Industrial Heritage Research Articles

Industrial Heritage and Cultural Clusters: More Than a Temporary Affair?

The transformation of industrial heritage buildings into cultural clusters has emerged as a prominent topic of academic research in urban planning, urban studies, heritage conservation, and architecture. Cultural clusters, defined as geographically concentrated cultural activities and organisations, have become a key instrument in urban regeneration, fostering economic growth and cultural development. Despite the benefits that cultural clusters offer in terms of fostering cultural activity, they often prove to be short-lived due to various external factors, including urban regeneration pressures, shifts in policy, and changes in zoning regulations. This thematic issue presents seven case studies that offer insights into the current state of cultural clusters, their transient nature, and the conditions necessary to guarantee their long-term sustainability in industrial heritage sites. The research is particularly relevant in light of the mounting pressure on urban land, where industrial heritage sites are frequently repurposed for residential, commercial, or industrial purposes.

Spatial Politics of Cultural Production: Negotiating Workspaces and Resisting Displacement at Industrial Heritage Sites in Berlin

Derelict industrial spaces have been crucial spatial resources for artists and cultural production for decades, often forming vibrant cultural clusters. However, these spaces are increasingly threatened by speculative real-estate development and displacement through more “productive” creative industries. The case of Alte Münze in Berlin provides empirical insight into the politics, practices, and strategies essential for preserving these heritage sites in the long term for cultural use. This research underscores the need for supportive planning regulations that combine cultural policy with urban planning, advocate for public-civic partnerships, and promote public or community-based ownership models. The findings extend to small-scale manufacturers and businesses facing similar challenges in maintaining workspaces amid competitive urban land use pressures.

Historical Quarry Landscapes of Three Finnish Granites

The quarry landscapes of Virolahti, Uusikaupunki, and Vehmaa are results of quarry operations during the most important periods of natural stone quarrying in Finland. The quarry landscape in Virolahti was formed in connection to the quarrying of red Virolahti pyterlite for the construction of St. Petersburg in Russia from the middle of 1700s to the beginning of the 1900s, while in Uusikaupunki, the quarry landscape is connected to the start of the modern Finnish stone industry and the National Romantic architecture at the beginning of the 1900s. The quarry landscape in Vehmaa is related to the start of the modern Finnish stone industry and export of Finnish granite at the beginning of the 1900s. In Virolahti, several small quarries can be seen, while in Vehmaa, a tendency towards fewer, but larger quarries start to emerge. In each area, human settlement was formed around the quarries. The geological basis for all areas is a rock type suitable for natural stone quarrying. The geotechnical features of each rock type indicate high resistance to wear and the products from these areas are early examples of durable construction. The quarry landscapes represent well the typical quarrying technology of the time and its development from channelling by chisels through hand drilling to mechanical drilling and blasting. The quarry areas form unique industrial and cultural heritage landscapes in Finland.

Exploring the Temporal, Spatial and Characteristic Trends and Key Influencing Factors of Tianjin’s Industrial Heritage

Tianjin is currently in the phase of urban stock renewal, yet its industrial heritage encounters significant challenges, including constrained spatial development, a misalignment between industrial progress and the reuse of industrial heritage, and an understated cultural representation. This study utilized geospatial analysis methods, including kernel density analysis, standard deviation ellipse analysis, and gravity migration model analysis, to elucidate the distribution characteristics of Tianjin’s industrial heritage across temporal, spatial, and typological dimensions. Moreover, a geographic detector was employed to assess the impact of various factors on the development of Tianjin’s industrial heritage, ultimately elucidating the correlations between existing challenges and objective patterns. The conclusion of this paper presents three strategic approaches for the renewal of industrial heritage, emphasizing historical culture, environmental space, and sustainable development. These strategies are designed to provide a solid research foundation for protecting and revitalizing Tianjin’s industrial heritage resources.

Sir Giles Gilbert Scott’s K2 Telephone Kiosk — A Design Classic

ABSTRACT The red telephone kiosk or box has become synonymous with Britain, standing as an icon of national identity. Yet, of all the versions of kiosk that have been introduced, only two have achieved this exalted status. This paper explores how the telephone box evolved within the UK, details the circumstances that led to an architect becoming involved in their development, and describes how Sir Giles Gilbert Scott’s design was transformed into Britain’s K2 kiosk, the first of the iconic red telephone boxes. Thereafter the paper considers issues of kiosk deployment, explains why few K2s can be found outside London and concludes with a description of the onward development of the K2 and its eventual replacement by a second Scott design, the K6. Sir Giles Gilbert Scott’s K2 kiosk forms an important part of Industrial Heritage for it not only enabled the growth of public telephones in London but also established the humble telephone box as a thing of utility combined with beauty.

