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The recovery and utilisation of industrial excess heat has been identified as an important contribution for energy efficiency by reducing primary energy demand. Previous works, based on top-down studies for a few sectors, or regional case studies estimated the overall availability of industrial excess heat. A more detailed analysis is required to allow the estimation of potentials for specific heat recovery technologies, particularly regarding excess heat temperature profiles. This work combines process integration methods and regression analysis to obtain cogeneration targets, detailed excess heat temperature profiles and estimations of electricity generation potentials from low and medium temperature excess heat. The work is based on the use of excess heat temperature (XHT) signatures for individual sites and regression analysis using publicly available data, obtaining estimations of the technical potential for electricity generation from low and medium temperature excess heat (60-140 degrees C) for the whole Swedish kraft pulp and paper industry. The results show a technical potential to increase the electricity production at kraft mills in Sweden by 10 to 13%, depending on the level of process integration considered, and a lower availability of excess heat than previously estimated in studies for the sector. The approach used could be adapted and applied in other sectors and regions, increasing the level of detail at which industrial excess heat estimations are obtained when compared to previous studies.

The recovery and utilisation of industrial excess heat has been identified as an important contribution for energy efficiency by reducing primary energy demand. Previous works, based on top-down studies for a few sectors, or regional case studies estimated the overall availability of industrial excess heat. A more detailed analysis is required to allow the estimation of potentials for specific heat recovery technologies, particularly regarding excess heat temperature profiles. This work combines process integration methods and regression analysis to obtain cogeneration targets, detailed excess heat temperature profiles and estimations of electricity generation potentials from low and medium temperature excess heat. The work is based on the use of excess heat temperature (XHT) signatures for individual sites and regression analysis using publicly available data, obtaining estimations of the technical potential for electricity generation from low and medium temperature excess heat (60-140 degrees C) for the whole Swedish kraft pulp and paper industry. The results show a technical potential to increase the electricity production at kraft mills in Sweden by 10 to 13%, depending on the level of process integration considered, and a lower availability of excess heat than previously estimated in studies for the sector. The approach used could be adapted and applied in other sectors and regions, increasing the level of detail at which industrial excess heat estimations are obtained when compared to previous studies.

The recovery and utilisation of industrial excess heat has been identified as an important contribution for energy efficiency by reducing primary energy demand. Previous works, based on top-down studies for a few sectors, or regional case studies estimated the overall availability of industrial excess heat. A more detailed analysis is required to allow the estimation of potentials for specific heat recovery technologies, particularly regarding excess heat temperature profiles. This work combines process integration methods and regression analysis to obtain cogeneration targets, detailed excess heat temperature profiles and estimations of electricity generation potentials from low and medium temperature excess heat. The work is based on the use of excess heat temperature (XHT) signatures for individual sites and regression analysis using publicly available data, obtaining estimations of the technical potential for electricity generation from low and medium temperature excess heat (60-140 degrees C) for the whole Swedish kraft pulp and paper industry. The results show a technical potential to increase the electricity production at kraft mills in Sweden by 10 to 13%, depending on the level of process integration considered, and a lower availability of excess heat than previously estimated in studies for the sector. The approach used could be adapted and applied in other sectors and regions, increasing the level of detail at which industrial excess heat estimations are obtained when compared to previous studies.

The recovery and utilisation of industrial excess heat has been identified as an important contribution for energy efficiency by reducing primary energy demand. Previous works, based on top-down studies for a few sectors, or regional case studies estimated the overall availability of industrial excess heat. A more detailed analysis is required to allow the estimation of potentials for specific heat recovery technologies, particularly regarding excess heat temperature profiles. This work combines process integration methods and regression analysis to obtain cogeneration targets, detailed excess heat temperature profiles and estimations of electricity generation potentials from low and medium temperature excess heat. The work is based on the use of excess heat temperature (XHT) signatures for individual sites and regression analysis using publicly available data, obtaining estimations of the technical potential for electricity generation from low and medium temperature excess heat (60-140 degrees C) for the whole Swedish kraft pulp and paper industry. The results show a technical potential to increase the electricity production at kraft mills in Sweden by 10 to 13%, depending on the level of process integration considered, and a lower availability of excess heat than previously estimated in studies for the sector. The approach used could be adapted and applied in other sectors and regions, increasing the level of detail at which industrial excess heat estimations are obtained when compared to previous studies.

The recovery and utilisation of industrial excess heat has been identified as an important contribution for energy efficiency by reducing primary energy demand. Previous works, based on top-down studies for a few sectors, or regional case studies estimated the overall availability of industrial excess heat. A more detailed analysis is required to allow the estimation of potentials for specific heat recovery technologies, particularly regarding excess heat temperature profiles. This work combines process integration methods and regression analysis to obtain cogeneration targets, detailed excess heat temperature profiles and estimations of electricity generation potentials from low and medium temperature excess heat. The work is based on the use of excess heat temperature (XHT) signatures for individual sites and regression analysis using publicly available data, obtaining estimations of the technical potential for electricity generation from low and medium temperature excess heat (60-140 degrees C) for the whole Swedish kraft pulp and paper industry. The results show a technical potential to increase the electricity production at kraft mills in Sweden by 10 to 13%, depending on the level of process integration considered, and a lower availability of excess heat than previously estimated in studies for the sector. The approach used could be adapted and applied in other sectors and regions, increasing the level of detail at which industrial excess heat estimations are obtained when compared to previous studies.

An approach for estimating national targets for industrial excess heat recovery based on detailed analysis of data from case studies followed by regression analysis is proposed and applied to the Kraft pulping industry in Sweden. According to the resulting estimates, there is a large potential for increasing the excess heat utilization from the Swedish pulp and paper mills. The suggested methodology provides a more detailed picture of industrial excess heat availability in the Swedish pulp and paper industry and could be applied to other sectors and regions.

