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Wang Lab (Nagoya University)

@WangLab_Nagoya

Our team develops novel materials, approaches and technologies to store solar energy into renewable fuels via artificial photosynthesis for net-zero emission.

 Aichi, Japan
material.nagoya-u.ac.jp/wang-lab/
Joined October 2024
  • Tweets13
  • Following14
  • Followers18
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Photo by Wang Lab (Nagoya University) (@WangLab_Nagoya)Photo by Wang Lab (Nagoya University) (@WangLab_Nagoya)Photo by Wang Lab (Nagoya University) (@WangLab_Nagoya)
🔬⚡️Our collaborative research with Chulalongkorn University has been published in @ACS_AMI ACS Applied Materials & Interfaces.🎆♻️ #SustainableAmmoniaProduction #BifunctionalCatalyst pubs.acs.org/doi/10.1021/acs…
Binder-Free Nickel Borate/Nickel Hydroxide Bifunctional Catalyst for Coupled Nitrate Reduction and...

Binder-Free Nickel Borate/Nickel Hydroxide Bifunctional Catalyst for Coupled Nitrate Reduction and...

Abstract. The accumulation of nitrate (NO3–) from agricultural runoff poses a growing threat to ecosystems and public health. Converting nitrate into ammon

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💫Honored that our collaborative work with City University of Hong Kong on 2D Transition Metal Dichalcogenides for Photocatalysis has been recognized as one of the Top 10 most-cited papers of 2023 in @angew_chem Angewandte Chemie International Edition. 🎉 #Photocatalysis
Image from Wang Lab (Nagoya University) (@WangLab_Nagoya)
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Wang Lab (Nagoya University) retweeted
Reisner Lab (@ReisnerLab) profile picture
Reisner Lab@ReisnerLab2 Apr 2025
Our alumna Qian Wang promoted to full professor at @NagoyaUniv 🥳🥳 Check out the amazing #science on artificial #photosynthesis that she is developing in her group 🌱☀️ material.nagoya-u.ac.jp/wang…
名古屋大学 マテリアル工学科 Wang Lab. | HOME(EN)

名古屋大学 マテリアル工学科 Wang Lab. | HOME(EN)

東海国立大学機構名古屋大学大学院 工学研究科 物質プロセス工学専攻 エネルギー変換・触媒材料創成工学講座 王研究室のWebサイトです。人口光合成を通じて太陽エネルギーから再生可能燃料を供給するための新たなマテリアル、アプローチ、テクノロジーに関する研究を行っています。

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🎉Congratulations to Professor Wang on her promotion to Professor at the Graduate School of Engineering, Nagoya University! 👏 🌟We are excited to celebrate this well-deserved achievement and wish her continued success in all her future endeavors!🥳
Image from Wang Lab (Nagoya University) (@WangLab_Nagoya)
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🚀 Exciting news! Our paper has been featured on the Editors' Highlights webpage of @NatureComms under the 「Catalysis」section! 🔋 🔎 Paper link nature.com/articles/s41467-0… 🙌Editors' Highlights page nature.com/ncomms/editorshig… #SolarEnergy #Catalysis #Sustainability
A scalable solar-driven photocatalytic system for separated H2 and O2 production from water

A scalable solar-driven photocatalytic system for separated H2 and O2 production from water

Nature Communications - Photocatalytic water splitting offers a sustainable method for producing green hydrogen but faces challenges due to inefficient materials and systems. Here, the authors...

nature.com
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🪩It’s exciting to see their interest in green hydrogen and artificial photosynthesis in our lab. A warm welcome to all the students who wish to join us!🥰
名古屋大学｜Nagoya Univ. (@NagoyaUniv_info) profile picture名古屋大学｜Nagoya Univ.@NagoyaUniv_info11 Mar 2025
Replying to @NagoyaUniv_info
王研究室「WANG LAB.」を訪問したら、ちょうど 工学部3年生が参加するオープンラボに遭遇👀 グリーン水素、人工光合成といった脱炭素社会に貢献 する研究分野に学生たちも関心を寄せているんですね ３班に分かれて見学するほどにぎわっていました😊 material.nagoya-u.ac.jp/wang…
Image from 名古屋大学｜Nagoya Univ. (@NagoyaUniv_info)
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🔬⚡️We are pleased to announce our latest paper on a scalable solar-driven photocatalytic system in @NatureComms !🎉🌏 📌Learn more here nagoya-u.ac.jp/researchinfo/… 🔎Also published on 「日本の研究.com」 research-er.jp/articles/view… #HydrogenProduction #SustainableEnergy
実用化へ大きく前進！革新的な光触媒システムを開発 ～水から水素と酸素を分離生成、逆反応を抑制して高効率化～

実用化へ大きく前進！革新的な光触媒システムを開発 ～水から水素と酸素を分離生成、逆反応を抑制して高効率化～

名古屋大学大学院工学研究科の王 謙（オウ ケン） 准教授、呉 亜強（ウ　ヤジャン） 特任助教、櫻井 拓弥 博士前期課程学生らの研究グループは、信州大学/東京大学の堂免 一成 教授、山東大学の王 朋（オウ　ポン） 教授らの研究グループとの共同...

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🔬⚡️Thrilled to present our latest work on sunlight-driven water splitting for sustainable hydrogen production!💧💫 We explore breakthroughs in photocatalytic systems, tackling efficiency and scalability challenges.🌏♻️ frontiersin.org/journals/sci… #RenewableEnergy #WaterSplitting
Frontiers | Photocatalytic water splitting for large-scale solar-to-chemical energy conversion and...

Frontiers | Photocatalytic water splitting for large-scale solar-to-chemical energy conversion and...

Sunlight-driven water splitting allows renewable hydrogen to be produced from abundant and environmentally benign water. Large-scale societal implementation ...

frontiersin.org
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🔬⚡️Our group has released a research paper on efficient PET recycling!🌟📍 This breakthrough offers a sustainable solution to tackle plastic waste, with high catalytic efficiency and eco-friendly processes. ♻️🎯sciencedirect.com/science/ar… #Sustainability #PETRecycling
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🔬⚡ Check out our new review on Professor Kazunari Domen's pioneering contributions to solar-driven water splitting! ☀️🌏 Read more about his pioneering contributions in the field! cjcatal.com/CN/10.1016/S1872…🔋💡 #SolarEnergy #Sustainability #ArtificialPhotosynthesis
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Excited to share our collaborative paper with the University of Cambridge @ReisnerLab 🧪🌱on the semiartificial colloidal Z-Scheme on enzymatic solar-driven CO2 reduction, now published in @J_A_C_S! 🌍☀️ #Sustainability #SolarEnergy
Reisner Lab (@ReisnerLab) profile pictureReisner Lab@ReisnerLab17 Oct 2024
A semiartificial colloidal Z-Scheme: follow the electrons from water-to-O2 to CO2-to-formate ⬆️↘️⬆️☀️ Great work on enzymatic #solar-driven #CO2 reduction by @YongpengLiu and @Ariffinerino, now out in @J_A_C_S. pubs.acs.org/doi/10.1021/jac…
Solar Fuel Synthesis Using a Semiartificial Colloidal Z‑Scheme

Solar Fuel Synthesis Using a Semiartificial Colloidal Z‑Scheme

Abstract. The integration of enzymes with semiconductor light absorbers in semiartificial photosynthetic assemblies offers an emerging strategy for solar f

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🌱Welcome to Wang lab! If you are interested in artificial photosynthesis, please follow us ~ Join us on this sustainable journey🌏! #ArtificialPhotosynthesis #photocatalysis #cleanenergy
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