The Mushroom at the Restart of the World

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The Mushroom at the Restart of the World

Mutualistic Architecture in Extreme Environments

recycling centre | mycelium factory

Henrik Sit

Inspiration from Literature

In the book, “The mushroom at the end of the world”, Tsing uses the matsutake mushroom to discuss ecology, economy, and human survival in a world of decaying capitalist ventures.

Symbolism of Resilience

The matsutake mushroom thrives in the destroyed forest. It symbolises resilience and the possibility of life amidst environmental degradation.

Water Retention Nutrient Recycling Fungal Partnerships

The ability for mushrooms to thrive in harsh environments is thanks to its mycelium, the root of mushrooms. The mycelium is able to perform mycorrhiza, a symbiotic association between fungi and the plants’ roots.

Nutrient Transport Mycorrhizal associations with plant roots Hyphae Mushroom Fruit Spore Producing Structure Mycelium and Mycorrhiza

Prototype and Fieldwork

Last semester, in Abu Dhabi, I investigated weaving mycelium into desert sand to fertilise soil and create bio-based material by utilising mycorrhiza. This relationship is mutually beneficial to both the fungi and the plant.

Nutrient Transport
Mushroom Fruit Spore Producing Structure
Mycorrhizal associations with plant roots Hyphae

A A B B AB

Mutualism Architecture

Borrowed from biology, the terminology of “mutualism architecture” was first introduced in 2004. Workman investigated a holistic system with the whole greater than the sum of its parts.

Masdar City, UAE Vertical Forest, Milan, Italy Earthships, Global Arctic Research Stations

Collaborative Survival

Microbiotic crusts and their interrelations with environmental factors

A central theme in the book is “collaborative survival,” which emphasises the interconnectedness of humans, other species, and the environment. I argue that survival in extreme environments depends on fostering these relationships. This underlying philosophy is the heart of the project.

Located in the middle of Al Ain City, Al Sanaiya has been serving as the largest industrial area for the past 50 years.

UAE Persian Gulf Oman
E Built Area Desert Crop Area 3km
24.2232° N, 55.7229°
29,300 m2
Sanaiya Al Sanaiya

The area has been vibrant with many economic activities but also facing the challenge of becoming a capitalist ruin due to its pollution and economic structure.

Capitalist Ruin - Tsing’s Interpretation

“the detrimental aftermath of unchecked capitalist activities, characterized by the depletion of natural resources, socioeconomic inequalities, and environmental damage, where the relentless focus on profit undermines sustainable development and societal well-being.”

Industrial Pollution

The pollution in Al Sanaiya is caused by several factors ranging from Chemical Processing, Lack of Recycling Facility to Vehicular Emissions.

Car-centric

Being an extremely car-centric area, leaks and spills from vehicles have contaminated the soil. The high concentration of garages also contributed to the monolithic structure.

Al Ain 2030

In light of the challenges, a 20-year hoslistic masterplan has been proposed by the UPC (Abu Dhabi Urban Planning Council)

Revitalization

Al Sanaiya will undergo several phases of revitalization, essentially shifting the economic pattern from industrial activities to a mixed use urban neighbourhood.

Barter (n.) non-monetary exchange in goods or services

Tsing illustrated how alternative economic practices can emerge in the context of capitalist ruins. Barter can slowly transform the area instead of bringing gentrification to the highly intricate informal network established in Al Sanaiya.

Reuse and Reduce

Tsing illustrated how alternative economic practices can emerge in the context of capitalist ruins. Barter can slowly transform the area instead of bringing gentrification to the highly intricate informal network established in Al Sanaiya.

INDUSTRIAL REVITALIZATION

CIRCULAR ECONOMY

BIOPHILIC DESIGN

PAST

MATERIALS MUTUALISM

Mycelium Factory

Spores Cultivation Farms

Research and Development Centre

Mycelium Production line

Substrate Sorting and Storage

Demostration Farm

Processing Factory

Contaminated Soil Storage

REDUCING

FUTURE

Recycling Centre

Resources Exhibition Hall

Recyling Sorting Stations

Administrative Offices

Cafeteria and Kitchen

Tailors’ Workshop Material Archive/ Showrooms

Construction Waste Managemet

Clothes Thrifting

Human Resources Workshops

Education and Outreach Centre

Anthropocene Ecocene
REUSING
POLLUTINO

Recognising Mycelium

Despite increasing popularity of mycelium, mycelium insulation or leather which are biodegradable are still pretty foreign to the UAE which has ambitions to transition into a more sustainable nation.

General Public

Mutualism between Recycling and Mycelium Industries

Sanaiya substrate provision sustainable material provision

The project can be a great opportunity to promote mycelium as a sustainable material by demonstration to the general public. Mutualism happens here where the recycling centre can gather organic substrate that is essential for mycelium inoculation; while the mycelium factory can generate revenue for operation for both.

