Climate change poses a series of challenges to water management to satisfy society's
current and future needs. Considering water an essential resource for life, this research is …

The feasibility of installing rainwater harvesting systems in buildings is usually defined
based primarily on economic analysis. In this perspective, we reviewed the literature related …

The environmental assessment of urban water systems through life cycle analysis can be
facilitated by using a modular approach. This study aimed to use such an approach to …

To further understanding of the environmental implications of rainwater harvesting and its
water savings potential relative to conventional US water delivery infrastructure, we present …

Life cycle assessment methodology along with water footprint analysis was used to assess
the environmental impacts of a domestic rainwater harvesting system (RWH) in France …

There is a common perception that rainwater harvesting (RWH) is an environmentally
sustainable water supply option. This perception is not always precise for all arrangements …

Purpose Due to population growth, urban water demand is expected to increase
significantly, as well as the environmental and economic costs required to supply it …

The reduction in drinking water consumption, also through the reuse and recycling of
unconventional sources of water, has been identified as one of the goals of the sustainable …

Constructed wetland helps to improve the environmental and social values of the inhabited
catchments and their downstream natural water bodies. However, the environmental …

Rainwater harvesting (RWH) is a decentralized approach to meet non-potable water supply
needs and stormwater management goals. Life cycle environmental impacts of RWH …