The Usefulness of Infrared Spectroscopy for Elucidating the Degradation Mechanism of Metal Industrial Heritage Coatings

The Usefulness of Infrared Spectroscopy for Elucidating the Degradation Mechanism of Metal Industrial Heritage Coatings

Temporal insights into mega-events and waterfront industrial heritage transformation: a case study of Shanghai’s Huangpu River industrial zone

This research examines the evolution and renewal of Shanghai’s Huangpu River industrial zone after the 2010 Shanghai Expo, with a temporal focus on the profound changes and development philosophies driven by this mega-event. By investigating emblematic case studies along the Huangpu River, such as the transformative 80,000-ton silo, the Shanghai Museum of Contemporary Art, and the Long Museum, this research articulates how mega-events serve as pivotal moments for reimagining and repurposing industrial heritage. In the wake of the 2010 Shanghai Expo, these industrial relics emerged as focal points of urban regeneration, embodying the tensions and synergies between historical preservation and contemporary urban development. This study explores the temporal layers—from the event’s catalytic role to enduring legacies—and reveals how time influences the trajectory of urban spaces and the community’s connection to them. Through this temporal lens, the paper analyses the redevelopment process, assessing how these initiatives have reconfigured the industrial waterfront into a dynamic cultural landscape. The findings offer a dynamic perspective on the temporal dimensions that underpin the redevelopment of industrial heritage sites, providing insights into how such spaces can be continuously activated and symbiotically integrated into the fabric of the city. This paper aims to contribute to a broader understanding of the complexities involved in harnessing industrial heritage for mega-events, with implications for future urban planning and heritage conservation strategies.

Development of Post-Industrial Heritage Landscape Design Based on Visual Cognitive Schema Theory: A Case Study of the Shou Gang Industrial Cultural Heritage Site

Post-industrial landscapes serve as crucial markers of industrial cultural heritage. This study focuses on the urban environmental form design of post-industrial civilization. Facing challenges posed by the incompatibility of traditional industrial lands with modern society, the urban renaissance of post-industrial landscapes emerges as a pivotal topic. This article defines the concepts of visual cognition, the cognitive schema, and the post-industrial landscape from the perspective of environmental psychology through literature research, case studies, and on-site investigation methods. It elaborates on the design process of the Shou Gang Industrial Cultural Heritage Site. This study shows how to create a living space that has both historical memory and meets modern needs through steps such as extracting core elements, constructing spatial schema, and promoting scene integration. The study found that, by extracting and integrating the four key visual cognitive elements of humans, objects, paths, and event, a dynamic and interactive living space schema—scene relationship—can be constructed. Finally, by summarizing the overall consciousness of the visual cognitive schema, it further emphasizes the importance of paying attention to the harmony and unity of people, behavior, and environment in the design process and realizing the sustainable utilization and development of space.

From monuments to living heritage. Revisiting the Venice Charter in the conservation of younger industrial heritage

The Venice Charter of 1964 has been the benchmark for tenets governing architectural conservation and set forth pivotal principles that shaped conservation practices for decades. However, conceived during a time when heritage was primarily associated with physical monuments, the landscape of cultural heritage has transformed significantly since then, encompassing immaterial aspects, democratisation of heritage values, and diverse sustainability considerations.This research aims at exploring the strengths, limitations, and adaptability of the Venice Charter in light of evolving perspectives on heritage. The paper delves into the charter's historical context, asking whether it remains a guiding beacon or a potential hindrance. A key focus of the research is the examination of obstacles associated with the conservation of younger heritage in the face of contemporary challenges posed by sustainability imperatives. The inherent complexities of managing heritage structures marked by ongoing developmental histories and changes are explored with an example of industrial heritage dealing with the concept of ‘living heritage’. In the context of a future where resource responsibility and reuse are paramount matters, firm definitions of original substance as defined in the Venice Charter, as well as a static perception of conservation, may pose challenges, particularly for unintentional monuments situated in complex environments or marked by evolving narratives through time. Marking the 60th anniversary of the Venice Charter, this research sheds light on the charter’s legacy and its validity in the contemporary landscape of heritage protection as well as the future role of the monuments in our ever-changing societal context.

