Desalination plants could become net absorbers (rather than net emitters) of CO2. Thermal decomposition of salts in desalination reject brine can yield MgO which, added to the ocean, would take up CO2 through conversion to bicarbonate. The process proposed here comprises dewatering of brine followed by decomposition in a solar receiver using a heliostat field
The explosive increase in world population, along with the fast socio-economic development, have led...
Given the growth of the world's population and climate change, a lack of clean water has become a ma...
Seawater represents a potential resource to ensure sustainable availability of water for population ...
Desalination plants could become net absorbers (rather than net emitters) of CO2. Thermal decomposit...
To limit global warming, governments and industries are engaged in reducing emissions of CO2. There ...
Desalination plants are known to discharge large value of brine as waste from the distillation proce...
CO2 mineralization is a method of sequestering CO2 in the form of carbonated minerals. Brine dischar...
Desalination is a process that involves the removal of salts and non-ionic minerals from seawater to...
In the first section of this work we hope to add to the science of brine management in desalination....
Seawater desalination is the main source of water in areas where it is scarce. Reverse osmosis is am...
It is becoming increasingly recognized that the flood of anthropogenic CO2 into the atmosphere shoul...
Drinking Water plays an important role in human society and its consumption is increasing significan...
AbstractBrines up to 85,000 ppm total dissolved solids produced during Carbon Capture and Storage (C...
Seawater represents a potential resource to ensure sustainable availability of water for population ...
Global water resources face a number of challenges. Growing global population and rising standards o...
The explosive increase in world population, along with the fast socio-economic development, have led...
Given the growth of the world's population and climate change, a lack of clean water has become a ma...
Seawater represents a potential resource to ensure sustainable availability of water for population ...
Desalination plants could become net absorbers (rather than net emitters) of CO2. Thermal decomposit...
To limit global warming, governments and industries are engaged in reducing emissions of CO2. There ...
Desalination plants are known to discharge large value of brine as waste from the distillation proce...
CO2 mineralization is a method of sequestering CO2 in the form of carbonated minerals. Brine dischar...
Desalination is a process that involves the removal of salts and non-ionic minerals from seawater to...
In the first section of this work we hope to add to the science of brine management in desalination....
Seawater desalination is the main source of water in areas where it is scarce. Reverse osmosis is am...
It is becoming increasingly recognized that the flood of anthropogenic CO2 into the atmosphere shoul...
Drinking Water plays an important role in human society and its consumption is increasing significan...
AbstractBrines up to 85,000 ppm total dissolved solids produced during Carbon Capture and Storage (C...
Seawater represents a potential resource to ensure sustainable availability of water for population ...
Global water resources face a number of challenges. Growing global population and rising standards o...
The explosive increase in world population, along with the fast socio-economic development, have led...
Given the growth of the world's population and climate change, a lack of clean water has become a ma...
Seawater represents a potential resource to ensure sustainable availability of water for population ...