Moisture removal and water recovery from the air are vital for regulating indoor humidity mitigating scarcity. Most atmospheric harvesters (AWH) focus primarily on increasing moisture capture rate, but it to be economical sustainable, is essential consider energy required recover harvest captured water. Here, a mechanically flexible, biphilic sorption-based AWH made of green, environmentally fr...

In this paper, we design a water resource allocation mechanism which plays the role of incentives for promotion of the water use efficiency and productivity by taking water distribution for enterprices as an example. It firstly divided the water allocation problem into three cases according to the relationship among amounts of water allocatable and demanded for enterprises. By discussing the th...

In order to supply drinking water efficiently, aspects such as saving energy and resources become more and more relevant besides the task of ensuring water quality. In this context, simulating water supply networks is of increasing importance as it helps water suppliers to estimate and improve effectiveness of their facilities with respect to economy and ecology. However, modeling and computing...

Current centralized urban water supply depends largely on energy consumption, creating critical water-energy challenge especially for many rapid growing Asian cities. In this context, harvesting rooftop rainwater for non-potable use has enormous potential to ease the worsening water-energy issue. For this, we propose a geographic information system (GIS)-simulation-based design system (GSBDS) t...