This paper investigates how business and innovation strategies explain companies responses to transformational pressures in a mature industry. The analytical framework combines two perspectives on business and innovation strategies: competitive position and resource position. Based on an embedded case study of eight companies in the Swedish pulp and paper industry, the paper contributes to previous innovation literature by connecting companies innovation responses to their business and innovation strategies. Most notably, it reveals a new type of ambidextrous innovation strategy, i.e. "market-driven exploitation", and shows that the responses by incumbent companies in the pulp and paper industry are the result of deliberate and justifiable strategic choices rather than path dependency and inertia. The study also confirms the value of integrating the two perspectives on strategy. On the one hand, the explanations provided by each perspective overlap with the other, so that they together provide a more nuanced understanding of the companies choices and activities. On the other hand, the perspectives complement each other, so that one perspective explains observations that cannot be explained by the other. The results of the paper inform both managers and policy makers about the trade-offs involved in changing a strategic direction while retaining core capabilities., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [2016003227]

This paper investigates how business and innovation strategies explain companies responses to transformational pressures in a mature industry. The analytical framework combines two perspectives on business and innovation strategies: competitive position and resource position. Based on an embedded case study of eight companies in the Swedish pulp and paper industry, the paper contributes to previous innovation literature by connecting companies innovation responses to their business and innovation strategies. Most notably, it reveals a new type of ambidextrous innovation strategy, i.e. "market-driven exploitation", and shows that the responses by incumbent companies in the pulp and paper industry are the result of deliberate and justifiable strategic choices rather than path dependency and inertia. The study also confirms the value of integrating the two perspectives on strategy. On the one hand, the explanations provided by each perspective overlap with the other, so that they together provide a more nuanced understanding of the companies choices and activities. On the other hand, the perspectives complement each other, so that one perspective explains observations that cannot be explained by the other. The results of the paper inform both managers and policy makers about the trade-offs involved in changing a strategic direction while retaining core capabilities., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [2016003227]

This paper investigates how business and innovation strategies explain companies responses to transformational pressures in a mature industry. The analytical framework combines two perspectives on business and innovation strategies: competitive position and resource position. Based on an embedded case study of eight companies in the Swedish pulp and paper industry, the paper contributes to previous innovation literature by connecting companies innovation responses to their business and innovation strategies. Most notably, it reveals a new type of ambidextrous innovation strategy, i.e. "market-driven exploitation", and shows that the responses by incumbent companies in the pulp and paper industry are the result of deliberate and justifiable strategic choices rather than path dependency and inertia. The study also confirms the value of integrating the two perspectives on strategy. On the one hand, the explanations provided by each perspective overlap with the other, so that they together provide a more nuanced understanding of the companies choices and activities. On the other hand, the perspectives complement each other, so that one perspective explains observations that cannot be explained by the other. The results of the paper inform both managers and policy makers about the trade-offs involved in changing a strategic direction while retaining core capabilities., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [2016003227]

This paper investigates how business and innovation strategies explain companies responses to transformational pressures in a mature industry. The analytical framework combines two perspectives on business and innovation strategies: competitive position and resource position. Based on an embedded case study of eight companies in the Swedish pulp and paper industry, the paper contributes to previous innovation literature by connecting companies innovation responses to their business and innovation strategies. Most notably, it reveals a new type of ambidextrous innovation strategy, i.e. "market-driven exploitation", and shows that the responses by incumbent companies in the pulp and paper industry are the result of deliberate and justifiable strategic choices rather than path dependency and inertia. The study also confirms the value of integrating the two perspectives on strategy. On the one hand, the explanations provided by each perspective overlap with the other, so that they together provide a more nuanced understanding of the companies choices and activities. On the other hand, the perspectives complement each other, so that one perspective explains observations that cannot be explained by the other. The results of the paper inform both managers and policy makers about the trade-offs involved in changing a strategic direction while retaining core capabilities., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [2016003227]

This paper investigates how business and innovation strategies explain companies responses to transformational pressures in a mature industry. The analytical framework combines two perspectives on business and innovation strategies: competitive position and resource position. Based on an embedded case study of eight companies in the Swedish pulp and paper industry, the paper contributes to previous innovation literature by connecting companies innovation responses to their business and innovation strategies. Most notably, it reveals a new type of ambidextrous innovation strategy, i.e. "market-driven exploitation", and shows that the responses by incumbent companies in the pulp and paper industry are the result of deliberate and justifiable strategic choices rather than path dependency and inertia. The study also confirms the value of integrating the two perspectives on strategy. On the one hand, the explanations provided by each perspective overlap with the other, so that they together provide a more nuanced understanding of the companies choices and activities. On the other hand, the perspectives complement each other, so that one perspective explains observations that cannot be explained by the other. The results of the paper inform both managers and policy makers about the trade-offs involved in changing a strategic direction while retaining core capabilities., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [2016003227]

Dynamically tunable reflective structural colors are attractive for reflective displays (electronic paper). However, it is challenging to tune a thin layer of structural color across the full red-green-blue (RGB) basis set of colors at video rates and with long-term stability. In this work, this is achieved through a hybrid cavity built from metal-insulator-metal (MIM) "nanocaves" and an electrochromic polymer (PProDOTMe(2)). The reflective colors are modulated by electrochemically doping/dedoping the polymer. Compared with traditional subpixel-based systems, this hybrid structure provides high reflectivity (>40%) due to its "monopixel" nature and switches at video rates. The polymer bistability helps deliver ultralow power consumption (& AP;2.5 mW cm(-2)) for video display applications and negligible consumption (& AP;3 & mu;W cm(-2)) for static images, compatible with fully photovoltaic powering. In addition, the color uniformity of the hybrid material is excellent (over cm(-2)) and the scalable fabrication enables large-area production., Funding Agencies|Swedish Research Council [201806768]; Swedish Foundation for Strategic Research [EM16-0002]; UK EPSRC [EP/L027151/1, EP/N016920/1]; MC2 at the Chalmers University of Technology; Swedish Foundation for Strategic Research (SSF) [EM16-0002] Funding Source: Swedish Foundation for Strategic Research (SSF)

