The Korea Institute of Science and Technology has developed a technology that uses photovoltaic energy for producing hydrogen peroxide, replacing a thermochemical process that requires high energy and creates environmental issues.
The thermochemically produced organic solution was used by the study team to create a photocatalytic reaction solution, which improved the photocatalyst's capacity for oxygen reduction.
The research team employed solar energy to manage the photocatalyst and organic solution, and they were able to produce 5.3 percent hydrogen peroxide per unit hour and a gram of photocatalyst, which is five times more than the minimal industrial output standard.


Anthropic Revenue Surge Signals Strong AI Market Momentum in 2026
ECB Signals Possible Rate Hike as Middle East Tensions Push Euro Zone Inflation Higher
How America courted increasingly destructive wildfires − and what that means for protecting homes today
Japan Manufacturing Growth Slows in May as Services Sector Stagnates Amid Rising Middle East Supply Costs
Fed Signals Possible Rate Hikes if Inflation Remains High in 2026
Tencent Shares Jump 4% as AI Models Move Toward Paid Commercial Services
Jared Isaacman Confirmed as NASA Administrator, Becomes 15th Leader of U.S. Space Agency
GesiaPlatform Launches Carbon-Neutral Lifestyle App ‘Net Zero Heroes’
NHS shakeup: if it sounds like we’ve been here before, it’s because we have
Analog Devices Nears $1.5B Acquisition of AI Chip Firm Empower Semiconductor
OpenAI Expands Globally with First Overseas AI Lab in Singapore
X Corp Loses Legal Battle Over Australia Child Safety Fine
Google Expands AI Partnership With Singapore Government
Neuralink Plans High-Volume Brain Implant Production and Fully Automated Surgery by 2026
SpaceX Delays Starship V3 Launch Ahead of Potential Record IPO
China vs. NASA: The New Moon Race and What's at Stake by 2030 



