The effects of microplastics on pea growth and soil health are examined, revealing implications for agriculture and the potential of biodegradable alternatives.

Automation is reshaping solar manufacturing, facilitating the rise of intelligent factories and supporting the development of innovative solar technologies.

Research on microplastic removal technologies highlights the potential of natural extracts and engineered systems to tackle ...

Researchers identify microplastic particles in milk and cheese, highlighting contamination from packaging and processing and ...

A true-to-life simulation platform designed to fast track the deployment of robotics and autonomous systems for offshore wind ...

Photoelectrochemical systems offer a sustainable alternative to fossil fuels, driving clean energy production while tackling ...

CCUS-EOR emerges as a key strategy for climate action, combining carbon capture with oil recovery to improve resource ...

Research led by RMIT University has developed an experimental invention to turn wastewater’s high contaminant load into an ...

Rahman's research on bacterial cellulose reveals a scalable method to create eco-friendly materials, addressing plastic ...

Research shows that green technology innovation significantly reduces PM2.5 and PM10 levels in China's river basins, ...

Kraken – the AI-powered operating system for the energy transition – now orchestrates over 2 GW of power from EVs, home batteries, and heat pumps, creating one of the world’s largest and most advanced ...

Workshops with local Aboriginal communities will build capacity for transforming energy transition projects in NSW’s ...