Dynamically tunable reflective structural colors are attractive for reflective displays (electronic paper). However, it is challenging to tune a thin layer of structural color across the full red-green-blue (RGB) basis set of colors at video rates and with long-term stability. In this work, this is achieved through a hybrid cavity built from metal-insulator-metal (MIM) "nanocaves" and an electrochromic polymer (PProDOTMe(2)). The reflective colors are modulated by electrochemically doping/dedoping the polymer. Compared with traditional subpixel-based systems, this hybrid structure provides high reflectivity (>40%) due to its "monopixel" nature and switches at video rates. The polymer bistability helps deliver ultralow power consumption (& AP;2.5 mW cm(-2)) for video display applications and negligible consumption (& AP;3 & mu;W cm(-2)) for static images, compatible with fully photovoltaic powering. In addition, the color uniformity of the hybrid material is excellent (over cm(-2)) and the scalable fabrication enables large-area production., Funding Agencies|Swedish Research Council [201806768]; Swedish Foundation for Strategic Research [EM16-0002]; UK EPSRC [EP/L027151/1, EP/N016920/1]; MC2 at the Chalmers University of Technology; Swedish Foundation for Strategic Research (SSF) [EM16-0002] Funding Source: Swedish Foundation for Strategic Research (SSF)

Dynamically tunable reflective structural colors are attractive for reflective displays (electronic paper). However, it is challenging to tune a thin layer of structural color across the full red-green-blue (RGB) basis set of colors at video rates and with long-term stability. In this work, this is achieved through a hybrid cavity built from metal-insulator-metal (MIM) "nanocaves" and an electrochromic polymer (PProDOTMe(2)). The reflective colors are modulated by electrochemically doping/dedoping the polymer. Compared with traditional subpixel-based systems, this hybrid structure provides high reflectivity (>40%) due to its "monopixel" nature and switches at video rates. The polymer bistability helps deliver ultralow power consumption (& AP;2.5 mW cm(-2)) for video display applications and negligible consumption (& AP;3 & mu;W cm(-2)) for static images, compatible with fully photovoltaic powering. In addition, the color uniformity of the hybrid material is excellent (over cm(-2)) and the scalable fabrication enables large-area production., Funding Agencies|Swedish Research Council [201806768]; Swedish Foundation for Strategic Research [EM16-0002]; UK EPSRC [EP/L027151/1, EP/N016920/1]; MC2 at the Chalmers University of Technology; Swedish Foundation for Strategic Research (SSF) [EM16-0002] Funding Source: Swedish Foundation for Strategic Research (SSF)

Dynamically tunable reflective structural colors are attractive for reflective displays (electronic paper). However, it is challenging to tune a thin layer of structural color across the full red-green-blue (RGB) basis set of colors at video rates and with long-term stability. In this work, this is achieved through a hybrid cavity built from metal-insulator-metal (MIM) "nanocaves" and an electrochromic polymer (PProDOTMe(2)). The reflective colors are modulated by electrochemically doping/dedoping the polymer. Compared with traditional subpixel-based systems, this hybrid structure provides high reflectivity (>40%) due to its "monopixel" nature and switches at video rates. The polymer bistability helps deliver ultralow power consumption (& AP;2.5 mW cm(-2)) for video display applications and negligible consumption (& AP;3 & mu;W cm(-2)) for static images, compatible with fully photovoltaic powering. In addition, the color uniformity of the hybrid material is excellent (over cm(-2)) and the scalable fabrication enables large-area production., Funding Agencies|Swedish Research Council [201806768]; Swedish Foundation for Strategic Research [EM16-0002]; UK EPSRC [EP/L027151/1, EP/N016920/1]; MC2 at the Chalmers University of Technology; Swedish Foundation for Strategic Research (SSF) [EM16-0002] Funding Source: Swedish Foundation for Strategic Research (SSF)

Dynamically tunable reflective structural colors are attractive for reflective displays (electronic paper). However, it is challenging to tune a thin layer of structural color across the full red-green-blue (RGB) basis set of colors at video rates and with long-term stability. In this work, this is achieved through a hybrid cavity built from metal-insulator-metal (MIM) "nanocaves" and an electrochromic polymer (PProDOTMe(2)). The reflective colors are modulated by electrochemically doping/dedoping the polymer. Compared with traditional subpixel-based systems, this hybrid structure provides high reflectivity (>40%) due to its "monopixel" nature and switches at video rates. The polymer bistability helps deliver ultralow power consumption (& AP;2.5 mW cm(-2)) for video display applications and negligible consumption (& AP;3 & mu;W cm(-2)) for static images, compatible with fully photovoltaic powering. In addition, the color uniformity of the hybrid material is excellent (over cm(-2)) and the scalable fabrication enables large-area production., Funding Agencies|Swedish Research Council [201806768]; Swedish Foundation for Strategic Research [EM16-0002]; UK EPSRC [EP/L027151/1, EP/N016920/1]; MC2 at the Chalmers University of Technology; Swedish Foundation for Strategic Research (SSF) [EM16-0002] Funding Source: Swedish Foundation for Strategic Research (SSF)

This paper investigates to what extent and how an exploitation-oriented innovation logic can enable innovations characterised by a high degree of newness. The paper is based on an embedded case study of 11 innovation initiatives by the Swedish pulp and paper companies and uses a multi-dimensional framework that takes into account both product and process innovation dimensions as well as multiple stages in the value chain. The results show that the studied initiatives are characterised by new to the companies or new to the industry products and processes in the primary or final steps in the value chain (or both). It is also shown that such high degrees of novelty can be the result of an exploitation innovation logic, where novelty is enabled and facilitated by unchanged or slightly modified products and processes in other parts of the value chain. It can therefore be concluded that exploitation strategies can contribute to more than incremental innovation outcomes and, consequently, that mature industries hold considerably higher innovation potential than the previous literature assumes.

