This project aimed to assess the potential to ‘close the loop’ in Pacific Island agriculture by converting domestic and agricultural wastewater into a stable, pathogen-free, organic fertiliser.
Agricultural communities throughout the Pacific Islands are reliant on expensive imported fertilisers. Ironically, nutrient-rich domestic wastewaters are discharged into groundwater and coastal lagoons where they degrade water quality and impact human health.
This project undertook a comparative, gender-balanced scoping study in two islands with contrasting socio-economic conditions, Tuvalu and Vanuatu. The project assessed the suitability and community acceptability of different waste streams and treatments in order to determine the feasibility and uptake of recovered wastewater nutrients for agriculture in the Pacific.
- Engaging with communities and key stakeholders in Vanuatu and Tuvalu agricultural communities to determine the need, appropriate scale (farm, community, region), available waste streams (pit, agricultural, septic, municipal), acceptability of products, challenges, and agricultural benefits of novel wastewater re-use and nutrient recovery facilities.
- Fostering collaborative relationships with the Live and Learn Pacific Network, the University of the South Pacific and relevant government departments in both countries to support communities in sustaining their environments.
- Determining the volume of potential waste sources and characterise wastes to test novel nutrient recovery wastewater treatment technologies which produces a stable, pathogen-free, organic fertiliser from agriculture and domestic wastewater.
- Engaging women in Pacific Island communities through supporting in-country female project officers.