Released under the GIC Framework
Use available glass resource and collaborate to find ways to improve an existing greenhouse and thus extend the growing period of the Hasu Shivert Resort in the Arkhangai province.
In the Arkhangai province (Aimag), M●CAM has partnered with the Hasu Shivert Resort. The resort is almost completely self sustaining as they produce their own food, energy, water, and shelter. They have three greenhouses on site and one of the three greenhouses is a large A-frame greenhouse.
This greenhouse measures approximately 25 meters in length, 5 meters in width and 4 meters in height. The highest point of the ceiling is directly in the middle of the building. From the ceiling to the floor on the south facing side of the building are windows with metal framing. The angle of the window is approximately 60°at the bottom corner and 30° at the top corner (specifics will be defined in the near future). The north facing ceiling is opaque and wooden. The base of the north facing wall is concrete. The heat contained by the current structure allows plants to grow for three months (other 9 months are too cold). The inside of the greenhouse is humid and heated (geothermally) with water, up to 68°C.
Approximate coordinates of the Arkhangai Greenhouse Project are:
-101°31’ longitude (E) 47°38’ latitude (N)
-In winter, the mean temperature is -30 °C to -38 °C (-22 °F to -36 °F) and in summer the highest temperature is between 25 °C and 36 °C (77 °F and 97 °F).
-The lowest recorded temperature is -42 °C in 2000-2001 so the epoxy and glass composite would need to be able to withstand an approximate -50 °C to 50 °C temperature range.
The composite must also be able to withstand significant rainstorms and wind gusts.
The challenge is to add a thicker layer of composite recycled glass. Empty glass bottles are abundant in the area. Vodka is very popular and empty vodka bottle piles would fill many rooms. The G.I.C. Challenge is to take the available glass resource, and collaborate to find the best way to crush the glass, add epoxy and form a thick enough and translucent enough outer window for the greenhouse. This outer window must be able to withstand a significant amount of external and internal moisture of varying temperatures.