Belief propagation (BP) is a useful probabilistic inference algorithm for efficiently computing approximate marginal probability densities of random variables. However, in its standard form, BP is only applicable to the vector-type random variables with a fixed and known number of vector elements, while certain applications rely on random finite sets (RFSs) with an unknown number of vector elements. In this paper, we develop BP rules for factor graphs defined on sequences of RFSs where each RFS has an unknown number of elements, with the intention of deriving novel inference methods for RFSs. Furthermore, we show that vector-type BP is a special case of set-type BP, where each RFS follows the Bernoulli process. To demonstrate the validity of developed set-type BP, we apply it to the Poisson multi-Bernoulli (PMB) filter for simultaneous localization and mapping (SLAM), which naturally leads to a set-type BP PMB-SLAM method, which is analogous to a vector type SLAM method, subject to minor modifications., Funding Agencies|Swedish Research Council

Increased demand for actionable knowledge in operations- and supply chain management has fuelled the interest in collaborative, action-oriented research design as well as modes of theorising that generate adaptable and actionable frameworks. Whilst action research (AR) design as well as middle-range theories (MRT) offer guiding principles herein, they are researcher centric in nature. It is taken for granted that practitioners that enter such an endeavour have a certain level of knowledge or experience prior to the initial stages of formalising the research problem. Practitioners in non-academic, operations management-intensive industries or craftsmanship-based industries, such as construction or carpeting (often in the SME range) are often neither prepared nor equipped with the principles necessary to convey their managerial challenges into collaborative research design. This risk limiting or even hindering altogether such participation. This paper elaborates on combining the logic of AR and MRT. By conceptualising a preparatory phase for initiating practitioner engagement, complementing the conventional AR cycle, a four-step approach is presented: (1) Identifying a joint interest; (2) Teaching - Awakening interest in the topic through MRT frameworks; (3) Accepting buy-in to the AR cycle and determining the problem; and (4) Proposing MRT frameworks for analysis and entering the traditional AR cycle.

Waste management in the Architecture, Engineering and Construction (AEC) industry has been a major research topic owing to the AEC industry being one of the top contributors of waste generation. However, research has primarily focused on new build and has neglected refurbishment projects which become relevant due to an aging building stock in Sweden and Europe. Various actors are involved in refurbishment projects which makes it important to study each actor as well as tensions between them. By using a service ecosystem perspective and relying on 38 interviews, this paper aims to investigate tensions and barriers between actors within the service ecosystem of CDW for refurbishment projects in Sweden. Based on the results, spatial barriers are the most mentioned barrier which also create the highest number of tensions between project and contractor mother firm, subcontractors, waste recycling firms and society/citizens. The majority of the tensions are found between projects and the contractor mother firms, followed by tensions between projects and clients and projects and subcontractors. Unlike previous studies investigating only one of the actors waste management practices, this paper contributes by investigating the interactions between seven different actors which is important for improving waste management practices in refurbishment projects., Funding Agencies|Mistra Closing the Loop, the Foundation for Strategic Environmental Research [160026]

Waste management in the Architecture, Engineering and Construction (AEC) industry has been a major research topic owing to the AEC industry being one of the top contributors of waste generation. However, research has primarily focused on new build and has neglected refurbishment projects which become relevant due to an aging building stock in Sweden and Europe. Various actors are involved in refurbishment projects which makes it important to study each actor as well as tensions between them. By using a service ecosystem perspective and relying on 38 interviews, this paper aims to investigate tensions and barriers between actors within the service ecosystem of CDW for refurbishment projects in Sweden. Based on the results, spatial barriers are the most mentioned barrier which also create the highest number of tensions between project and contractor mother firm, subcontractors, waste recycling firms and society/citizens. The majority of the tensions are found between projects and the contractor mother firms, followed by tensions between projects and clients and projects and subcontractors. Unlike previous studies investigating only one of the actors waste management practices, this paper contributes by investigating the interactions between seven different actors which is important for improving waste management practices in refurbishment projects., Funding Agencies|Mistra Closing the Loop, the Foundation for Strategic Environmental Research [160026]

Waste management in the Architecture, Engineering and Construction (AEC) industry has been a major research topic owing to the AEC industry being one of the top contributors of waste generation. However, research has primarily focused on new build and has neglected refurbishment projects which become relevant due to an aging building stock in Sweden and Europe. Various actors are involved in refurbishment projects which makes it important to study each actor as well as tensions between them. By using a service ecosystem perspective and relying on 38 interviews, this paper aims to investigate tensions and barriers between actors within the service ecosystem of CDW for refurbishment projects in Sweden. Based on the results, spatial barriers are the most mentioned barrier which also create the highest number of tensions between project and contractor mother firm, subcontractors, waste recycling firms and society/citizens. The majority of the tensions are found between projects and the contractor mother firms, followed by tensions between projects and clients and projects and subcontractors. Unlike previous studies investigating only one of the actors waste management practices, this paper contributes by investigating the interactions between seven different actors which is important for improving waste management practices in refurbishment projects., Funding Agencies|Mistra Closing the Loop, the Foundation for Strategic Environmental Research [160026]

Waste management in the Architecture, Engineering and Construction (AEC) industry has been a major research topic owing to the AEC industry being one of the top contributors of waste generation. However, research has primarily focused on new build and has neglected refurbishment projects which become relevant due to an aging building stock in Sweden and Europe. Various actors are involved in refurbishment projects which makes it important to study each actor as well as tensions between them. By using a service ecosystem perspective and relying on 38 interviews, this paper aims to investigate tensions and barriers between actors within the service ecosystem of CDW for refurbishment projects in Sweden. Based on the results, spatial barriers are the most mentioned barrier which also create the highest number of tensions between project and contractor mother firm, subcontractors, waste recycling firms and society/citizens. The majority of the tensions are found between projects and the contractor mother firms, followed by tensions between projects and clients and projects and subcontractors. Unlike previous studies investigating only one of the actors waste management practices, this paper contributes by investigating the interactions between seven different actors which is important for improving waste management practices in refurbishment projects., Funding Agencies|Mistra Closing the Loop, the Foundation for Strategic Environmental Research [160026]