Mycelium Factory Recycling Centre Al
divertpeople revenue for operation barter demostrationandeducation

Proposed Site Plan 1:10,000

Selected Site

The project site is situated in the middle of Al Sanaiya. To the north there are systematically classified industrial streets; to the south there is a big garage cluster. The L-shaped site lies on a 5m tall plateau standing tall in a generally flat industrial area.

29,300
m2
Systematically Classified Industrial Streets
Cluster
Garage

RECYCLING

Spatial Configuration - North and South

The main pedestrian access is the staircase from the north while the vehicular entry is from the south. The recycling facility mainly is on the pedestrian side and the mycelium factory is on the vehicular side. The diagonal axis crosses from the pedestrian entrance to the upper right corner to form a main circulation spine allowing the shortest travel distance across the L-shaped site.

Human Car
Site Plan 1:500 +0 Site Boundary 2m Offsets

Mycelial Fragments

Inoculation Equation

Substrate Fruiting Bodies

Mycelial Fragments

Culture Nutrient Exchange Inoculate

Spatial Sequence - Mycelium Inoculation

The Spatial sequence is related to the mycelium inoculation process. Mycelium can be inoculated by first introducing mycelial fragments into an organic substrate like coffee grounds. Next during the inoculation, nutrient exchange will take place. Finally, mushrooms will fruit.

The diagonal circulation is a metaphor of the inoculation process but in reverse.

Roof Plan 1:500
Mushroom
Mycelium Coffee Grounds Gahwa: Traditional Arabic coffeespices. Dead Plants Palm Fiber: Deadplants from local flora like fallen date palm tree leaves Rice Water Mandi: A fragrant rice dish often made with meat and a mixture of aromatic spices. Substrate Test Fruiting Nutrient Exchange Mycelium Factory Wing

Fruiting - Entrance and Lobby

You will first be welcomed by the “fruiting” entrance. With mushrooms growing underneath the staircase at the entrance and a gift shop selling mycelium products. This is to directly set the tone for the architecture and provoke visitors’ curiosity on this interesting fungi.

Nutrient Upcycling - Bartering Hall

As you travel further into the building using the footbridge, there is a bartering hall. This big space surrounded by waste sorting rooms is like “nutrient upcycling”. Everyone becomes a working cell to exchange goods and waste. They can also do skill exchanges here, mutualistically benefiting one another.

Inoculation - Mycelium Factory Wing

Take a few steps down, you will enter the mycelium factory wing. To achieve the cool and dark spatial quality, the mycelium lab is sunken under a garden. The main facilities are private but visitors can speculate soil processing as they enjoy their coffee in the cafe.

Extreme Heat

Another big challenge in the area is the extreme heat. The temperature can approach 50°C on the hottest days. Guest workers can suffer from health risks working in this extreme environment.

It is so hot that business is closed from 1pm to 4pm to avoid the heat. Instead the guest workers work till late after resuming work in the afternoon. Those who live outside of the area have nothing to do but to seek refuge in alley ways. Barter can happen during the period.

Vibrant Night Life

Employees seeking refuge in the site in avoidance of extreme heat

Closure Hours - Siesta

Employees seeking refuge in the site in avoidance of extreme heat

13:00 08:30 12:24 14:45 17:22 19:18 22:30 05:23 16:00
Opening Hour Closing Hours
Fajar (dawn) Prayer Dhuhur (noon) Prayer Asr (afternoon) Prayer Maghrib (evening) Prayer Isha (nightfall) Prayer

Vertical Circulation

By lifting up the ground, seeking shelter underneath, a drastic increase in thermal comfort can be achieved as shown in the solar simulation. The lifted ground plane can function as ramps for vehicles. Mutualistically humans and cars can benefit from it.

Day and Night

During the day, the roof level is bustling with trucks and cars. Human activities happen downstairs. As night falls, the roof transitions into a gathering place.

Car Recycling People People People People

Being highly routined like Salah “the practice of praying 5 times a day”, the act of barter and recycling becomes a humbling and reflective ritual.

Waste Sorting Circulation

As the vehicles ascend on the ramp, at +2m level trucks carrying organic waste go to the right and unload the substrate here and unload the contaminated soil here; at +4m level, driving users go straight and circulate until they find the suitable drop point out of the 36 types.

Substrate

Carpark
Truck
Users
Driving
Inventory
-4 +0 +0 +2 +4

Vertical Sorting Circulation

At the drop point, designated waste can be dropped into the chutes. Falling onto the curved soft landing, the waste accumulated together with those thrown in from the ground floor. The electric hatch floor opens after it’s full, dropping the waste further to the underground level. Waste will undergo a final check-up on the conveyor belt before they are transported out.

