Wool
Visualisation of nightlit platforms of the train station
Section of wool processing facilities in the wool mill
Connecting railway through the county

Living Heritage

Name
Michelle Høglund Andersen
Education degree
Kandidat
Fagfelt
Architecture
Institute
Architecture and Space
Program
Architecture and Extreme Environments
Year
2025

Living Heritage 
Redefining and interweaving wool as a catalyst for ecological and socio-economic regeneration in Aberdeen, Scotland.


"As living beings, we are in a constant state of change, which is reflected in our shifting infrastructures and needs. Adaptation is therefore not just a needed response but an inherent part of our existence."


The project Living Heritage takes place in Aberdeenshire, northern scotland, where it reimagines Aberdeen city’s train station and its post-industrial district by redefining the cultural and infrastructural landscape of wool production to support urban and rural communities. With most wool in Europe being burned, it proposes the relevance of a redefining of the historical wool mills as a potential for a communal hub of the cityscape - uniting the agents within the production chain to preserve wool as heritage and to ensure its relevance, by adapting its uses for present and future social- and environmental challenges.

Aberdeen contains some of the country’s most polluted areas, that exceeds WHO-recommended levels, mainly due to the running diesel trains on its train station, having a negative effect on the local’s health.

Between diesel fumes and burning fields - the project proposes a dual intervention: 

A wool mill & research lab: Offering rural farmers a place to process their wool, reclaim their autonomy, and explore new uses for wool - scientifically, ecologically, and spatially.
A redesign of the platform-roofscape: Reimagining the train station’s canopy by using the waste wool as a climate screen: Protecting the users from the harsh weather and filtering the invisible toxins from the air, becoming a silent caretaker of its surroundings. Mitigating both the air pollution in the city and the economic insecurities in the shire.

Living Heritage proposes a new architectural typology - one that regenerates ecosystems, empowers rural economies, and reimagines heritage as a living, co-created future. It asks how we might design with communities, not just for them. It is a gesture of care - toward craft, consumption and each other, and a way to inhabit the future, by listening to what the past still has to give.

Wool
Thumbnail
A documentary video of the fieldwork done preliminary to this diploma project
Light properties of wool as a translucent cladding material
Burning wool

The UK is the largest producer of wool in Europe, generating 68.904 tonnes of registered wool annually. However, wool has lost its value, due to the invention of synthetic fibers. Once woven into every layer of society, wool is now being seen as agricultural waste. 

Rural sheep farmers are facing issues with wool production. As demand declines and viable alternatives remain scarce, surplus wool is often discarded or burned on open fields, resulting in both environmental and economical insecurity, as well as the loss of a heritage and natural resource. 

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Statestic over wool annually produced in Europe
Statestic over wool annually wasted in the UK
Graph over negative economic infrastructure for sheep farmers in the UK
air pollution

Air pollution in Aberdeenshire is closely tied to its road-heavy transport infrastructure. In 2023, approximately 1.97 billion vehicle‑miles were driven on Aberdeenshire roads. Nearly 90% of households here own at least one car, with more than half owning multiple vehicles . Transport contributes to over 35% of the area’s total CO₂ emissions and accounts for a large share of Scotland’s nitrogen oxides (NO₂)—a key precursor to both NO₂ and fine particulate matter (PM₂.₅) pollution.

The World Health Organization (WHO) highlights the serious human costs: long-term exposure to PM₂.₅ and NO₂ significantly increases the risk of respiratory and cardiovascular diseases. WHO estimates around 17.000 premature deaths per year across the UK are attributable to outdoor air pollution.

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Transportaion infrastructure of Aberdeenshire
Air pollution (NO2) related to the transportation infrastructure of Aberdeenshire
Air pollution (PM2.5) related to the transportation infrastructure of Aberdeenshire
Habitation quality for pollinators related to the density of urbanization in Aberdeenshire
Transportaion infrastructure of Aberdeenshire
Air pollution (NO2) related to the transportation infrastructure of Aberdeenshire
Air pollution (PM2.5) related to the transportation infrastructure of Aberdeenshire
Habitation quality for pollinators related to the density of urbanization in Aberdeenshire

Pollution in Scottish cities - driven largely by traffic emissions - poses a hidden threat not just to human health but also to pollinators like bees, butterflies, and moths. Studies show nitrogen oxides and particulate matter 2.5 - major by-products of vehicle exhaust - react with flower scent molecules. This alters or dissipates scent plumes, making it harder for pollinators to locate flowers.

Pollinators play a vital role in the production of 75% of the world’s food crops, making their survival essential to global food security. Their well-being is closely tied to ours - creating a mutual dependence between pollinators and humans.

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Graph over preliminary deaths in The UK caused by outdoor air pollution
Table over air pollutions effect on pollinators in The UK
Table over pollinators affect on global food production
Graph over preliminary deaths in The UK caused by outdoor air pollution
Table over air pollutions effect on pollinators in The UK
Table over pollinators affect on global food production
SITE
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Aberdeenshire in the context of Scotland
Aberdeen city in the context of Aberdeenshire
Site at Train Station in context of Aberdeen city
Aberdeenshire in the context of Scotland
Aberdeen city in the context of Aberdeenshire
Site at Train Station in context of Aberdeen city

The site is located in the southeast area of Aberdeen’s Train Station, as a forgotten and inactive part of the industrial oil extracting harbor. Positioned between two of the city’s biggest sources of emissions: diesel trains and harbor activity. Aberdeen, once a key hub for trade, this area has been neglected and now sits at the crossroads as the country is transitioning towards net-zero goals. Raising the question: What does a future Aberdeen look like?

