Schoonschip: A sustainable floating neighborhood

A sustainable floating neighborhood.

In partnership with architecture firm space&matter and development advisor Waterloft, Metabolic developed the sustainability masterplan for a cutting-edge community of floating villas in Amsterdam North. The site will be energy self-sufficient, recover nutrients from organic waste streams, employ circular building practices, and serve as a showcase for sustainable living.

  • Clients: space&matter, Waterloft
  • Date: August 2015
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The challenge
houseboat neighborhood

Redefining urban sustainability

The team behind Schoonschip aimed to create Europe’s most sustainable floating community in North Amsterdam. The goal was to develop 47 houseboats on 30 plots for over 100 residents, who will move into and revitalize a disused canal and establish themselves as a showcase of how to build and live sustainably. Schoonschip is intended to be an urban ecosystem embedded within the fabric of the city: making full use of ambient energy and water for use and re-use, cycling nutrients and minimizing waste, and creating space for natural biodiversity.
The challenge
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Our approach

Schoonschip

Creating a highly involved community

We first completed a concept study for the sustainability plan of the neighborhood, which helped the local community win the tender for the plot of water. Then we organized a series of community sessions where we presented our sustainability concepts and gathered input on how the community wished to see their future homes. We used space&matter’s urban plan to pre-calculate and set the goals for energy demand and consumption for space heating, electricity, and hot water in material passports for each household.

Schoonschip sustainability goals:

  • 100% renewable heat and hot water supply
  • 100% renewable electricity
  • 100% wastewater and organic waste treatment
  • 100% water self-sufficiency
  • 60 – 80% nutrient recovery
  • 50 – 70% reduction in electricity demand over conventional
  • 60 – 70% vegetable & fruit production using locally recovered nutrients
  • sensor network and real-time system performance displays
  • community facilities for resource sharing and support of group cohesion
  • electric mobility capacity
  • support of biodiversity

 

Our approach
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The outcome
Floating community

A model for circularity

Schoonschip’s residents have started moving into a neighborhood that should be fully self-sufficient in renewable heat and electricity, water collection and upgrading, and have much lower resource demand than conventional homes. The buildings themselves will not only be highly eco-efficient, but also designed in a variety of architectural styles with creative exterior finishing. Schoonschip is planned to use zero gas. Energy will be produced by 500 solar panels, while heating will be generated by 30 water pumps as well as passive heating from the sun and from the canal water itself. A third of the roof surface of Schoonschip’s homes will be dedicated to a roof garden to help cool down the city in the summer. Our spinoff, Spectral, has developed an advanced smart-grid which features local photo-voltaic power production and battery storage. The Schoonschip community will be using blockchain technology to exchange the clean energy generated on the houseboat roofs and saved in batteries. The water supply will be separated into white, grey and black water systems. Grey (shower) water will be reused. Municipal water company Waternet will harvest the black waste water and transport it to a biorefinery to be fermented and converted into energy.
The outcome

“We have solar panels, good insulation, water-recycling showers, vacuum toilets, but also each boat is different. Some people decided to look for good materials for clean building, others wanted everything green, so have green planted on their facades and roof, everyone took something they really wanted to go for.”

- Marjolein Smeele, Architect, Smeele Architecture

Founder and CEO

ANY QUESTIONS?

For more information about this project, please get in touch.