Poreform

Water absorptive surface and subterranean basin

  • 1 / 19

    Global finalist entry 2015 - Poreform: Water absorptive surface and subterranean basin

    Poreform's concrete surface is highly absorptive. The surface is part public realm and thus belongs to everyone.

  • 2 / 19

    Global Awards 2015 finalist certificate handover in New York City USA – Poreform: Water …

    Global Awards 2015 finalist certificate handover in New York City USA – Poreform: Water absorptive surface and subterranean basin, Las Vegas, USA

  • 3 / 19

    Global finalist entry 2015 - Poreform: Water absorptive surface and subterranean basin

    Below the surface, a 3.6 million cubic feet tank captures surface runoff water. As the tank awaits another rain, it hosts temporary exhibits and performance events.

  • 4 / 19

    Global finalist entry 2015 - Poreform: Water absorptive surface and subterranean basin

    The Poreform surface can be used in a variety of sites and a varying scales. As it is cast-in-place and made from fabric formwork, it can fit within existing urban conditions and tap into existing infrastructure.

  • 5 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    Poreform is a concrete surface capable of rapid water absorption to prevent urban flooding. The surface feeds water to subterranean basins, like the Downtown Tank shown here. The surface is located within the public realm and claims a stake as civic infrastructure that is as important as its nearby sister, the Hoover Dam.

  • 6 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean …

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

  • 7 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    Las Vegas undervalues its water and is facing a detrimental shortage in the near future.

  • 8 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    Flood control basins located downtown will feed a primary basin, the Downtown Tank.

  • 9 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    The proposed network of flood control infrastructure is finely calibrated to absorb specific volumes.

  • 10 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    Poreform functions as a surface, curb drain, foundation, small basin and collection tank.

  • 11 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    The Downtown Tank generates hydroelectric power to offset urban growth.

  • 12 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    The surface of Poreform is influenced by the Thorny Devil Lizard and erosion control construction.

  • 13 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    The Downtown Tank is a place of public awareness and education.

  • 14 / 19

    Project entry 2014 North America – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    The Downtown Tank is a place of cultural versatility and a community partner.

  • 15 / 19

    Holcim Awards North America ceremony, Toronto, Canada

    Presentation of the Holcim Awards Gold 2014 for North America (l-r): Alain Bourguignon, Holcim Area Manager for North America and the United Kingdom; prize winners Caitlin Taylor and Amy Mielke, Water Pore Partnership, New York for “Poreform: Water absorptive surface and subterranean basin”; Bernard Fontana, CEO Holcim Ltd; and jury member Mark Jarzombek, Associate Dean, School of Architecture & Planning, Massachusetts Institute of Technology.

  • 16 / 19

    Holcim Awards North America ceremony, Toronto, Canada

    Winners of the Holcim Awards (l-r): David Benjamin, The Living, New York – winner of Holcim Awards Bronze for “Hy-Fi: Zero carbon emissions compostable structure”; Caitlin Taylor and Amy Mielke, Water Pore Partnership, New York – winners of Holcim Awards Gold for “Poreform: Water absorptive surface and subterranean basin”; and Kai-Uwe Bergmann – BIG Bjarke Ingels Group, New York and Matthijs Bouw - One Architecture, Amsterdam – members of the consortium winning Holcim Awards Silver for “Rebuild by Design: Urban flood protection infrastructure”.

  • 17 / 19

    “Sustainability? Repositioning the value of water” – Caitlin Gucker-Kanter Taylor

    Caitlin Gucker-Kanter Taylor from the Water Pore Partnership reframes water as a valuable resource rather than a liability. “Poreform: Water absorptive surface and subterranean basin, Las Vegas, USA” won the Holcim Awards Gold for offering a welcome answer to the general problem of water scarcity.

  • 18 / 19

    Holcim Awards North America media briefing, Toronto, Canada

    “A system which can take up large amounts of water in a short time is highly relevant for all dense urban areas.” – Holcim Awards Gold 2014 for North America winners (l-r) Caitlin Taylor and Amy Mielke, Water Pore Partnership, New York for “Poreform: Water absorptive surface and subterranean basin, Las Vegas”.

  • 19 / 19

    Feature interview – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

    Feature interview – Poreform: Water absorptive surface and subterranean basin, Las Vegas, NV, USA

  • Awards Gold 2014–2015 North America

This design proposal repositions water infrastructure as a civic project. Facing a significant shortage of water in an arid region, local drainage systems are incapable of collecting the water that floods the Las Vegas valley when it rains. Giant underground tanks with a capacity of 75,000 megaliters that can be used as event locations during dry periods swallow the rainwater. They are covered with a porous concrete surface designed for optimal water collection.

By Amy Mielke, Caitlin Gucker-Kanter Taylor - Water Pore Partnership, New York, NY, USA and

Ideas: Ecosystem Restoration, Urban Requalification

This design proposal repositions water infrastructure as a civic project. Facing a significant shortage of water in an arid region, local drainage systems are incapable of collecting the water that floods the Las Vegas valley when it rains.

Giant underground tanks with a capacity of 75,000 megaliters that can be used as event locations during dry periods swallow the rainwater. They are covered with a porous concrete surface designed for optimal water collection.

Poreform

Project authors

Project updates