Urban sewer networks (SNs) are increasingly facing water quality issues as a result of many
challenges, such as population growth, urbanization and climate change. A promising way …

Water scarcity, either due to increased urbanisation or climatic variability, has motivated
societies to reduce pressure on water resources mainly by reducing water demand …

This paper addresses a literature review on the sewer network modelling and control topic
with the scope of identifying research gaps that, through future research, would lead to …

In many cities, sewer systems are experiencing conditions that are significantly different from
those for which they were designed. Factors such as water conservation efforts, changes in …

Pressures on water resources, which have increased significantly nowadays mainly due to
rapid urbanization, population growth and climate change impacts, necessitate the …

Hydrogen sulfide (H 2 S) generated in sewer networks induces corrosion which today
constitutes the main cause of deterioration of concrete pipes. Information regarding the H 2 …

This in-situ analysis quantifies hydrogen sulfide gas emission from a simulated sewerage
system, with varying slopes between 0.5% and 1.5%, under the dosing of certain mitigating …

LIDs are frequently utilized measures in urban waterlogging management in the world and
the evaluation of their effectiveness through model gets a lot of attention in urban …

Rapid urbanization affecting demand patterns, coupled with potential water shortages due to
supply side impacts of climatic changes have led to the emergence of new technologies for …

Rapid urbanization affecting demand patterns, coupled with potential water shortages due to
supply side impacts of climatic changes, has led to the emergence of new technologies for …