In order to save our planet we need to work on the things we already have. The Zuidkas study was tackled by Architectenbureau's Paul de Ruiter.
The goal of de Ruiter's designs was to create or evolve an area in order to minimize waste as well as ration energy consumption among different disciplines.
The central focus of the Zuidkas design is the rooftop gardens that are in place to sustain the skyscraper's offices, homes, school, restaurants, a park, a bio-gas electrical plant, and retail facilities.
The structure is glass encased and will use co-fermented plant waste and toilet water in order to heat up tap water and other parts of the structure.
Amazing and healthy!
Evolved Ecotecture
Zuidkas Sustainable Skyscraper Helps Prepare for the Future
Trend Themes
1. Sustainable Skyscrapers - Innovative designs in skyscrapers are being created to minimize waste and energy consumption, while incorporating features such as rooftop gardens and bio-gas electrical plants.
2. Green Technology - The use of co-fermented plant waste and toilet water for heating taps and other parts of structures signifies a shift towards utilizing green technology.
3. Circular Economy - The Zuidkas design showcases the potential for a circular economy where waste is repurposed and resources are reused.
Industry Implications
1. Architecture - The architecture industry can utilize these sustainable skyscraper designs to create environmentally conscious structures for businesses and residents.
2. Green Energy - Incorporating bio-gas electrical plants into building designs presents an opportunity for growth in the green energy sector.
3. Waste Management - Repurposing waste such as co-fermented plant waste can lead to innovative waste management solutions and potentially create new industries.