Research and Development / CVC

Introduction Research
corporate research
Advanced Technology Research Laboratories
In cooperation with Innovation Strategy Department, business divisions, business division research laboratories, and Technology & Engineering Center, we are engaged in research and development on medium- to long-term themes that will lead to the development of next-generation materials and to contributing to the reduction of greenhouse gas emissions and Resources circulation in order to achieve harmony with the global environment and society.
field of study
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functional polymer
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Electronic Materials
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Harmony with the environment
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Fundamental technology
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Industrial science
Technology & Engineering Center
We are involved in the development, design, construction, operation, quality and maintenance of manufacturing processes at Refineries/Complexes in Japan and overseas. In addition to contributing to the stable supply of petroleum and chemical products, we aim to realize a carbon-neutral, recycling-oriented society by utilizing the technologies we have cultivated through these businesses.
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Lubricants
Lubricants Research Laboratory
Since our opening in 1968, we have been engaged in advanced research and development of lubricants and lubrication technology together with our customers. Four product development groups and three basic research groups are engaged in the development of a wide range of products, including automotive lubricants, industrial lubricants, and greases. We are also focusing on developing products that are carbon neutral and contribute to improving the working environment.
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Advanced materials & Performance Chemicals and engineering plastics
Performance Materials Laboratories
We are engaged in research and development and application development of engineering plastics, which are positioned as Functional materials, Advanced materials & Performance Chemicals such as adhesive base materials and liquid rubber, and functional coating materials. Based on the technologies we have accumulated over many years, such as catalysts, synthesis, material design, compounds, and practical evaluation, we provide solutions to diverse needs and create new value.
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Electronic Materials
Electronic Materials Development Center
As a pioneer in OLED light-emitting materials, we develop OLED materials with the world's highest level of performance, and work to develop optimal device configurations that bring out the best performance from the materials. By proposing total solution technologies that meet customer needs, we will contribute to the development of OLED display market.
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asphalt
Bitumen Department Technology Section
We conduct research and development of high-performance asphalt based on six core technologies: polymer alloy, surface active technology, chemical analysis, physical property analysis, pavement damage simulation, and adhesive technology. We support the safety and security of social infrastructure with reliable technology and proposal capabilities.
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lithium battery materials
Battery Material Development Center / Technology & Engineering Development Center
With a focus on solid electrolytes in all-solid-state lithium batteries, we aim to contribute to an electrified society through the development and commercialization of new materials for next-generation batteries. At Battery Material Development Center / Technology & Engineering Development Center, we are developing solid electrolytes that have superior properties, such as thermal stability, compared to flammable electrolytes, which have been an issue with conventional liquid lithium batteries.
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coal and environment
Coal & Environment Research Laboratory
We are the only comprehensive research institute specializing in coal in Japan that strives to realize environmentally friendly coal operations and address various technical issues faced by our customers. We are actively promoting the development of technologies that contribute to the realization of a decarbonized society, such as reducing CO₂ emissions through biomass co-firing and using CO₂ as a chemical raw material.
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CVC
Paper title | Magazine | Author name |
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High-speed melt spinning of syndiotactic polystyrene: Effects of molecular weight and copolymerization on structure and properties of as-spun fibers | AIP Conference Proceedings | Iwamoto T., Oishi E., Kohri Y., Tamura S., Takebe T., Yu Yang, Takarada Wataru, Kikutani Takeshi |
Tropo(thio)ne-embedded homoHPHACs: does the tropylium cation induce global antiaromaticity in expanded hexapyrrolohexaazacoronene? | Chemical Communications | Takase M., Ueno A., Oki K., Matsumoto H., Mori S., Okujima T., Uno H. |
40-3: Distinguished Paper: Realization of Ultra-High Efficient Fluorescent Blue OLED | Digest of Technical Papers. SID International Symposium (Society for Information Display) | Tasaki S., Nishimura K., Toyoshima H., Masuda T., Nakamura M., Nakano Y., Itoi H., Kambe E., Kawamura Y., Kuma H. |
4-2: Student Paper: High-Performance, Coplanar Polycrystalline InGaO Thin-Film Transistor for Large-Area, High-Resolution AMOLED Display | Digest of Technical Papers. SID International Symposium (Society for Information Display) | Rabbi HM, Lee S., Sasaki D., Kawashima E., Tsuruma Y., Jang J. |
Formation of High-Frequency Adapted Copper Clad Laminates Composed of Syndiotactic Polystyrene Films | Transactions of the Japan Institute of Electronics Packaging (Web) | Iwamoto T., Watanabe M. |
Realization of ultra-high-efficient fluorescent blue OLED | Journal of the Society for Information Display | Tasaki S., Nishimura K., Toyoshima H., Masuda T., Nakamura M., Nakano Y., Itoi H., Kambe E., Kawamura Y., Kuma H. |