Modular Lego Lunch restaurant built from recycled shipping containers pops up in Lithuania

September 12, 2017 by  
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A modular fast food restaurant popped up in Siauliai, Lithuania, to provide a healthy communal space that can be easily replicated anywhere. Architecture firm Hermann Kamte & Associates designed the restaurant, named Lego Lunch, as an affordable, reconfigurable space built from recycled shipping containers. Lego Lunch is a replicable structure that combines affordability and a low carbon footprint . The architects used recycled 20-foot shipping containers and combined them into a space where locals in Siauliai, Lithuania, can have a meal and relax during workdays. Small design interventions enhance the energy performance of the new building and give with warmth. LED lighting and additional insulation were also introduced to improve efficiency. Related: Nation’s largest shipping container restaurant was installed in just 3 days The architects conducted extensive programmatic analyses to achieve an optimal organization of the space. The purpose of the first analysis was to understand connections and interactions between owners, designers and customers. The second focused on the food preparation process, while the last phase combined the preceding two to create an optimal layout. + Hermann Kamte & Associates

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Modular Lego Lunch restaurant built from recycled shipping containers pops up in Lithuania

Modular Lego Lunch restaurant built from recycled shipping containers pops up in Lithuania

September 12, 2017 by  
Filed under Eco, Green, Recycle

Comments Off on Modular Lego Lunch restaurant built from recycled shipping containers pops up in Lithuania

A modular fast food restaurant popped up in Siauliai, Lithuania, to provide a healthy communal space that can be easily replicated anywhere. Architecture firm Hermann Kamte & Associates designed the restaurant, named Lego Lunch, as an affordable, reconfigurable space built from recycled shipping containers. Lego Lunch is a replicable structure that combines affordability and a low carbon footprint . The architects used recycled 20-foot shipping containers and combined them into a space where locals in Siauliai, Lithuania, can have a meal and relax during workdays. Small design interventions enhance the energy performance of the new building and give with warmth. LED lighting and additional insulation were also introduced to improve efficiency. Related: Nation’s largest shipping container restaurant was installed in just 3 days The architects conducted extensive programmatic analyses to achieve an optimal organization of the space. The purpose of the first analysis was to understand connections and interactions between owners, designers and customers. The second focused on the food preparation process, while the last phase combined the preceding two to create an optimal layout. + Hermann Kamte & Associates

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Modular Lego Lunch restaurant built from recycled shipping containers pops up in Lithuania

Architect designs solar-powered research center to save dying Lake Chad

May 22, 2017 by  
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Lake Chad in Africa spanned over 770,000 square miles in 50,000 B.C., according to Cameroon -based architecture firm Hermann Kamte & Associates (HKA). But over the centuries it has shrunk, dwindling to a mere 1,544 square miles in 2001. HKA hopes to use architecture to jumpstart regeneration of the dying lake in the form of a desalination and research center called The Forgotten – Dead or Alive. The center would begin a process that would eventually be handed over to nature . The first humans made their home near Lake Chad, according to HKA, but this body of water is in danger of disappearing forever. It could die out in this century if no steps are taken to preserve it. Lake Chad – bordered by Cameroon, Chad, Nigeria, and Niger – is vital to the health of the region; HKA says its disappearance would impact over nine million people nearby, and indirectly, 30 million people in the region. Related: Green-roofed wooden tower in Lagos maximizes daylight and natural ventilation So they designed a center to help keep the lake alive. The self-sufficient Limnology Center would offer a location for researchers to study Lake Chad and the surrounding region. A desalination center onsite would actually connect the lake to the Atlantic Ocean via pipelines , which would transport water from the ocean. The desalination center would treat the saltwater so it could be reused as fresh water to help restore Lake Chad and provide a source of water for people in the region. HKA designed the center to have an amphibian-like form to blend in with the lake surroundings. They envision three stages to help revitalize the lake, beginning with the center and then slowly transitioning the job over to nature. Construction of the pipelines and lake research would take place between 2016 and 2026. In 2020 trees and vegetation will be planted around the lake. The greenery will eventually take over the job of regeneration; in 2080 pipelines will stop bringing in Atlantic Ocean water as natural regeneration takes over thanks to a thriving woodland. + Hermann Kamte & Associates Images courtesy of Hermann Kamte & Associates

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Architect designs solar-powered research center to save dying Lake Chad

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