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D.A. Loendersloot
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Small towns, Big Port
Safeguarding Isolated Port Communities in a Transitioning Industrial Delta
Student report
(2026)
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V.J.F. Baeriswyl Uribe, R.T.T. Burkens, R. Evangelou, D.A. Loendersloot, V.E. Balz, T. Verbeek
This research and design project investigates the small, isolated port communities found in and around the Port of Rotterdam. Defined by their small size, high social cohesion, and multi-generational social and economical ties to the port, these isolated towns have historically faced pressure from expanding industry. In light of the global climate crisis, another significant era of change is ushered in: the energy transition. European and national frameworks necessitate a substantial increase of renewable energy production, a structural shift towards carbon free fuel systems, and a considerable expansion of supporting grid and pipeline infrastructure.
Characterised not only by their close proximity to industrial activities, but also by socio-economic dependencies, these communities are uniquely affected, resulting in a multi-layered set of challenges, and giving rise to the central research question: How can the future of isolated port communities in and around the Port of Rotterdam be safeguarded in the face of the energy transition, whilst ensuring a sustainable symbiotic relationship between port industries and port residents?
Combining research and design within an iterative methodology, a proposed vision responds to the specific values and concerns of these fenceline communities. Structured around three thematic pillars (autonomy through collaboration, connection to nature, and relationship with industry) design measures emerge to enhance liveability, whilst capitalizing on an opportunity to reform the relationship of (dis)trust between residents and corporations, allowing for a more sustainable and just exchange of burdens and benefits. In a phased strategic plan key spatial interventions are laid out and combined with supporting policies. At each stage, a focus is placed on the participation tools that must be enabled to support just spatial planning processes.
By integrating community‑driven governance, ecological upgrades, and targeted economic restructuring, the proposed strategy seeks to give shape to a resilient, inclusive transition that safeguards the future of Rotterdam port neighbourhoods.
...
Characterised not only by their close proximity to industrial activities, but also by socio-economic dependencies, these communities are uniquely affected, resulting in a multi-layered set of challenges, and giving rise to the central research question: How can the future of isolated port communities in and around the Port of Rotterdam be safeguarded in the face of the energy transition, whilst ensuring a sustainable symbiotic relationship between port industries and port residents?
Combining research and design within an iterative methodology, a proposed vision responds to the specific values and concerns of these fenceline communities. Structured around three thematic pillars (autonomy through collaboration, connection to nature, and relationship with industry) design measures emerge to enhance liveability, whilst capitalizing on an opportunity to reform the relationship of (dis)trust between residents and corporations, allowing for a more sustainable and just exchange of burdens and benefits. In a phased strategic plan key spatial interventions are laid out and combined with supporting policies. At each stage, a focus is placed on the participation tools that must be enabled to support just spatial planning processes.
By integrating community‑driven governance, ecological upgrades, and targeted economic restructuring, the proposed strategy seeks to give shape to a resilient, inclusive transition that safeguards the future of Rotterdam port neighbourhoods.
...
This research and design project investigates the small, isolated port communities found in and around the Port of Rotterdam. Defined by their small size, high social cohesion, and multi-generational social and economical ties to the port, these isolated towns have historically faced pressure from expanding industry. In light of the global climate crisis, another significant era of change is ushered in: the energy transition. European and national frameworks necessitate a substantial increase of renewable energy production, a structural shift towards carbon free fuel systems, and a considerable expansion of supporting grid and pipeline infrastructure.
Characterised not only by their close proximity to industrial activities, but also by socio-economic dependencies, these communities are uniquely affected, resulting in a multi-layered set of challenges, and giving rise to the central research question: How can the future of isolated port communities in and around the Port of Rotterdam be safeguarded in the face of the energy transition, whilst ensuring a sustainable symbiotic relationship between port industries and port residents?
Combining research and design within an iterative methodology, a proposed vision responds to the specific values and concerns of these fenceline communities. Structured around three thematic pillars (autonomy through collaboration, connection to nature, and relationship with industry) design measures emerge to enhance liveability, whilst capitalizing on an opportunity to reform the relationship of (dis)trust between residents and corporations, allowing for a more sustainable and just exchange of burdens and benefits. In a phased strategic plan key spatial interventions are laid out and combined with supporting policies. At each stage, a focus is placed on the participation tools that must be enabled to support just spatial planning processes.
By integrating community‑driven governance, ecological upgrades, and targeted economic restructuring, the proposed strategy seeks to give shape to a resilient, inclusive transition that safeguards the future of Rotterdam port neighbourhoods.
Characterised not only by their close proximity to industrial activities, but also by socio-economic dependencies, these communities are uniquely affected, resulting in a multi-layered set of challenges, and giving rise to the central research question: How can the future of isolated port communities in and around the Port of Rotterdam be safeguarded in the face of the energy transition, whilst ensuring a sustainable symbiotic relationship between port industries and port residents?
Combining research and design within an iterative methodology, a proposed vision responds to the specific values and concerns of these fenceline communities. Structured around three thematic pillars (autonomy through collaboration, connection to nature, and relationship with industry) design measures emerge to enhance liveability, whilst capitalizing on an opportunity to reform the relationship of (dis)trust between residents and corporations, allowing for a more sustainable and just exchange of burdens and benefits. In a phased strategic plan key spatial interventions are laid out and combined with supporting policies. At each stage, a focus is placed on the participation tools that must be enabled to support just spatial planning processes.
By integrating community‑driven governance, ecological upgrades, and targeted economic restructuring, the proposed strategy seeks to give shape to a resilient, inclusive transition that safeguards the future of Rotterdam port neighbourhoods.