Waste management in the Architecture, Engineering and Construction (AEC) industry has been a major research topic owing to the AEC industry being one of the top contributors of waste generation. However, research has primarily focused on new build and has neglected refurbishment projects which become relevant due to an aging building stock in Sweden and Europe. Various actors are involved in refurbishment projects which makes it important to study each actor as well as tensions between them. By using a service ecosystem perspective and relying on 38 interviews, this paper aims to investigate tensions and barriers between actors within the service ecosystem of CDW for refurbishment projects in Sweden. Based on the results, spatial barriers are the most mentioned barrier which also create the highest number of tensions between project and contractor mother firm, subcontractors, waste recycling firms and society/citizens. The majority of the tensions are found between projects and the contractor mother firms, followed by tensions between projects and clients and projects and subcontractors. Unlike previous studies investigating only one of the actors waste management practices, this paper contributes by investigating the interactions between seven different actors which is important for improving waste management practices in refurbishment projects., Funding Agencies|Mistra Closing the Loop, the Foundation for Strategic Environmental Research [160026]

Purpose Over one million organisations have a quality management system (QMS) certified to the ISO 9001 standard; however, the system requires a lot of resources and its value has been questioned. This critique also leads to a questioning of the strategic relevance of quality management. The purpose of this paper is to explore how different types of uses of QMS correlate with management perceptions of quality management in terms of respect, cost and strategic importance. Design/methodology/approach The paper is based on a mixed method data collection strategy, quantitative data being collected from a survey in 8 organisations (n = 108) and qualitative data being collected from 12 interviews with quality managers in 12 different organisations. Findings The paper shows that a compliance-oriented QMS usage will more likely lead to a view of quality management as costly and of little respect, than a business or improvement-oriented QMS usage. Moreover, it nuances the view on compliance-oriented usage, showing that it is mainly documentation that negatively influences how management views quality management, whereas standardisation that is part of the compliance-oriented use is perceived as more value-adding. Originality/value This paper suggests three types of QMS use, namely, business management, improvement, and compliance-oriented use, and that a wise selection of how to use the QMS will affect the respect, strategic importance and cost that management associates with quality management., Funding Agencies|Swedish Quality Management Academy; Production Area of Advance at Chalmers; HELIX Competence Centre at Linkoping University

Purpose Over one million organisations have a quality management system (QMS) certified to the ISO 9001 standard; however, the system requires a lot of resources and its value has been questioned. This critique also leads to a questioning of the strategic relevance of quality management. The purpose of this paper is to explore how different types of uses of QMS correlate with management perceptions of quality management in terms of respect, cost and strategic importance. Design/methodology/approach The paper is based on a mixed method data collection strategy, quantitative data being collected from a survey in 8 organisations (n = 108) and qualitative data being collected from 12 interviews with quality managers in 12 different organisations. Findings The paper shows that a compliance-oriented QMS usage will more likely lead to a view of quality management as costly and of little respect, than a business or improvement-oriented QMS usage. Moreover, it nuances the view on compliance-oriented usage, showing that it is mainly documentation that negatively influences how management views quality management, whereas standardisation that is part of the compliance-oriented use is perceived as more value-adding. Originality/value This paper suggests three types of QMS use, namely, business management, improvement, and compliance-oriented use, and that a wise selection of how to use the QMS will affect the respect, strategic importance and cost that management associates with quality management., Funding Agencies|Swedish Quality Management Academy; Production Area of Advance at Chalmers; HELIX Competence Centre at Linkoping University

Purpose Over one million organisations have a quality management system (QMS) certified to the ISO 9001 standard; however, the system requires a lot of resources and its value has been questioned. This critique also leads to a questioning of the strategic relevance of quality management. The purpose of this paper is to explore how different types of uses of QMS correlate with management perceptions of quality management in terms of respect, cost and strategic importance. Design/methodology/approach The paper is based on a mixed method data collection strategy, quantitative data being collected from a survey in 8 organisations (n = 108) and qualitative data being collected from 12 interviews with quality managers in 12 different organisations. Findings The paper shows that a compliance-oriented QMS usage will more likely lead to a view of quality management as costly and of little respect, than a business or improvement-oriented QMS usage. Moreover, it nuances the view on compliance-oriented usage, showing that it is mainly documentation that negatively influences how management views quality management, whereas standardisation that is part of the compliance-oriented use is perceived as more value-adding. Originality/value This paper suggests three types of QMS use, namely, business management, improvement, and compliance-oriented use, and that a wise selection of how to use the QMS will affect the respect, strategic importance and cost that management associates with quality management., Funding Agencies|Swedish Quality Management Academy; Production Area of Advance at Chalmers; HELIX Competence Centre at Linkoping University

High-growth firms - also called gazelles - have the potential to create jobs and to drive regional development. Yet, there remains a lack of understanding about how to best support these companies in their growth process. Hence, the types of support offered to these firms are often misdirected and fail to provide relevant support to appropriate types of businesses. This paper focuses on one support policy aimed at support gazelles to cope with their growth challenges, namely intermediary actors, who provide matchmaking, advise and networking activities directed to gazelles. More specifically, this paper aims at identifying what challenges are encountered by gazelles and whether the support provided by intermediary actors is matching the need of support. The empirical focus of the paper is on gazelles within the construction industry and situated in the Swedish municipality Norrkoping. Findings indicate that challenges relate to recruitment, interactions with the public sector, lack of support and entrepreneurial personalities/skills. These challenges overwhelm the everyday work of entrepreneurs, who struggle to find solutions, despite the support of intermediaries. Implications for high-growth companies, intermediary actors and policymakers are discussed with the aim of finding a better match between high-growth challenges and intermediary support., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [49379-1]

