Denso

companyJapan 5 mentions

Automotive components, thermal systems

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Projects

Solid oxide electrolyzer development

Denso's project to develop solid oxide electrolyzer technology that generates hydrogen from steam at 600–800°C, achieving 10–20% higher efficiency than other electrolyzer types.

announced 1 mention

Joint demonstration testing of SOEC technology

Conducting demonstration testing at a JERA thermal power station using Denso's 200 kW SOEC technology, with plans to scale up to multi-thousand kW levels.

planned 1 mention

Denso and JERA Waste Heat Utilization Collaboration

Collaborative project between Denso and JERA to use waste heat for efficient hydrogen production, showcasing industrial symbiosis in energy sectors.

announced 1 mention

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Research studies

Solid oxide electrolyzer technology

Research studies

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Often mentioned with · Technologies

Solid Oxide Electrolyzer Cell (SOEC)

The mode of operation for solid oxide cells when used for electrolysis, typically to produce hydrogen.

Hydrocarbon-based electrolyte membrane

Toray's improved PEM electrolyte membrane that uses hydrocarbons in place of fluoride, offering higher production efficiency and lower hydrogen production costs.

Iridium oxide nanosheet catalyst

Toshiba's innovation that reduces iridium content in PEM electrolyzer electrodes by 90% while maintaining the same output and durability.

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Often mentioned with · Locations

Nagoya, Aichi Prefecture

Nagoya, Aichi Prefecture

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Often mentioned with · Projects

Raven SR W2E H2 Project

A waste-to-energy hydrogen initiative in Europe by Raven SR, described as pioneering in the waste-to-hydrogen sector.

announced 1 mention

Iridium oxide nanosheet catalyst development

Toshiba's project to develop a catalyst that reduces iridium content in PEM electrolyzers by 90% while maintaining output and durability, addressing the cost bottleneck of rare metal electrodes.

operational 1 mention

Alkaline electrolyzer with nanoscale catalysts

Panasonic Holdings' project to develop innovative alkaline electrolyzers using nanometer-scale nickel and iron catalysts to reduce production costs and increase production efficiency.

planned 1 mention

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Often mentioned with · Facilities

compact hydrogen fuel station

Brunel University testing facility

Often mentioned with · Products

50kW hydrogen auxiliary engine

A hydrogen-powered auxiliary engine designed for maritime applications. Will be tested at Brunel University and deployed on a K-class cargo vessel for the Irish Sea trial.

Waste-to-hydrogen gasification system

Advanced gasification technology that converts waste materials, including biomass and non-recyclable products, into electricity, heat, and hydrogen gas while producing biochar for carbon sequestration.

Often mentioned with · People

Jeremy Howard-Knight

Often mentioned with · Research studies

Solid oxide electrolyzer technology

Biogas production from human waste microbes

Hydrocarbon-based electrolyte membranes for PEM electrolyzers

Research studies

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In the news (5)

JERA and DENSO Kick Off Japan’s First SOEC Hydrogen Production Demo at Shin-Nagoya

9 months 7 days ago

Founded in 1949, DENSO is one of the world’s largest automotive components manufacturers, recently expanding into clean energy technologies like SOEC systems for hydrogen production, leveraging expertise in heat management and automotive systems[1][2][3][4].

Green Hydrogen Research and Semiconductor Manufacturing Highlight Uttar Pradesh–Japan Partnership

10 months 22 days ago

DENSO signed an MoU with UP authorities to set up an EV motor generator plant in Gautam Buddha Nagar.[2]

From Waste to Waves: Hydrogen Powered Ship Trials Zero-Emission Journey

1 year 7 months ago

Collaborating on waste heat utilization for hydrogen production, mentioned as part of broader industry advancements.

New Denso and JERA Partner to Harness Waste Heat for High-Efficiency Hydrogen with SOEC Tech

1 year 10 months ago

A global leader in mobility solutions, Denso is partnering with JERA to develop high-efficiency hydrogen generation technology using SOEC, leveraging waste heat. They are also collaborating with Ceres Power Holdings on SOEC technology.

Cheaper green hydrogen technology developed by Japanese manufacturers

3 years ago

Japanese automotive supplier developing solid oxide electrolyzer technology that operates at 600–800°C, achieving 10–20% higher efficiency than other electrolyzer types.

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