Submitted by the SSI GARDEN CLUB The next Salt Spring Island Garden Club speaker is Georg Janssen with a presentation called ...

RMIT University engineers have created an affordable biosolids-derived activated bio-char called PYROCO. The new bio-char could help the industrial sector reduce pollution and improve bio-oil quality.

Soil contamination poses escalating risks to ecosystems and public health through persistent pollutants such as heavy metals (e.g., cadmium, lead), emerging ...

Researchers have found utilizing biosolids-derived biochar as a catalyst in pyrolysis enhances bio-oil production, supporting eco-friendly energy solutions and waste valorization.

A new study demonstrates biochar-modified titanium dioxide nanocomposites embedded in PVA films for effective dye removal and ...

A new Australian technology could change the way we make oils for everyday products, by turning sewage into something valuable and environmentally friendly. Developed at RMIT University, this ...

Leading sustainable construction solutions provider Holcim UK has created an innovative concrete mix using recycled coffee ...

RMIT's PYROCO™ technology transforms biosolids into sustainable bio-oils, offering a cost-effective alternative to petroleum products for various industries.

Verde Resources Inc. proudly announces the successful completion of its proof-of-concept project at the National Center for ...

New study shows that biofertilisers effectively serve as alternative input that can contribute to long-term sustainability of ...

The world drinks a lot of coffee, which comes at the cost of a lot of coffee waste, but we may have found a way to use it in ...