Adapting the post-industrial ladscape of Ravenscraig
in collaboration with: Natalie Ng + Tom Crenian + Harith Hashim
Once dominated by steel production, Ravenscraig became the starting point for an investigation into the ecological and social afterlives of industrial landscapes. Metallurgical remains explors the tensions between environmental degradation, post-industrial regeneration, and the possibilities for new forms of human and non-human coexistence.
Through site analysis, borehole soil investigations, and the study of overlapping territorial grids, the project considered how strategies of conservation, patching, and habitat integration might reshape a fragile landscape. Developed collaboratively, the work approached regeneration not as a clean slate, but as an engagement with the site's existing environmental conditions and social complexities.
The planned future of Ravenscraig
The rigid allocation of functions overlooks the complex relationships between Ravenscraig’s industrial remains,
ecological systems and accumulated social history. Rather than recognising these as assets in their own right, the plan risks treating them as constraints to be managed around new development. The emphasis on new construction raises questions about what is retained, what is erased and whose definition of progress determines the outcome. The site’s post-industrial landscape holds material, ecological and cultural value that cannot simply be replaced by new residential and commercial provision.
Key critiques of the proposed masterplan:
excessive zoning
high vehicle dependence
erasure of post-industrial nature
Site analysis
Site visit
Several natual elements were collected from site. The reasons for that were twofold: firstly to gain a better understanding of the organisms and habitats present in post-industrial wilderness, secondly to attempt to create an self-sufficient ecosystem resemblant to those in Ravenscraig.
Both aims were accomplished. The various organisms kept in the jars flourished within them for the duration of our project. They ended up being a crucial element of our final exhibition - tying in our project proposal with what was already there before human intervention.
Site changes over time
Soil analysis
The sections showed differences in soil composition and highlighted areas of contamination. This helped us understand the site's condition and consider how it could influence future remediation and design decisions.
1:2000 XL site intervention model
Soil contamination + site-specific intervention models
Model making process | human scale
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© 2026 Julia Twardzisz