However, the sociodemographic or socioeconomic correlates of chemical consumption and exposure are unclear.
wbe but limitedq
However, the sociodemographic or socioeconomic correlates of chemical consumption and exposure are unclear.
wbe but limitedq
Analysis of the Effect of the Use of Food Waste Disposers on Wastewater Treatment Plant and Greenhouse Gas Emission Characteristics
food waste dispoer
This was based on our finding which revealed a positive correlation between the water quality parameters DO, BOD and TC and population.
basic finding but important
Water- and Energy-Efficient Appliances for Circular Water Economy: Conceptual Framework Development and Analysis of Greenhouse Gas Emissions and Water Consumption
didn't use but shower
Shower energy and greenhouse gas efficiency, significance, and reduction opportunities
effect of shoewr
The overall average COD removal is over 88% with few regional differences.
read later
Source identification of surface water pollution using multivariate statistics combined with physicochemical and socioeconomic parameters
seems useful
A mathematical model to plan for long-term effects of water conservation choices on dry weather wastewater flows and concentrations
Can water quality indicators and biomarkers be used to estimate real-time population?
Willingness to pay for nationwide wastewater surveillance system for infectious diseases in Japan
use in conclusions
Water Quality ManagementBy Peter Krenkel
all the WQ GNT
low operating ratios (i.e., utilization degree of the designed treatment capacity) of the plants (76% in counties and 85% in cities) especially for those in north China, although the situation is plant specific because a considerable fraction of plants (19%) are still running under overload condition.
The goal is to go beyond minimizing pollution and find ways to recover wastewater.
Wastewaters have daily emerged from various activities like households, agricultural, and industrial, with huge hydraulic loads and diverse compositions
Wastewater treatment plants (WWTPs) are a focal point for the removal of microplastic (MP) particles before they are discharged into aquatic environments.
The flow values at each measuring point depend on the number of inhabitants in the catchment drained by the sewer system
and therefore those of wastewater. In an urban context, the highest values of COD, TSS, BOD, etc. are usually measured during diurnal hours, with a peak in the morning (more pronounced) and several peaks in the early evening (more distributed)
Toilets produce the most important loads of nitrogen, phosphorus and suspended solids (Gray and Becker, 2002). They represent 60 to 90% of the total flow at the end of the night or early morning and 20–40% during the day.
The PE number of a system influences treatment stability with systems with smaller numbers being less stable
there is a decrease in average BOD discharged as plants increase in size