article about this news in a polite tone with relevant information. Please reply in English with the article only.