In Situ Conductive Heating for Thermal Desorption of Volatile Organic-Contaminated Soil Based on Solar Energy

A novel conductive heating method using solar energy for soil remediation was introduced in this work. Contaminated industrial heritage sites will affect the sustainable development of the local ecological environment and the surrounding air environment, and frequent exposure will have a negative impact on human health. Soil thermal desorption is an effective means to repair contaminated soil, but thermal desorption is accompanied by a large amount of energy consumption and secondary pollution. Therefore, a trough solar heat collection desorption system (TSHCDS) is proposed, which is applied to soil thermal desorption technology. The effects of different water inlet temperature, water inlet velocity and soil porosity on the evolution of soil temperature field were discussed. The temperature field of contaminated soil can be numerically simulated, and a small experimental platform is built to verify the accuracy of the numerical model for simulation research. It is concluded that the heating effect is the best when the water entry temperature is the highest, at 70 °C, and the temperature of test point 4 is increased by 50.71% and 1.42%, respectively. When the inlet water flow rate is increased from 0.1 m/s to 0.2 m/s, the heating effect is significantly improved; when the inlet water flow rate is increased from 0.5 m/s to 1.5 m/s, the heating effect is not significantly improved. Therefore, when the flow rate is greater than a certain value, the heating effect is not significantly improved. The simulation analysis of soil with different porosity shows that larger porosity will affect the thermal diffusivity, which will make the heat transfer effect worse and reduce the heating effect. The effects of soil temperature distribution on the removal of petroleum hydrocarbon C6–C9 and trichloroethylene (TCE) were studied. The results showed that in the thermal desorption process of petroleum hydrocarbon C6–C9-contaminated soil, the removal rate of pollutants increased significantly when the average soil temperature reached 80 °C. In the thermal desorption of trichloroethylene-contaminated soil, when the thermal desorption begins, the soil temperature rises rapidly and reaches the target temperature, and a large number of pollutants are removed. At the end of thermal desorption, the removal of both types of pollutants reached the target repair value. This study provides a new feasible method for soil thermal desorption.

Heritage Tourism Development Should Take Care of Industrial Heritage Protection: A Study on the Development Strategy of Industrial Heritage Tourism in Nanjing

The tourism development of industrial heritage is an effective way to activate cultural heritage and can provide new solutions for the renewal and protection of industrial heritage. This study focuses on the industrial heritage in Nanjing, aiming to explore its spatial distribution pattern, tourism development strategy, and sustainable development model. This study adopts a combination of quantitative and qualitative research methods. First, relevant information on 93 sites of industrial heritage type historic buildings in Nanjing is collected. Secondly, ArcGIS was used to visualize the evolution of industrial buildings and the spatial distribution of industrial heritage type historic buildings. Finally, the spatial analysis tools of ArcGIS and the accessibility analysis method in space syntax theory are superimposed to comprehensively analyze the spatial distribution pattern and traffic accessibility characteristics of Nanjing’s industrial heritage. The research results propose a specific plan to promote the value transformation of industrial heritage through tourism: based on the spatial distribution characteristics of Nanjing’s industrial heritage along the water system and traffic arteries, a tourist route of “multi-point, two-axis, one-center” is planned; the tourism development strategy of “point protrusion, linear links, and surface darning” is implemented; and a sustainable development model under the guidance of low-carbon environmental protection goals is explored. This study provides a reference for the protective development of industrial heritage and the expansion of tourism and opens up a new perspective for the regeneration and planning of other urban heritage.

Resistance to Being Listed Industrial Heritage? The Conflicts and Dilemma of Heritage-Making During Land Banking in Guangzhou

Amid rapid urban regeneration over the past decade, industrial heritage conservation in China has garnered increasing attention, focusing more on the reuse of listed buildings than on conflicts in the inscription process. This article examines the conflicts and dilemmas between urban redevelopment and industrial heritage conservation during the inscription process in China, through five case studies in Guangzhou. It aims to provide both an understanding of conflicts and institutional challenges posed by land banking, and insights into stakeholder dynamics, the role of media and NGOs, and the implementation of cultural heritage assessments. Grounded in the Institutional Analysis and Development framework, the empirical studies reveal that institutional conflicts, particularly resistance from land development centers and former factory owners, often stem from financial motivations. This resistance can lead to the premature demolition of potential heritage sites but also drive institutional innovations. Guangzhou’s introduction of the Wenping assessment system integrates industrial heritage identification with land banking and urban regeneration planning, aiming to protect heritage from hasty demolitions. Media coverage and NGO advocacy have been instrumental in heritage-making and prompting policy responses. The adaptive reuse of industrial heritage sites into creative industrial parks faces challenges from their temporary nature and land banking pressures, underscoring the need for policies ensuring stable and enduring reuse. Ambiguous responsibilities and fragmented management systems further impede effective heritage conservation.

