جامعة إكسترا2024-12-112024-12-11https://dspace.academy.edu.ly/handle/123456789/785Globally, water demand increases due to the population growth, urbanisation, industrialisation and improving living standards. Water consumption varies from household to household, region to region and country to country depending on several factors. The largest proportion of household water use generates wastewater which is transferred through centralised sewer systems (separate or combined systems) or discharged in decentralised sewerage systems such as septic tanks (STs). The performance of centralised sewer systems faces many challenges as a result of climate change and urbanisation uncertainties. These two are expected to have serious effects on urban drainage systems resulting in localised flooding due to increased frequency of wet weather events.Globally, water demand increases due to the population growth, urbanisation, industrialisation and improving living standards. Water consumption varies from household to household, region to region and country to country depending on several factors. The largest proportion of household water use generates wastewater which is transferred through centralised sewer systems (separate or combined systems) or discharged in decentralised sewerage systems such as septic tanks (STs). The performance of centralised sewer systems faces many challenges as a result of climate change and urbanisation uncertainties. These two are expected to have serious effects on urban drainage systems resulting in localised flooding due to increased frequency of wet weather events.Simulating the influence of seasonal domestic water consumption and decentralised interventions for mitigating urban flooding