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Architects: Juergen Strohmayer + Chrili Car
Location: Akuse, Ghana
Area: 1,322 m2 (Phase 1) + 3,365 m2 (Phase 2)
Year: 2022
Photography: Juergen Strohmayer


Team:
Juergen Strohmayer (architect), Chrili Car (landscape architect), ALConstructs (structural engineers, contractors, permits), Jamstech (MEP design), Ingenieure Ohne Grenzen Deutschland (MEP concept), Sophie Morley (project preparation), Mae-ling Lokko (ergonomics, material research, process design), Abdul-Rauf Issahaque (design assistance)

Fair Trade Zone: Circular Economy as a Spatial Metabolism

The design of the Fair Trade Zone understands the circular economy as a spatial metabolism between architecture and landscape. Led by a women’s cooperative, the Fair Trade Zone in Akuse, Ghana is based on an alternative model for integrated sustainable manufacturing, agriculture, and eco-tourism in Ghana. While the raw materials processed in the built interior grow outdoors in productive gardens, the buildings harvest rainwater and nourish the plants with ecologically purified production wastewater through the courtyard’s drainage channels and gravity-fed furrow irrigation. The result is a striated landscape composed of different biomes suitable for the diverging ecological requirements of a dye garden, a paper garden, a textile garden, a skin care garden, and an energy garden. Interwoven into the productive terrain are a variety of spaces including modular indoor production rooms bordered by shaded outdoor circulation spaces that open onto courtyards and social spaces.

As a driving force for rural empowerment, the new Fair Trade Zone creates and ensures jobs for 200 female artisans and will be a step towards gender equality. Its design supports the visions of the organization in becoming a sustainable alternative model to production facilities in the region by providing a socially conscious and ergonomic work environment for employees, creating a tourist destination, and integrating innovative building strategies and technologies throughout the site.

The natural topography of the land serves as the main guiding theme of the design. Curved, elongated buildings adapt to the contour lines of the site and each houses different production lines, which are associated with adjacent productive gardens. Individual buildings allow Global Mamas to construct and start operations of the facilities in phases. Embedded in the lush vegetation are retreats, a daycare center, as well as a cafeteria set in a communal kitchen garden. Being open for guests, the Fair Trade Zone is also a new ecotourism location that offers educational workshops and tours along its circular pathway, which showcases the economic and ecological diversity of the project.

By pairing formal minimalism with ergonomic detailing, the architecture draws full attention to the vibrant manufacturing processes and the rich biodiversity of the land. Locally harvested bamboo serves as a shading screen on the eastern and western façades, allowing natural cross-ventilation to occur and filtering natural sunlight, while adding to the linear and cohesive visual character of the buildings. Walls are offset from the perimeter of the building to avoid direct sun exposure and consist of reinforced interlocking compressed earth bricks. Palm kernel shells, an agricultural waste product, cover the unsealed access roads and onsite pathways. The material palette is composed of natural materials for barrier-free, soft and permeable transitions, natural ventilation and social inclusion within a connective landscape that transcends the site boundaries of the large 2-hectare plot. The curved design of the buildings and the layout of courtyards reveals views as far as Krobo Mountain, a culturally significant marker in the surrounding landscape. The focus on building with the topography and the terraced water system are both inspired by the pre-colonial legacy of the Krobo. Prior to their eviction from Krobo Mountain during British occupation, the Krobo devised innovative rainwater harvesting systems and had created unique terraced settlements.

The design of the Fair Trade Zone focuses on integrated renewable energy with a wind turbine-powered water tower, solar energy, passive cooling, water-saving toilets, the ecological treatment of toxic dye waste water with moringa flocculants, biogas and biochar production from human and production waste, and on-site production of ecological fertilizer and insecticide.

The Fair Trade Zone’s design process follows a cooperative and participatory approach. Outdoor areas for batiking and papermaking are designed with bespoke, ergonomic production floorscapes that have been developed in design workshops together with Global Mamas’ production teams. The realization takes place, step by step, by local builders as a growing facility. The interior organization is based on a modular construction system that supports phasing and versatility of use. The outdoor spaces will be developed in detail in workshops, which join traditional local and international expertise.

Architects: Juergen Strohmayer + Chrili Car
Location: Akuse, Ghana
Area: 1,322 m2 (Phase 1) + 3,365 m2 (Phase 2)
Year: 2022
Photography: Juergen Strohmayer

urbanNext (July 16, 2024) Fair Trade Zone: Circular Economy as a Spatial Metabolism. Retrieved from https://urbannext.net/fair-trade-zone/.
Fair Trade Zone: Circular Economy as a Spatial Metabolism.” urbanNext – July 16, 2024, https://urbannext.net/fair-trade-zone/
urbanNext April 20, 2023 Fair Trade Zone: Circular Economy as a Spatial Metabolism., viewed July 16, 2024,<https://urbannext.net/fair-trade-zone/>
urbanNext – Fair Trade Zone: Circular Economy as a Spatial Metabolism. [Internet]. [Accessed July 16, 2024]. Available from: https://urbannext.net/fair-trade-zone/
Fair Trade Zone: Circular Economy as a Spatial Metabolism.” urbanNext – Accessed July 16, 2024. https://urbannext.net/fair-trade-zone/
Fair Trade Zone: Circular Economy as a Spatial Metabolism.” urbanNext [Online]. Available: https://urbannext.net/fair-trade-zone/. [Accessed: July 16, 2024]

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