The Reuse of Industrial Heritage in the UK - A Focus on Battersea Power Station in London

The Reuse of Industrial Heritage in the UK - A Focus on Battersea Power Station in London

Revitalization of urban industrial heritage from a perspective of spatial production theory: the case study of “Old market” project

ABSTRACT The renewal of urban industrial heritage brings many benefits, meanwhile facing challenges, and there is a lack of in-depth and specific case study analysis. Based on spatial production theory, this paper takes an iconic project as an example to explore its construction process and reveal the spatial and social changes it triggers. This case study investigates the changes in physical and social spaces resulting from the shift in the subjects of spatial production. By analyzing document data, spatial data, and field data, the following key findings and conclusions are obtained: 1) Capital led the regeneration process, transformed decaying factory buildings into consumer space, and activated the economic vitality of the area. 2) The construction of the physical space changed the spatial layout, structure and function that attracted the creative community and young visitors, changing daily lives of the space users. 3) However, the neglect of industrial culture and participation of nearby residents are obvious challenges. The results indicate that using spatial production as a theoretical analysis framework helps us fully understand the challenges faced in the renewal of urban industrial heritage projects. This study can provide a reference for small-scale urban heritage renewal projects, facilitating accurate decision-making.

Dominant discourses framing the reuse of industrial heritage in the context of mega-events: a relationship matrix approach

The reuse of industrial heritage sites has become increasingly prevalent in the context of hosting mega-events. This paper aims to investigate this trend, specifically in the context of Olympic Games or World Expos, and its impact on urban regeneration strategies. It introduces a methodological tool, namely, the relationship matrix, to identify key factors from ‘best practices’ criteria for managing industrial sites and planning mega-event legacies. We use this matrix to address two research objectives, namely, to determine the role of industrial heritage reuse in mega-event urban projects and to evaluate whether this creates a favourable environment for place-making. This matrix enables us to compare and analyse the Shanghai 2010 World Expo and the London 2012 Summer Olympic Games as illustrative case studies. While guidelines and strategies for mega-events and industrial heritage have evolved towards a proactive people-centred approach, our findings still reveal a bias towards material renewal in dominant discourses during the planning phase. This bias often overlooks or even excludes the memories and experiences of local communities.

Industrial Heritage and Citizen Participation: The UNESCO World Heritage Site of Ivrea, Italy

The article explores the dynamics of community involvement in managing the UNESCO World Heritage Site of Ivrea, Italy, designated as the “Industrial City of the 20th Century” in 2018. Ivrea is known for its historical connection to the Olivetti factory, whose existence shaped the town’s material and immaterial identity. The UNESCO-designated area in the north of the city features a mix of diverse buildings from the 1930s to the 1960s, serving various purposes and a variety of cultural activities. The research, commissioned as part of a larger project for updating the Site Management Plan by the Municipality of Ivrea, the managing authority of the UNESCO Site, aims to critically employ participatory approaches in the Management Plans of industrial heritage sites, analyse their role in preserving industrial heritage, and identify a new future for the city where cultural and creative industries play a vital role, or, in other words, to develop the site of Ivrea as a permanent cultural cluster. By employing an action-research methodology rooted in multidisciplinary and participatory approaches, this study focuses on the key role of residents and their connection to the industrial cultural heritage and the city to envision the site’s future. Initial findings from semi-structured interviews reveal a limited awareness of the Site Management Plan in the community and underscore the need for enhanced participatory governance. The article highlights how the collaborative efforts of stakeholders, particularly youth, yield innovative ideas, paving the way for social advancement, economic sustainability, and local promotion. Ultimately, this study envisions the UNESCO World Heritage Site as a central component of the city’s identity and a catalyst for the well-being of the involved communities.

Optimization of building thermal environment and VR industrial heritage landscape design enhanced by computer vision algorithms

With the acceleration of urbanization, the optimization of thermal environment of buildings has become an important topic to improve energy efficiency and environmental sustainability. This paper aims to enhance the optimization of building thermal environment through computer vision algorithm, and explore its application in VR industrial heritage landscape design, so as to achieve the dual goals of building energy conservation and cultural inheritance. In this study, advanced computer vision technology is used to monitor and analyze the thermal performance of buildings in real time. Through the construction of thermal environment model, combined with deep learning algorithm to extract building thermal energy data, and use VR technology for visual display, so as to provide scientific basis for design decisions. The research objects include several representative industrial heritage buildings, and analyze their thermal energy consumption characteristics and optimization potential. The results show that the application of the computer vision algorithm reduces the heat loss of the building and significantly improves the energy efficiency. At the same time, the VR visual model intuitively shows the design effect after thermal optimization, enhancing the communication and understanding between designers and stakeholders. Therefore, the combination of computer vision and VR technology can effectively improve the optimization ability of building thermal environment and promote the sustainable design and operation of traditional industrial heritage.

