The aim of this paper is to highlight key social and economic drivers crucial to understanding
community acceptance and adoption of decentralised water systems. The review focused on …

Within the literature, concerns have been raised that centralised urban water systems are
maladapted to challenges associated with climate change, population growth and other …

Many cities are moving towards increased use of recycled water to meet water demand due
to freshwater scarcity, population growth, urbanisation and climate change. Water recycling …

Advanced oxidation technologies (AOTs) have been widely investigated for their potential
application in post-tertiary sewage treatment due to their ease of operation, high efficiency in …

Innovations are being proposed in many countries in order to support change towards more
sustainable and water secure futures. However, the extent to which they can be …

In this study, we compared two different types of decentralised systems in South East
Queensland (SEQ) designed to produce Class A+ recycled water, and assessed their …

Sustainable urban water consumption has become a critical issue in Australia due to
increasing urbanization, the country's dry climate and its increasingly variable rainfall. Water …

Effective water governance is essential for sustainable global futures. However, conflicting
water values increases tension in water governance, highlighting the need for governance …

Rainwater tank maintenance is a key social behavior in our changing environment, as tanks
are being adopted worldwide to augment household water supplies and reduce urban water …

This study examines biophysical and socio-demographic factors potentially affecting water
use patterns of households with mandatory rainwater tanks in South East Queensland …