Pfister, S., Saner, D. & Koehler, A. The environmental relevance of freshwater consumption in global power production.
In terms of all three markers — greenhouse gas emissions, freshwater consumption, and land use — beef is an environmental disaster.
The freshwater consumption was minimized to improve the environmental and economic performance of the process.
Regeneration reuse/recycling of industrial wastewater can effectively reduce freshwater consumption and wastewater discharge amount.
Water system integration with regeneration recycling can reduce freshwater consumption and wastewater discharge to the maximum extent.
Animal agriculture also contributes significantly to freshwater consumption and reduces the amount of arable land, meaning it plays a part in the global hunger crisis.
Studies show with current freshwater consumption trends there would be water stress aggravated by global warming in the near future.
In the first step we present a base case of water network design without water reuse and determine freshwater consumption.
Biodiversity loss, climate change, and increased freshwater consumption are some of the main environmental problems on Earth.
Freshwater consumption, regenerated water flowrate and contaminant regeneration load, are in turn minimized, which correspond to three mathematical models.
The long term sustainability of fossil energy systems depends on reducing their carbon footprint and freshwater consumption.
