Ecologically Proactive Interior Museum Installation

Following the request of the museum Lepenski Vir to generate a solution for the extreme overheating air masses process during temperature seasons, this project design focus is to use biophilic and environmentally proactive methods in design and construction to achieve systematic long-term change in heating and cooling processes of the museum greenhouse structure.

By combining proactive ecological design with advanced architectural construction technologies, a mimicry of natural atmospheric elements lowering extreme differences of temperatures is achieved, which processes neutralize biochemical products of industrial elements of the structure conducted by sun ray exposure/ UV radiation.

An environmentally proactive method relies on mimicry of humid vs. non-humid biospheres constructs, dispositioned at strategic heights of the existing structure. By Implementing a large-scale greenhouse structure to preserve museum conditions, a biosphere design becomes a permanent museum installation evoking natural habitat of the Lepenski Vir culture primarily, while secondarily, a biochemical construct of atmospheric ecosystems produce an independent gaseous membrane initiated by plants clusters.

A 7 - 15 degrees C neutralization is achieved, winter through summer conditions. Three thousand plants as part of the new added construct biospheres, absorb CO2, formaldehyde as well as hydro-carbonated emissions, combined with waste matter collector, together they form one of the most environmentally proactive LEED museums.