Dasani® bottled-water and a popular home water filter kit (Brita® Water Filtration Pitcher) were analyzed using a Life Cycle Assessment (LCA). This research concentrates on the complete life-cycle of each product including aspects such as production, price, convenience, disposal or recycling, and the resource inputs and emission outputs. In the end the two products were compared in a summary report card and recommendations for improvement were given. The Coca-Cola Company, who owns Dasani®, uses reverse osmosis filters to purify local water and deposits the purified water in plastic bottles, whereas the Brita® Water Filtration Pitcher uses an activated carbon/ion exchange filter. Dasani®’s water is packaged into a recyclable 20 oz. bottle t...
Abstract: This Life Cycle Impact Assessment (LCIA) study compares two types of drinking water techno...
Micropollutants in freshwater, e.g., pharmaceuticals such as contraceptives, are a source of increas...
In the Swedish research programme Mistra TerraClean a tiered approach for life cycle based environme...
This study evaluated the environmental impacts caused by drinking water consumption in Barcelona (Sp...
Due to the serious problem of plastic pollution in aquatic environment, many people reject plastic p...
Due to the serious problem of plastic pollution in aquatic environment, many people reject plastic p...
Nowadays, the most important tool to evaluate the environmental impact of both petro-plastics and bi...
Household reverse osmosis (RO)-based water purifiers have gained popularity in India due to concerns...
The consumption of bottled mineral water in Italy is amongst the highest at the European level. This...
Numerous different point-of-use (POU) water treatment technologies exist that can remove, reduce or ...
The main goal of water treatment is to avoid human health risks and to provide sufficient and good q...
The biodegradable plastics were introduced in the 1980s to detect possible renewable feedstock to pr...
The paper would show the results of a project for the development and application of life cycle anal...
The drinking waters industry is recording a growth rate three times superior compared with other be...
Abstract: This Life Cycle Impact Assessment (LCIA) study compares two types of drinking water techno...
Micropollutants in freshwater, e.g., pharmaceuticals such as contraceptives, are a source of increas...
In the Swedish research programme Mistra TerraClean a tiered approach for life cycle based environme...
This study evaluated the environmental impacts caused by drinking water consumption in Barcelona (Sp...
Due to the serious problem of plastic pollution in aquatic environment, many people reject plastic p...
Due to the serious problem of plastic pollution in aquatic environment, many people reject plastic p...
Nowadays, the most important tool to evaluate the environmental impact of both petro-plastics and bi...
Household reverse osmosis (RO)-based water purifiers have gained popularity in India due to concerns...
The consumption of bottled mineral water in Italy is amongst the highest at the European level. This...
Numerous different point-of-use (POU) water treatment technologies exist that can remove, reduce or ...
The main goal of water treatment is to avoid human health risks and to provide sufficient and good q...
The biodegradable plastics were introduced in the 1980s to detect possible renewable feedstock to pr...
The paper would show the results of a project for the development and application of life cycle anal...
The drinking waters industry is recording a growth rate three times superior compared with other be...
Abstract: This Life Cycle Impact Assessment (LCIA) study compares two types of drinking water techno...
Micropollutants in freshwater, e.g., pharmaceuticals such as contraceptives, are a source of increas...
In the Swedish research programme Mistra TerraClean a tiered approach for life cycle based environme...