'Microclimates' from PostlerFerguson is Made from Printed Sand
Michael Hines — December 1, 2010 — Eco
References: postlerferguson & dezeen
Dubai may have a new way to keep cool if 'Microclimates' from PostlerFerguson ever goes from concept to reality. This conceptual city cooler is made out of sand and uses evaporation to cool the air.
Microclimates from PostlerFerguson is made from 3D printed sand held together with a magnesium binding agent. Water would be pumped into Microclimates which would then evaporate from the perforations and cool the air.
Implications - Such a service or concept would definitely be received positively by the populations of countries that experience hot climates throughout the entire year. Could this concept be the end of the energy-sucking air conditioner?
Microclimates from PostlerFerguson is made from 3D printed sand held together with a magnesium binding agent. Water would be pumped into Microclimates which would then evaporate from the perforations and cool the air.
Implications - Such a service or concept would definitely be received positively by the populations of countries that experience hot climates throughout the entire year. Could this concept be the end of the energy-sucking air conditioner?
Trend Themes
1. Conceptual Sand-based Coolers - The use of sand and evaporation as a cooling method could disrupt the air conditioning industry if the technology can be sustainably scaled.
2. 3D Printed Cooling Solutions - PostlerFerguson's use of 3D printing sand as a cooling solution offers new possibilities for customizable and efficient cooling devices.
3. Sustainable Climate Control - The creation of Microclimates promotes the use of sustainable technologies in cooling and could lead to innovative ways to manage hot climates while limiting energy consumption.
Industry Implications
1. Air Conditioning - The Microclimates technology provides a potential alternative to traditional air conditioning systems, which could disrupt the air conditioning industry.
2. 3D Printing - PostlerFerguson's use of 3D printing sand as a binding agent for Microclimates offers new possibilities for sustainable materials in construction and design markets.
3. Renewable Energy - Microclimates could be coupled with renewable energy sources for a completely sustainable cooling solution, offering new opportunities for renewable energy companies.
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