Architecture project // Charred Wooden Shingles and Biomass Energy in a Sustainable Lodge Design

Charred Wooden Shingles and Biomass Energy in a Sustainable Lodge Design

Authors:

Olga Gumienna, Marcin Osak

Utilizing charred wooden shingles and biomass energy, the architectural design seamlessly integrates into its Icelandic landscape while serving as an eco-friendly lodge for visitors seeking a sustainable experience in nature.

5 key facts about this project

Utilizes charred wooden shingles to enhance durability and weather resistance.

Incorporates biomass energy systems for sustainable power generation.

Features modular guest rooms constructed with prefabricated panels for flexibility.

Integrates greywater treatment systems to promote water conservation.

Shapes the building to function as an observatory for the Northern Lights.

General keywords

iceland hospitality eco-tourism sustainability modular guesthouse landscape communal indigenous vegetable garden

Project specific keywords

biomass greywater prefabrication aurora vegetable observatory landform shelter recyclable modularity

## Overview

The Long-House is located in Iceland, designed as a tourism-oriented structure that reflects both historical context and contemporary sustainability principles. Its design draws inspiration from traditional longhouse architecture, creating a connection to the landscape while prioritizing minimal environmental impact. Strategically positioned at an elevated site, the building offers expansive views of the surrounding scenery, including a nearby lake and the northern Aurora Borealis. This orientation not only enhances the visitor experience but also fosters a contemplative environment.

## Material Choices and Environmental Integration

A key aspect of the Long-House is its thoughtful selection of materials that align with its sustainability objectives. The use of wood contributes to a warm atmosphere while also promoting natural aesthetics. Biomass serves as a primary energy source, underpinning the building's commitment to ecological practices. Water-efficient technologies, including greywater recycling systems, further support resource management. Prefabricated panels facilitate construction efficiency and flexibility, while the incorporation of stone and earth elements grounds the building within its natural context.

## Spatial Organization and User Experience

The Long-House features a well-defined spatial layout that balances communal and private areas. Guest accommodations consist of adaptable, movable rooms that respond to individual needs, ensuring a versatile user experience. Common areas, such as dining spaces and a bonfire terrace, promote social interaction among guests, while dedicated service facilities incorporate eco-friendly practices like rainwater harvesting and sustainable waste management. This design fosters both communal engagement and personal reflection, enhancing the overall visitor experience. Additionally, the modular guestroom design allows for reconfiguration based on visitor needs and environmental conditions, further reinforcing the project's commitment to flexibility and sustainability.