High-growth firms - also called gazelles - have the potential to create jobs and to drive regional development. Yet, there remains a lack of understanding about how to best support these companies in their growth process. Hence, the types of support offered to these firms are often misdirected and fail to provide relevant support to appropriate types of businesses. This paper focuses on one support policy aimed at support gazelles to cope with their growth challenges, namely intermediary actors, who provide matchmaking, advise and networking activities directed to gazelles. More specifically, this paper aims at identifying what challenges are encountered by gazelles and whether the support provided by intermediary actors is matching the need of support. The empirical focus of the paper is on gazelles within the construction industry and situated in the Swedish municipality Norrkoping. Findings indicate that challenges relate to recruitment, interactions with the public sector, lack of support and entrepreneurial personalities/skills. These challenges overwhelm the everyday work of entrepreneurs, who struggle to find solutions, despite the support of intermediaries. Implications for high-growth companies, intermediary actors and policymakers are discussed with the aim of finding a better match between high-growth challenges and intermediary support., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [49379-1]

Purpose Over one million organisations have a quality management system (QMS) certified to the ISO 9001 standard; however, the system requires a lot of resources and its value has been questioned. This critique also leads to a questioning of the strategic relevance of quality management. The purpose of this paper is to explore how different types of uses of QMS correlate with management perceptions of quality management in terms of respect, cost and strategic importance. Design/methodology/approach The paper is based on a mixed method data collection strategy, quantitative data being collected from a survey in 8 organisations (n = 108) and qualitative data being collected from 12 interviews with quality managers in 12 different organisations. Findings The paper shows that a compliance-oriented QMS usage will more likely lead to a view of quality management as costly and of little respect, than a business or improvement-oriented QMS usage. Moreover, it nuances the view on compliance-oriented usage, showing that it is mainly documentation that negatively influences how management views quality management, whereas standardisation that is part of the compliance-oriented use is perceived as more value-adding. Originality/value This paper suggests three types of QMS use, namely, business management, improvement, and compliance-oriented use, and that a wise selection of how to use the QMS will affect the respect, strategic importance and cost that management associates with quality management., Funding Agencies|Swedish Quality Management Academy; Production Area of Advance at Chalmers; HELIX Competence Centre at Linkoping University

High-growth firms - also called gazelles - have the potential to create jobs and to drive regional development. Yet, there remains a lack of understanding about how to best support these companies in their growth process. Hence, the types of support offered to these firms are often misdirected and fail to provide relevant support to appropriate types of businesses. This paper focuses on one support policy aimed at support gazelles to cope with their growth challenges, namely intermediary actors, who provide matchmaking, advise and networking activities directed to gazelles. More specifically, this paper aims at identifying what challenges are encountered by gazelles and whether the support provided by intermediary actors is matching the need of support. The empirical focus of the paper is on gazelles within the construction industry and situated in the Swedish municipality Norrkoping. Findings indicate that challenges relate to recruitment, interactions with the public sector, lack of support and entrepreneurial personalities/skills. These challenges overwhelm the everyday work of entrepreneurs, who struggle to find solutions, despite the support of intermediaries. Implications for high-growth companies, intermediary actors and policymakers are discussed with the aim of finding a better match between high-growth challenges and intermediary support., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [49379-1]

Purpose Over one million organisations have a quality management system (QMS) certified to the ISO 9001 standard; however, the system requires a lot of resources and its value has been questioned. This critique also leads to a questioning of the strategic relevance of quality management. The purpose of this paper is to explore how different types of uses of QMS correlate with management perceptions of quality management in terms of respect, cost and strategic importance. Design/methodology/approach The paper is based on a mixed method data collection strategy, quantitative data being collected from a survey in 8 organisations (n = 108) and qualitative data being collected from 12 interviews with quality managers in 12 different organisations. Findings The paper shows that a compliance-oriented QMS usage will more likely lead to a view of quality management as costly and of little respect, than a business or improvement-oriented QMS usage. Moreover, it nuances the view on compliance-oriented usage, showing that it is mainly documentation that negatively influences how management views quality management, whereas standardisation that is part of the compliance-oriented use is perceived as more value-adding. Originality/value This paper suggests three types of QMS use, namely, business management, improvement, and compliance-oriented use, and that a wise selection of how to use the QMS will affect the respect, strategic importance and cost that management associates with quality management., Funding Agencies|Swedish Quality Management Academy; Production Area of Advance at Chalmers; HELIX Competence Centre at Linkoping University

Purpose Over one million organisations have a quality management system (QMS) certified to the ISO 9001 standard; however, the system requires a lot of resources and its value has been questioned. This critique also leads to a questioning of the strategic relevance of quality management. The purpose of this paper is to explore how different types of uses of QMS correlate with management perceptions of quality management in terms of respect, cost and strategic importance. Design/methodology/approach The paper is based on a mixed method data collection strategy, quantitative data being collected from a survey in 8 organisations (n = 108) and qualitative data being collected from 12 interviews with quality managers in 12 different organisations. Findings The paper shows that a compliance-oriented QMS usage will more likely lead to a view of quality management as costly and of little respect, than a business or improvement-oriented QMS usage. Moreover, it nuances the view on compliance-oriented usage, showing that it is mainly documentation that negatively influences how management views quality management, whereas standardisation that is part of the compliance-oriented use is perceived as more value-adding. Originality/value This paper suggests three types of QMS use, namely, business management, improvement, and compliance-oriented use, and that a wise selection of how to use the QMS will affect the respect, strategic importance and cost that management associates with quality management., Funding Agencies|Swedish Quality Management Academy; Production Area of Advance at Chalmers; HELIX Competence Centre at Linkoping University

