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Progressing to Sustainability: Transforming CO2 and Water to Acetylene

Progressing to Sustainability: Transforming CO2 and Water to Acetylene
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Kyoto , Japan , Tomohiro-isogai , Yuta-suzuki , Harris-science-research-institute , Kyoto-university , Doshisha-university , Environmental-sciences , Daikin-industries-ltd , Innovation-center-at-daikin-industries-ltd , School-of-science , Mathematical-modeling-of-graduate-school-science

Advancing towards sustainability: turning car

<p style="text-align:justify"><strong>Acetylene is an essential precursor in the production of resins and plastics such as PVC, as well as a useful gas in many industrial processes. However, its synthesis requires fossil fuels, making it environmentally taxing. Now, researchers from Japan have developed an innovative electrochemical technique to produce acetylene using carbon dioxide and water as raw materials. This method could greatly reduce the carbon footprint of acetylene synthesis and contribute to sustainable carbon capture technologies. </strong></p>

Japan , Kyoto , Tomohiro-isogai , Yuta-suzuki , Suzuki , Daikin-industries-ltd , Environmental-sciences , Method-of-research , Harris-science-research-institute , Department-of-science-environment , School-of-science , Mathematical-modeling-of-graduate-school-science

Advancing towards sustainability: Turning carbon dioxide and water into acetylene

Advancing towards sustainability: Turning carbon dioxide and water into acetylene
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Japan , Tomohiro-isogai , Yuta-suzuki , Harris-science-research-institute , Daikin-industries-ltd , Innovation-center-at-daikin-industries-ltd , Mathematical-modeling-of-graduate-school-science , Suzuki , Doshisha-university , Department-of-science-environment , Daikin-industries , Assistant-professor-yuta-suzuki

Novel sustainable electrochemical method converts carbon dioxide into carbonaceous materials

Kyoto, Japan (SPX) May 16, 2023 -
Carbon dioxide (CO2) is a major greenhouse gas emitted through various types of human activities. In an effort to decrease humanity's carbon footprint, scientists and policymakers across the globe a

Japan , Kyoto , Electrochimica-acta , Tsubasa-takeda , Yuta-suzuki , Energy-industry-analysts , Doshisha-university , Energy-industry-analyst , Department-of-science-environment , Harris-science-research-institute , Takuya-goto , Direct-electrochemical-formation

Using a Sustainable Electrochemical Technique to Convert CO2 Into Multi-Walled Carbon Nanotubes

Carbon dioxide (CO2) is a major greenhouse gas emitted through various types of human activities. In an effort to decrease humanity's carbon footprint, scientists and policymakers across the globe are continuously trying to explore new methods for reducing atmospheric CO2 emissions and converting them into useful forms

Japan , Tsubasa-takeda , Electrochimica-acta , Yuta-suzuki , Laura-thomsonmay , Doshisha-university , Harris-science-research-institute , Green-hydrogen-industry , Green-hydrogen , Department-of-science-environment , Takuya-goto , Hydrogen-industry-focus

Sustainably Converting CO2 into Multi-Walled Carbon Nanotubes

Carbon dioxide (CO2) is a primary greenhouse gas produced by different human activities.

Japan , Electrochimica-acta , Megan-craig , Tsubasa-takeda , Yuta-suzuki , Green-hydrogen , Doshisha-university , Green-hydrogen-industry , Harris-science-research-institute , Suzuki , Department-of-science-environment , Takuya-goto