1l 1l 1l 1l 1l 1l 1l 1l 1l 1 liter of PET bottled water requires up to 7 liters1 of water PET bottled water requires at least 108 47 grams2 CO2 per liter REDUCTION OF WATER CONSUMPTION BOTTLED WATER GROHE Blue Pure requires only 1 liter GROHE BLUE PURE GROHE Blue Pure requires 5 35 grams2 CO2 per liter 0 bottles for GROHE Blue Pure REDUCTION OF CO2 EMISSIONS REDUCTION OF PLASTIC Up to 800 single use plastic bottles3 for a family of 4 per year 1 The real water consumption behind drinking water The case of Italy Journal of Environmental Management 92 2011 2 Creation of a Product Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Pure considered in the study is 10 years 3 Environmental Action Germany DUH https www duh de mehrweg klimaschutz0 einweg plastikflaschen Carbon Footprint analysis refers only to the fittings with filter Does not apply to reverse osmosis filter technology 1 The real water consumption behind drinking water The case of Italy Journal of Environmental Management 92 2011 2 Creation of a Product Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Professional considered in the study is 5 years l l l l l l l l l lit r f ttl t r r ir t li 1 ttl t r r ir t l t 2 r lit r l r r ir l li l r r ir 2 r lit r l f r l r t i l l i l 3 f r f il f r r 1 The real ater consu ption behind drinking ater The case of Italy Journal of Environ ental anage ent 92 2011 2 Creation of a Product Carbon Footprint for R E atersyste s for drinking and hot ater supply Sebastian Schär Prof r Jutta elder ann niversity uisburg Essen 2021 The service life of R E Blue Pure considered in the study is 10 years 3 Environ ental ction er any https duh de ehr eg kli aschutz0 ein eg plastikflaschen Carbon Footprint analysis refers only to the fittings ith filter oes not apply to reverse os osis filter technology 1 The real ater consu ption behind drinking ater The case of Italy Journal of Environ ental anage ent 92 2011 2 Creation of a Product Carbon Footprint for R E atersyste s for drinking and hot ater supply Sebastian Schär Prof r Jutta elder ann niversity uisburg Essen 2021 The service life of R E Blue Professional considered in the study is 5 years RED I OF WATER PTION REDUCTI N OF CO2 EMISSIONS 1l 1l 1l 1l 1l 1l 1l 1l 1l 1 liter of PET bottled water quires up to 7 liters1 of water PET bottled water quires at least 108 47 grams2 CO2 per liter REDUCTI N OF WATER CONSUMPTION BOTTLED WATER GROHE Bl Pure quires only 1 liter GROHE BLUE PURE GROHE Bl Pure quires 5 35 grams2 CO2 per liter 0 bottles for GROHE Bl Pure RED OF CO2 E S REDUCTI N OF PLASTIC Up to 800 singl use plastic bottles3 for a family of 4 pe year 1 Th real water c sumption behind drinking water The case f Italy Journal of E vironmental Management 92 2011 2 Creati n of a P oduct Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Pure co sid red in the study is 10 years 3 E vironme tal Action Germany DUH https www duh de mehrweg klimaschutz0 einweg plastikflaschen Carbon Footprint analysis refers only to the fittings with filter Does n t apply t rever e osmosis filter technology 1 Th real water c sumption behind drinking water The case f Italy Journal of E vironmental Management 92 2011 2 Creati n of a P oduct Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Professional co sid red in the study is 5 years l l l l l l l l l lit r f ttl t r ir t li 1 ttl t r ir t l t 2 r lit r l r ir l li l r ir 2 r lit r l f r l r I I I t i l l i l 3 f r f il f r 1 Th real ater c su ption behind drinking ater The case f Italy Journal of E viron ental anage ent 92 2011 2 Creati n of a P oduct Carbon Footprint for R E atersyste s for drinking and hot ater supply Sebastian Schär Prof r Jutta elder ann niversity uisburg Essen 2021 The service life of R E Blue Pure co sid red in the study is 10 years 3 E viron e tal ction er any https duh de ehr eg kli aschutz0 ein eg plastikflaschen Carbon Footprint analysis refers only to the fittings ith filter oes n t apply t rever e os osis filter technology 1 Th real ater c su ption behind drinking ater The case f Italy Journal of E viron ental anage ent 92 2011 2 Creati n of a P oduct Carbon Footprint for R E atersyste s for drinking and hot ater supply Sebastian Schär Prof r Jutta elder ann niversity uisburg Essen 2021 The service life of R E Blue Professional co sid red in the study is 5 years REDUCTI N OF PLASTIC 1l 1l 1l 1l 1l 1l 1l 1l 1l 1 liter of PET bottled water quires up to 7 liters1 of water PET bottled water quires at least 108 47 grams2 CO2 per liter REDUCTI N OF WATER CONSUMPTION BOTTL D WATER GROHE Bl Pure quires only 1 liter GROHE BLUE PURE GROHE Bl Pure quires 5 35 grams2 CO2 per liter 0 bottles for GROHE Bl Pure REDUCTI N OF CO2 EMI SIONS REDU OF PL Up to 800 singl use plastic bottles3 for a family of 4 pe year 1 Th real water c sumption behind drinking water The case f Italy Journal of E vironmental Management 92 2011 2 Creati n of a P oduct Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann Univ rsity Duisburg Essen 2021 The servic life of GROHE Blue Pure co sid red in the study is 10 years 3 Environme tal Action Germany DUH https ww duh de mehrweg klim chutz0 ei weg plastikflaschen Carbon Footprint analysis refers only to the fittings with fil er Doe n t apply t rev r e smosis filter technology 1 Th real water c sumption behind drinking water The case f Italy Journal of E vironmental Management 92 2011 2 Creati n of a P oduct Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann Univ rsity Duisburg Essen 2021 The servic life of GROHE Blue Professional co sid red in the study is 5 years l l l l l l l l l lit r