Water-Saving Strategies for the Bathrooms of the Future
As a major current and future challenge, the climate crisis is defining the way architecture is adapting and designing the built environment. Today’s actions are key for the development of a sustainable and livable future, in which we need to adjust our behavior while responding to environmental changes. The two most critical changes are the water crisis and CO2 emissions, which have prompted calls for conserving water in an attempt to salvage the resources we still have and reduce our energy consumption required to heat the water. In terms of how this translates to architecture, making good use of natural resources is an essential part of a truly efficient design strategy, which can be incorporated with the creation of new spaces and innovative products in architecture projects.
Hansgrohe's Green Vision: Beyond Water. Image Courtesy of Hansgrohe
As a major current and future challenge, the climate crisis is defining the way architecture is adapting and designing the built environment. Today’s actions are key for the development of a sustainable and livable future, in which we need to adjust our behavior while responding to environmental changes. The two most critical changes are the water crisis and CO2 emissions, which have prompted calls for conserving water in an attempt to salvage the resources we still have and reduce our energy consumption required to heat the water. In terms of how this translates to architecture, making good use of natural resources is an essential part of a truly efficient design strategy, which can be incorporated with the creation of new spaces and innovative products in architecture projects.
Working towards the design of sustainable water management for a greener future, Hansgrohe Group has developed multiple faucets, showers and accessories that can save natural resources in bathroom design. As bathrooms are one of the areas that most consume water in homes and hotels, it is important to see them as key spaces to focus on for sustainability purposes.