High-growth firms - also called gazelles - have the potential to create jobs and to drive regional development. Yet, there remains a lack of understanding about how to best support these companies in their growth process. Hence, the types of support offered to these firms are often misdirected and fail to provide relevant support to appropriate types of businesses. This paper focuses on one support policy aimed at support gazelles to cope with their growth challenges, namely intermediary actors, who provide matchmaking, advise and networking activities directed to gazelles. More specifically, this paper aims at identifying what challenges are encountered by gazelles and whether the support provided by intermediary actors is matching the need of support. The empirical focus of the paper is on gazelles within the construction industry and situated in the Swedish municipality Norrkoping. Findings indicate that challenges relate to recruitment, interactions with the public sector, lack of support and entrepreneurial personalities/skills. These challenges overwhelm the everyday work of entrepreneurs, who struggle to find solutions, despite the support of intermediaries. Implications for high-growth companies, intermediary actors and policymakers are discussed with the aim of finding a better match between high-growth challenges and intermediary support., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [49379-1]

High-growth firms - also called gazelles - have the potential to create jobs and to drive regional development. Yet, there remains a lack of understanding about how to best support these companies in their growth process. Hence, the types of support offered to these firms are often misdirected and fail to provide relevant support to appropriate types of businesses. This paper focuses on one support policy aimed at support gazelles to cope with their growth challenges, namely intermediary actors, who provide matchmaking, advise and networking activities directed to gazelles. More specifically, this paper aims at identifying what challenges are encountered by gazelles and whether the support provided by intermediary actors is matching the need of support. The empirical focus of the paper is on gazelles within the construction industry and situated in the Swedish municipality Norrkoping. Findings indicate that challenges relate to recruitment, interactions with the public sector, lack of support and entrepreneurial personalities/skills. These challenges overwhelm the everyday work of entrepreneurs, who struggle to find solutions, despite the support of intermediaries. Implications for high-growth companies, intermediary actors and policymakers are discussed with the aim of finding a better match between high-growth challenges and intermediary support., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [49379-1]

The purpose of this paper is to explore the characteristics and activities of intermediaries that are involved in innovation diffusion and, thus, contribute to the acceleration of sustainability transitions. The paper develops a taxonomy of four types of diffusion intermediaries based on official firm registry data on intermediaries involved in renewable electricity technologies in Sweden, which differ from each other in terms of business activity width and sectoral coverage. An analysis of the intermediaries business descriptions shows that: (1) most intermediaries are not exclusively involved in intermediation and many are active in several sectors, (2) the relative importance of different intermediation activities varies between different types of intermediaries, and (3) diffusion intermediation has a technology-specific component. These findings imply that researchers and policy makers should not treat diffusion intermediaries as a homogeneous collective. Moreover, there might be an (unexploited) potential for intermediaries and policy makers to exploit cross-sectoral learning., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [40642-1]

This paper provides new understanding on how intermediary actors support the adoption of renewable electricity technology. While intermediaries complement each other in different phases of the process, there are also gaps and overlaps in the support that they provide. Results indicate that there is a great need of improving the communication among intermediaries and of a higher level of coordination among the tasks performed. Fostering the widespread adoption of renewable energy technologies is one of the most important drivers to limit the irreversible consequences of global warming that the world is facing today. However, the process of adopting such innovations is often complex and challenging. Previous studies have recognized the crucial role of intermediaries in facilitating the adoption process. Yet, little is known about how different intermediaries support the various adoption process phases, which intermediary type does what, and whether there are support gaps or overlaps among them. The authors of this paper contribute to previous research on innovation adoption and innovation intermediaries based upon research on the adoption context of renewable energy technologies in Sweden. They gathered secondary data and semi-structured interviews with nineteen intermediaries who support the adoption process of renewable energy technologies. The finding of this paper has implications on policy design, with regard, to how intermediaries can better perform in a technology diffusion context and to how intermediaries can be coordinated to provide better services during the different phases of the adoption process. (C) 2020 Elsevier Ltd. All rights reserved., Funding Agencies|Swedish Energy AgencySwedish Energy Agency [40642-1]

In this paper, Vertically Aligned Carbon Nanotube (VACNT) forests are embedded into two different glass fibre/ epoxy composite systems to study their sensing abilities to strain and temperature. Through a bottom-up approach, performing studies of the VACNT forest and its individual carbon nanotubes on the nano-, micro-, and mesoscale, the observed thermoresistive effect is determined to be due to fluctuation-assisted tunnelling, and the linear piezoresistive effect due to the intrinsic piezoresistivity of individual carbon nanotubes. The VACNT forests offer great freedom of placement into the structure and reproducibility of sensing sensitivity in both composite systems, independent of conductivity and volume fraction, producing a robust sensor to strain and temperature., Funding Agencies|Swedish Governmental Agency for Innovation Systems, Vinnova; SAAB AB; XPRES (Centre of Excellence in Production Research - a strategic research area in Sweden

In this paper, Vertically Aligned Carbon Nanotube (VACNT) forests are embedded into two different glass fibre/ epoxy composite systems to study their sensing abilities to strain and temperature. Through a bottom-up approach, performing studies of the VACNT forest and its individual carbon nanotubes on the nano-, micro-, and mesoscale, the observed thermoresistive effect is determined to be due to fluctuation-assisted tunnelling, and the linear piezoresistive effect due to the intrinsic piezoresistivity of individual carbon nanotubes. The VACNT forests offer great freedom of placement into the structure and reproducibility of sensing sensitivity in both composite systems, independent of conductivity and volume fraction, producing a robust sensor to strain and temperature., Funding Agencies|Swedish Governmental Agency for Innovation Systems, Vinnova; SAAB AB; XPRES (Centre of Excellence in Production Research - a strategic research area in Sweden