f ttl t r ir t li 1 ttl t r ir t l t 2 r lit r l r ir l li l r ir 2 r lit r l f r l r I I t i l l i l 3 f r f il f r 1 Th real ater c su ption behind drinking ater The case f Italy Journal of E viron ental anage ent 92 2011 2 Creati n of a P oduct Carbon Footprint for R E atersyste s for drinking and hot ater supply Sebastian Schär Prof r Jutta elder ann niv rsity uisburg Essen 2021 The servic life of R E Blue Pure co sid red in the study is 10 years 3 Environ e tal ction er any https duh de ehr eg kli chutz0 ei eg plastikflaschen Carbon Footprint analysis refers only to the fittings ith fil er oe n t apply t rev r e s osis filter technology 1 Th real ater c su ption behind drinking ater The case f Italy Journal of E viron ental anage ent 92 2011 2 Creati n of a P oduct Carbon Footprint for R E atersyste s for drinking and hot ater supply Sebastian Schär Prof r Jutta elder ann niv rsity uisburg Essen 2021 The servic life of R E Blue Professional co sid red in the study is 5 years 1l 1l 1l 1l 1l 1l 1l 1l 1l 1 liter of PET bottled water requires up to 7 liters1 of water PET bottled water requires at least 108 47 grams2 CO2 per liter REDUCTION OF WATER CONSUMPTION BOTTLED WATER GROHE Blue Pure requires only 1 liter GROHE BLUE PURE GROHE Blue Pure requires 5 35 grams2 CO2 per liter 0 bottles for GROHE Blue Pure REDUCTION OF CO2 EMISSIONS REDUCTION OF PLASTIC Up to 800 single use plastic bottles3 for a family of 4 per year 1 The re l water co sumption b hind drinking w r The case of Italy Jo rnal f Environm ntal Man gement 92 2011 2 Creation of a Product Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Pure considered in the study is 10 years 3 Environmental Action Germany DUH https www duh de mehrweg klimaschutz0 einweg plastikflaschen Carbon Footprint analysis refers only to the fittings with filter Does not apply to reverse osmosis filter technology 1 The real water consumption behind drinking water The case of Italy Journal of Environmental Management 92 2011 2 Creation of a Product Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Professional considered in the study is 5 years 1l 1l 1l 1l 1l 1l 1l 1l 1l 1 liter of PET bottled water requires up to 7 liters1 of water PET bottled water requires at least 108 47 grams2 CO2 per liter REDUCTION OF WATER CONSUMPTION BOTTLED WATER GROHE Blue Pure requires only 1 liter GROHE BLUE PURE GROHE Blue Pure requires 5 35 grams2 CO2 per liter 0 bottles for GROHE Blue Pure REDUCTION OF CO2 EMISSIONS REDUCTION OF PLASTIC Up to 800 single use plastic bottles3 for a family of 4 per year 1 The real water consumption behind drinking water The case of Italy Journal of Environmental Management 92 2011 2 Creation of a Product Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Pure consider d in the study is 10 ears 3 Environmental Action Germany DUH https www duh de mehrweg klimaschutz0 einweg plastikflaschen Carbon Footprint analysis refers only to the fittings with filter Does not apply to reverse osmosis filter technology 1 The real water consumption behind drinking water The case of Italy Journal of Environmental Management 92 2011 2 Creation of a Product Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Professional considered in the study is 5 years 1l 1l 1l 1l 1l 1l 1l 1l 1l 1 iter of PET bottled water requires up to 7 liters1 of water PET bottled water requires at least 108 47 grams2 CO2 per liter REDUCTION OF WATER CONSUMPTION BOTTLED WATER GROHE Blue Pure requires only 1 liter GROHE BLUE PU E GROHE Blue Pure requires 5 35 grams2 CO2 per liter 0 bottles for GROHE Blue Pure REDUCTION OF CO2 EMISSIONS REDUCTION OF PLASTIC Up to 800 single use plastic bottles3 for a family of 4 per year 1 Th real water c nsumption behind drinking water The case of Italy Jour al of Environmental Management 92 2011 2 Creation of Product Carbo Footprint for GROHE watersystems for dr nking and hot ater supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Pure considered in the study is 10 years 3 Environmental Action Germany DUH https ww duh d mehrweg klimaschutz0 einweg plastikflasche Carbon Footprint analysis refers only to the fittings with filter Does not apply to reverse osmosis filter technology 1 Th real water c nsumption behind drinking water The case of Italy Jour al of Environmental Management 92 2011 2 Creation f a Pro uct Carbon Footprint for GROHE watersystems for drinking and hot water supply Sebastian Schär Prof Dr Jutta Geldermann University Duisburg Essen 2021 The service life of GROHE Blue Professional considered in the study is 5 years A BOTTLE FREE ZONE FOR A MORE SUSTAINABLE LIFESTYLE Drinking tap water has a lot of benefits The convenience of getting freshly filtered water straight out of the kitchen tap on demand makes bottled water become obsolete The filter s space saving shape effortlessly fits the kitchen cabinet By replacing plastic bottles with filtered tap water everyone can help to combat the global plastic waste problem Moreover CO2 emissions and water consumption that occur in the production process of bottled water are saved Sustainable living does not have to mean compromises it s even more comfortable Dragging of heavy water crates running out of water or last minute supermarket trips as well as collecting big piles of plastic bottles are a thing of the past With the water source in the kitchen fresh and filtered drinking water is available 24 hours a day and seven days a week 5 grohe co uk UK en 210x297 GROHE Blue Pure Filter Faucets Consumer 2022 Single Pages 150dpi 001 5 07 09 23 10 29

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