This project explores how redefining the wool industry can become a vital agent in regenerating both the social and ecological landscape of the city's identity and economy - by capitalizing on the existing railway infrastructure to reconnect rural and urban communities. By interweaving wool and transportation infrastructure, this project aims to create healthier spaces for the city’s citizens, while also supporting production facilities that serve the wider shire.

 

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Site proposal
Site investigation
Site proposal
Site investigation
Floor plan: Connecting the build bodies thriugh the urban garden
Floor plan: Connecting the build bodies thriugh the urban garden
Flow diagram over different usergroups
Flow diagram over different usergroups

This proposal reimagines the traditional wool mill as a cultural meeting point, integrating innovation, sustainability, and community. The mill sources wool directly from the surrounding shire, transported efficiently by its own dedicated train. This system minimizes the need for rural farmers to drive into the city, reducing both travel time and emissions.

 

Inside the wool mill, dedicated research facilities explore new applications for wool. The project propose the use of waste wool to create casted panels that act as a climate screen over the platform. These panels leverage wool’s natural ability to filter air pollution, offering protection from both toxins and rain.

 

The mill also provides studio space for local crafters to create and sell their products. As a public destination, the wool mill becomes a tourist attraction—educating visitors on the history, process, and future of wool while showcasing the work of local artisans. Creating a project that supports wool as both a traditional craft and a material for forward-thinking solutions.
 


 

Section of wool processing facilities in the wool mill
Section of wool processing facilities in the wool mill
Section of wool circularity in the wool mill
Section of wool circularity in the wool mill
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Elevation of the exterior wall on craft shops in the wool mill
Elevation of the interior wall on craft shops in the wool mill
Section of the interior wall of Train Station's platform

The duality of the building program is brought together in the surrounding urban garden, where nature and industry meet in harmony. This green space acts as a living link—supporting biodiversity, cleaning the air, and creating a regenerative environment for both people and pollinators. 

The garden helps restore soil health and supports pollinator species vital for local ecosystems. Plants grown here also play an active role in the natural dyeing process of the wool, forming a closed-loop system. Once the wool reaches the end of its life, it returns to the garden as biodegradable fertilizer—completing the cycle. More than just a functional landscape, the garden becomes a shared, healing space for the community, blending sustainability, circularity, and coexistence.

Axonometric of soil pollution strategy to regenerative soil health and biodiversity on site
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Phase 1: Current stage of industrial site - Polluted soil with heavy metals
Phase 2: Proposed stage of industrial site - Using phytoextraction to absorb the heavy metals
Phase 3: Potential stage of industrial site - Phytoextraction has absorbed all the heavy metals and the soil is restored
Phase 1: Current stage of industrial site - Polluted soil with heavy metals
Phase 2: Proposed stage of industrial site - Using phytoextraction to absorb the heavy metals
Phase 3: Potential stage of industrial site - Phytoextraction has absorbed all the heavy metals and the soil is restored

Pollination Plan

Pollination Plan
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The Royal Danish Academy supports the Sustainable Development Goals

Since 2017 the Royal Danish Academy has worked with the Sustainable Development Goals. This is reflected in our research, our teaching and in our students’ projects. This project relates to the following UN goal(-s)
CV
Competitions, Publications & Awards
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Cloudii

This diploma project continues under the name Studio Cloudii and is entering a new phase in collaboration with local sheep farmers on Sjælland. Together, we are developing acoustic panels made from waste wool, aiming to reduce indoor air and noise pollution. These panels will be showcased at Roskilde Festival 2025, where visitor interactions and responses to the unprocessed wool will be observed and recorded. The collected data to inform the future design refinements and development.
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Fællesreden

In spring 2025 I, together with my colleague Emil Dencher, participated in the Utzon x DAC student competition (Vilddyr Søger Bolig). The project, Fællesreden, offers a new urban lamp made with wool, to support local birds ability to create their own nests while mitigating the light pollution for night pollinators. The project received an hornable mention by the jury and is going to be exhibited at the Danish Architecture Center (DAC) in the fall 2025.
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Lungs Of Clouds

In 2024 the preliminary research project (Lungs Of Clouds) for this diploma project about wools ability to capture air pollution, received support from following funds: Klint Fonden, Henrik Frode Obel Fonden, Månsson Fond, Verner Overgaards Familiefond, Johannes Fog Fonden, and Vordingborg Gymnasium og HF Fonden.
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Soil Solidarity

In 2023 my research project about soil regeneration in Jaipur, India received support from Drost Fonden.
Education & Relevant Courses
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The Royal Academy

Master in Architecture and Extreme Environments
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Aarhus School of Architecture

Bachelor in Radical Sustainability
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Københavns Universitet

Bachelor in Art History
Professional Work Experience
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Founder, Cloudii

A structural mapping of the wool infrastructure through interviews across Europe (currently, Denmark, Spain, Scotland, Italy). These interviews are combined with a material study of new innovative ways to make use of raw wool in local settings, with a focus on wools ability to mitigate air, soil and noice pollution.
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Student assistent, Dissing + Weitling

Copenhagen, Denmark
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Intern, Ting & Bøjesen

Copenhagen & Kalvehave, Denmark
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Construction Worker, Alia Ecovillage

Amman, Jordan
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Intern, Henrik Vibskov Studio

Copenhagen, Denmark
Language skills
Danish
English
Spanish