Evaluation of silk industrial heritage value based on IAHP, D-S theory and mixed decision model: the case of Hangzhou-Jiaxing-Huzhou in China

ABSTRACT A comprehensive understanding of the diverse value of industrial heritage is a prerequisite for preservation and reuse. After studying the composition and evaluation methods of the value of world cultural heritage, this paper puts forward a mixed decision model based on the combination of interval analytic hierarchy process, expert clustering ranking weighting method, fuzzy set and D-S theory. Firstly, an evaluation system that can describe the value of modern silk industry heritage in Hangzhou-Jiaxing-Huzhou area is established, which reflects comprehensiveness and particularity. Then, the interval analytic hierarchy process and expert clustering ranking method are proposed to calculate the weight of various indicators in the evaluation system, which can effectively reduce the influence of subjective experience and extreme experts on group decision-making. In addition, the fuzzy set theory and D-S theory are used to calculate the protection grades of several modern silk industrial heritages, and compared with the actual protection grades recognized by the state, which verifies the scientificity and effectiveness of the mixed decision-making model. Finally, the results show that the mixed decision model can accurately calculate the protection level consistent with the reality, demonstrating high feasibility and providing new ideas for the future evaluation of industrial heritage values.

Assessing Industrial Heritage Through Collaborative Counter-Mapping: A Case Study of Salts Mill, UK

The decline of Britain’s traditional manufacturing economy has resulted in an increase in abandoned factories and industrial structures, signifying a crucial turning point for local communities historically anchored in these industries. This research centres on the Salts Mill complex, a former textile factory that has undergone a remarkable transformation into a versatile space in the heart of Saltaire Village in Shipley, West Yorkshire, England. It delves into the revitalisation of Salts Mill, focusing on the intersection of industry and art. This approach uniquely highlights the socio-cultural and intangible elements embedded in the regeneration process, exploring strategies crafted to inject vitality into local communities intricately connected to this industrial site. Counter-mapping served as the primary participatory method, allowing insights from both rational observers (experts) and the involved users (local communities) to be integrated into three main areas of inquiry: the embodied experiences of Salts Mill, the essence of the locale as reflected in the building, and the everyday life interactions facilitated by arts-led regeneration. The authors argue that these components are indispensable for achieving comprehensive understandings and insights crucial to pioneering research on industrial heritage buildings. Moreover, reimagining the transformation of old factory structures through innovative arts-led initiatives can significantly bolster long-term sustainability and nurture resilient community development. This highlights the importance of prioritising community and broader context over merely focusing on the assessment and conservation of collections and buildings within post-industrial cities and towns.

Renewal strategies of industrial heritage based on placeness theory: The case of Guangzhou, China

Studying the preservation and reuse of industrial heritage can improve people's knowledge and understanding of cultural heritage, thus deepening their sense of identity and belonging to the local culture. This study applies the theory of placeness to protect industrial architectural heritage, promote the organic revitalization of urban space, enhance local identity, and realize the visualization of tacit knowledge. Based on the theory of placeness, this study constructs an indicator system for industrial architectural heritage renewal strategy. The indicator system includes four primary indicators, namely State of Matter, Policy System, Behavior and Spirit, and 23 secondary indicators. Exploratory factor analysis is carried out using the post-evaluation (POE) method. This study concludes that (1) there are seven strategy combinations for industrial heritage renewal, including artistic expression, landscape and space, humanistic connotation, industrial building, history and culture, architectural features, and construction skills. The combination of strategies can enhance the locality and architectural originality. (2) The strategy combinations can be used in the design, construction, and operation stages of the whole life cycle and have been empirically demonstrated in typical projects in Guangzhou. Building Construction Atlas, Climatic Suitability, Building History/People, and Industrial Equipment have a higher contribution to the renewal effect of industrial buildings. (3) The 23 renewal strategy elements based on placeness provide new ideas for coding methods of historic buildings and modeling of historic building information model (HBIM). These strategy elements can be used to construct a knowledge graph of historic buildings and visualize tacit knowledge to promote sustainable construction and twin city construction.