Mutualism: between Place-Making and Operation

Some architectural interventions help achieve the mutualism between place-making and operation.

Landform Stepping

The roof is sculpted to resemble a rugged landscape, divided into layers of sizable steps akin to natural rock formations. This design allows visitors to hike up the steps, enjoy panoramic views.

Roof Edge - Balustrade Roof Edge - Planter Roof Edge - Seating and Pocket Space

The mutualism happens when socialising provides seating, seating provides shadow, shadow provides mushrooms, mushrooms provide cleaner remediated air. Cleaner air gathers visitors. While they can gather and reuse their coffee grounds in these chambers.

LED Light Strip Sandstone Cladding Recycled Coffee Grouds Irrigation System Steel I-beam Structural Connection Impromptu Mushroom Farming

Impromptu Usage of the Street in the Nighttime

To visualise the amount of processed waste each day just like a chimney does, the more waste, the brighter.

B. Lighting Strategy

Industrial Area Tectonics

The principle of architectural language is taking reference from the distinctive tectonics of the industrial area. However, the future language of the whole area is still unknown before revitalization

Structural Expression

Emphasizing the structural elements of a building, such as beams, columns, and bracing, can create a visual dialogue between the architecture and its tectonic influences. This can include exposed steel frames, visible concrete structures, and articulated joint details.

Foundation Design

Considering the sedimentary basins and potential for salt tectonics, deep foundations or pile foundations can be visually integrated into the design. This might include visible piles in open spaces or stylized foundation elements as part of the landscape design.

Materiality

The choice of materials plays a crucial role in architectural tectonics. Using materials that reflect the geological and industrial context of Al Sanaiya, such as concrete, steel, and glass, can enhance the building’s connection to its environment. These materials also provide the necessary strength and flexibility for seismic resilience.

Seismic Design Elements

Incorporating seismic design elements such as shear walls, cross-bracing, and base isolators can be both functional and aesthetic. These elements can be highlighted in the design, making them an integral part of the architectural expression.

Industrial Aesthetics

Given Al Sanaiya’s industrial context, an industrial aesthetic can be adopted. This includes using raw, unfinished materials, exposed mechanical systems, and utilitarian forms that reflect the area’s industrial heritage.

Architectural Tectonics from Geological Tectonic Setting

I am taking inspiration from the unique geological formation of the area as the landscape has been protected and timeless. Folding and faulting gave rise to the flat industrial area surrounded by the tall ridge. I am inspired by the Hajar Mountains to celebrate this significant cultural essence.

Stepping Lightwell

The steps have been strategically rotated to create tiny gaps that face north, allowing diffused lighting while avoiding harsh southern sunlight. During the day, the steps absorb heat and, due to the stack effect, effectively dissipating any odors from the recycling hall.

Exploration

Playing around with the language, different forms with different functions were created. For example, a footbridge, a staircase, a substrate filter, etc.

The footbridge serves as a vital link between different sections of the accessible roof, allowing pedestrians to traverse the space with ease. It provides a seamless connection between key amenities, such as seating areas, recreational zones, and viewpoints, enhancing the overall accessibility and usability of the rooftop space. The “Dundee” Footbridge

Twisting Triangle Peaks on the Peak Entry Stairs Substrate Drop-Off Ascending Landscape Overhang

Stacked tappered slab edge

Concrete Structure

Exposed concrete interlaced beam system

Concrete Structure Sandstone Cladding Concrete beam with tappered profile Concrete arch chamfered corner Self-healing concrete

The mycelium is planted varying locations of the mats to create dimensions

The mycelial mat is intricately woven or molded into a jali design inspired by Islamic art and architecture. The jali pattern allows for airflow and light filtration while maintaining privacy

Concrete Structure

Galvanized Steel Mycelium Panel Mycelial Mat Facade

By incorporating mycelium bricks, the recycling center addresses the challenge of noise generated when waste is dropped into processing areas, reducing noise levels and improving acoustic comfort.

Mycelium Bricks Infill
Steel
Ground
Floor Chutes with Stainless Steel I-beam structural frame Concrete Structure Galvanized Steel Mycelium Panel
Glass Envelope Steel Window Frame Steel
Glazed Facade
Transom
Concrete Structure
Glass
Galvanized Steel

While staying in Al Sanaiya for 3 days from day to night, I have been treated with so much kindness. Despite the language barrier, with a camera in my hand they would be so eager to ask for a photo, as if they have no access to preserving memories. As revitalization happens, gentrification is almost inevitable. At the restart of the world I hope at least mutualism can retain the intricate informal network.

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