Bacterial communities in soil are as resilient to human urine as synthetic fertilizers -- making recycling the bodily fluid as a fertilizer for agricultural crops a viable proposition. Bacterial ...

Scientists aim to convert human urine into hydroxyapatite for dental and bone implants. A synthetic yeast system was developed to transform urine into a biocompatible mineral. Hydroxyapatite is ...

A Stanford-led research team has developed a system that converts human urine into fertilizer using solar power. The prototype offers a sustainable solution for sanitation, agriculture, and energy ...

Bacterial communities in soil are as resilient to human urine as synthetic fertilisers – making recycling the bodily fluid as a fertiliser for agricultural crops a viable proposition, according to a ...

A research team from Stanford University has developed a prototype that uses solar energy to extract nutrients from human urine to create a sustainable fertilizer. They presented the system in ...