Epsilon Archive for Student Projects

Abstract

This research investigates the potential
of phytotechnology as a sustainable
approach to design contaminated postindustrial
landscapes, with a focus on
the Ferry Terminal in Nyhamnen, Malmö.
Post-industrial soil contamination is a
widespread issue globally and traditional
remediation methods are costly, carbonintensive,
and often unsustainable.
Phytotechnology offers an alternative
by using plant-based mechanisms to
remediate soils, restore ecosystems,
and enhance the socio-environmental
value of such sites. This research
integrates a design-driven approach,
combining ecological restoration with
landscape architecture to explore how
contaminated sites can be transformed
into vibrant, functional spaces. Through
literature review, case studies, and a
conceptual design, this thesis examines
the challenges and opportunities of using
phytotechnology in urban development,
highlighting its potential to create regenerative landscapes that foster both
ecological health and human interaction