Fragile Lands
THE LAST NUCLEAR BOMB MEMORIAL
The development of a Net-Zero ski resort in Myvatn, Iceland, leverages the site’s abundant geothermal potential. The resort features a ski cabin with an integrated greenhouse, utilizing geothermal energy for electricity generation and heating. This energy will primarily serve the ski lift and illuminate the ski trails, but also power cabin and the greenhouse grow lights, all are essential during Iceland’s limited daylight in winter.
Architecturally, the design explores the duality of human and nature through contrasting concepts and uncanny dichotomies inspired by Icelandic lore of the Huldufólk, or Hidden People, elves that live in the shadows of rocks. Upon arrival, the outdoor breezeway separates the ski functions (rental, storage, ski lift), and relaxation programs (lodge, refreshments, living room, greenhouse). The cabin houses tropical plants, creating a striking contrast with the snow-covered landscape outside. The design incorporates the existing lift system and uses traditional thatch materials with a modern twist, blending old and new elements.
The project includes three vertical geothermal wells, two are 160 meters deep, to support the heating system, and the other goes to 1 kilometer deep to generate electricity through steam. This energy powers the ski lift, illuminates the ski trails and provides for the cabin, and greenhouse. A geothermal heat pump provides radiant floor heating throughout the cabin, ensuring efficient and consistent warmth. The goal is to achieve Net-Zero or Net-Positive energy status, with surplus power potentially contributing to the local grid.
The site includes a septic tank and drainage field, as it is not connected to a municipal sewer system. A 7,500 - liter septic tank will be installed below frost line, and approximately 140 square meters outside of snow groomer garage is allocated for the drain field to ensure effective wastewater treatment and dispersal.
This initial concept lays the groundwork for expanding the ski slope into a full-scale ski resort by managing water resources, producing energy, and engineering the existing site conditions into an attractive tourist destination. An existing crater and adjacent creek will be re-purposed into a reservoir for water usage and snowmaking, utilizing the natural topography to enhance the site’s features.
By maximizing the geothermal potential and enhancing natural features, the project aims to set a new standard in sustainable tourism and energy efficiency. The unique architectural approach emphasizes the harmony and contrast between human activity and the natural environment, offering a distinctive and immersive experience for visitors.
