Water-saving construction methods are the key to sustainable building. They not only help to reduce water consumption, but also reduce operating costs and protect the environment. Water-saving fittings and sanitary facilities are a simple example. In this context, innovative products such as aerators and flow regulators play an important role in saving water and energy. Neoperl not only supports the global sanitary industry with such solutions, but also offers practical retrofit options for the home. If you want to equip your shower, bathroom or kitchen fittings to save water, you will find a wide range of options in specialist shops, DIY stores or online.
Green roofs and façades
Green roofs and façades not only look great, they also offer many ecological advantages. They store rainwater and release it slowly, which reduces the risk of flooding. They also improve air quality and provide a habitat for plants and animals. A study by the University of Michigan shows that green roofs can reduce water runoff by up to 75%.
Rainwater utilisation in buildings
Utilising rainwater is another effective method of reducing water consumption in buildings. Rainwater utilisation systems collect and store rainwater, which can then be used for irrigation, toilet flushing and even for the washing machine. According to the German Federal Environment Agency, a family of four can save up to 40,000 litres of drinking water per year.
Certifications and standards
When it comes to sustainable construction, certifications and standards are very important. They provide clear guidelines and help to achieve sustainability goals. Well-known certification systems such as LEED (Leadership in Energy and Environmental Design) and BREEAM (Building Research Establishment Environmental Assessment Method) assess buildings according to various criteria, including water efficiency. A LEED-certified building uses up to 40% less water.
Future trends in sustainable building
The future of sustainable construction looks promising. New technologies and innovative designs offer more and more opportunities to construct water-efficient buildings. One exciting trend is the integration of the Internet of Things (IoT) in buildings to monitor and optimise water consumption in real time. According to a study by the World Economic Forum, IoT-based water management systems could reduce water consumption in cities by up to 20%.
Smart buildings: the next generation
Smart buildings are the next evolutionary step in sustainable construction. They use networked sensors and intelligent control systems to monitor and optimise resource consumption, including water, in real time. These technologies make it possible to quickly detect leaks and control water consumption based on actual needs. A study by McKinsey shows that water consumption is reduced by up to 30% in smart buildings.
Conclusion: sustainability starts with construction
It is clear that sustainable building is not just a trend, but a necessity. Water-saving architecture and design play a decisive role in this. From water-saving fittings, green roofs and rainwater utilisation to smart buildings – the possibilities are diverse and innovative.