The thermal conversion of biomass fuel mixes in fluidized beds can cause agglomeration. To counteract agglomeration, bed material is gradually exchanged with virgin bed material, and this results in increased disposal of used bed material. Furthermore, the bed material exchange represents a costly option, as it involves a cost for virgin bed material, for landfill, and for unplanned downtime of the plant. This paper presents a novel method for the evaluation of bed material quality: the electronic tongue (ET). Evaluation of bed material quality can contribute toward decreasing the cost of unnecessary exchanges of bed material. The proposed method was tested on bed material sampled on an almost daily basis from a commercial fluidized bed boiler during several months of operation. A two-electrode ET was used for the evaluation of the bed material quality. The analysis relied on pulsed voltammetry measurements and multivariate data analysis with Principal Component Analysis (PCA). The results suggest that it is possible to follow bed material changes and that the ET, after further development, may be used to optimize the material flows connected to the bed material. Further research is being conducted to optimize the ETs performance and its application in monitoring bed material., Funding Agencies|Energimyndigheten (Swedish Energy Agency) [50450-1]

The thermal conversion of biomass fuel mixes in fluidized beds can cause agglomeration. To counteract agglomeration, bed material is gradually exchanged with virgin bed material, and this results in increased disposal of used bed material. Furthermore, the bed material exchange represents a costly option, as it involves a cost for virgin bed material, for landfill, and for unplanned downtime of the plant. This paper presents a novel method for the evaluation of bed material quality: the electronic tongue (ET). Evaluation of bed material quality can contribute toward decreasing the cost of unnecessary exchanges of bed material. The proposed method was tested on bed material sampled on an almost daily basis from a commercial fluidized bed boiler during several months of operation. A two-electrode ET was used for the evaluation of the bed material quality. The analysis relied on pulsed voltammetry measurements and multivariate data analysis with Principal Component Analysis (PCA). The results suggest that it is possible to follow bed material changes and that the ET, after further development, may be used to optimize the material flows connected to the bed material. Further research is being conducted to optimize the ETs performance and its application in monitoring bed material., Funding Agencies|Energimyndigheten (Swedish Energy Agency) [50450-1]

The thermal conversion of biomass fuel mixes in fluidized beds can cause agglomeration. To counteract agglomeration, bed material is gradually exchanged with virgin bed material, and this results in increased disposal of used bed material. Furthermore, the bed material exchange represents a costly option, as it involves a cost for virgin bed material, for landfill, and for unplanned downtime of the plant. This paper presents a novel method for the evaluation of bed material quality: the electronic tongue (ET). Evaluation of bed material quality can contribute toward decreasing the cost of unnecessary exchanges of bed material. The proposed method was tested on bed material sampled on an almost daily basis from a commercial fluidized bed boiler during several months of operation. A two-electrode ET was used for the evaluation of the bed material quality. The analysis relied on pulsed voltammetry measurements and multivariate data analysis with Principal Component Analysis (PCA). The results suggest that it is possible to follow bed material changes and that the ET, after further development, may be used to optimize the material flows connected to the bed material. Further research is being conducted to optimize the ETs performance and its application in monitoring bed material., Funding Agencies|Energimyndigheten (Swedish Energy Agency) [50450-1]

In this paper, Vertically Aligned Carbon Nanotube (VACNT) forests are embedded into two different glass fibre/ epoxy composite systems to study their sensing abilities to strain and temperature. Through a bottom-up approach, performing studies of the VACNT forest and its individual carbon nanotubes on the nano-, micro-, and mesoscale, the observed thermoresistive effect is determined to be due to fluctuation-assisted tunnelling, and the linear piezoresistive effect due to the intrinsic piezoresistivity of individual carbon nanotubes. The VACNT forests offer great freedom of placement into the structure and reproducibility of sensing sensitivity in both composite systems, independent of conductivity and volume fraction, producing a robust sensor to strain and temperature., Funding Agencies|Swedish Governmental Agency for Innovation Systems, Vinnova; SAAB AB; XPRES (Centre of Excellence in Production Research - a strategic research area in Sweden

In this paper, Vertically Aligned Carbon Nanotube (VACNT) forests are embedded into two different glass fibre/ epoxy composite systems to study their sensing abilities to strain and temperature. Through a bottom-up approach, performing studies of the VACNT forest and its individual carbon nanotubes on the nano-, micro-, and mesoscale, the observed thermoresistive effect is determined to be due to fluctuation-assisted tunnelling, and the linear piezoresistive effect due to the intrinsic piezoresistivity of individual carbon nanotubes. The VACNT forests offer great freedom of placement into the structure and reproducibility of sensing sensitivity in both composite systems, independent of conductivity and volume fraction, producing a robust sensor to strain and temperature., Funding Agencies|Swedish Governmental Agency for Innovation Systems, Vinnova; SAAB AB; XPRES (Centre of Excellence in Production Research - a strategic research area in Sweden

In this paper, Vertically Aligned Carbon Nanotube (VACNT) forests are embedded into two different glass fibre/ epoxy composite systems to study their sensing abilities to strain and temperature. Through a bottom-up approach, performing studies of the VACNT forest and its individual carbon nanotubes on the nano-, micro-, and mesoscale, the observed thermoresistive effect is determined to be due to fluctuation-assisted tunnelling, and the linear piezoresistive effect due to the intrinsic piezoresistivity of individual carbon nanotubes. The VACNT forests offer great freedom of placement into the structure and reproducibility of sensing sensitivity in both composite systems, independent of conductivity and volume fraction, producing a robust sensor to strain and temperature., Funding Agencies|Swedish Governmental Agency for Innovation Systems, Vinnova; SAAB AB; XPRES (Centre of Excellence in Production Research - a strategic research area in Sweden

The thermal conversion of biomass fuel mixes in fluidized beds can cause agglomeration. To counteract agglomeration, bed material is gradually exchanged with virgin bed material, and this results in increased disposal of used bed material. Furthermore, the bed material exchange represents a costly option, as it involves a cost for virgin bed material, for landfill, and for unplanned downtime of the plant. This paper presents a novel method for the evaluation of bed material quality: the electronic tongue (ET). Evaluation of bed material quality can contribute toward decreasing the cost of unnecessary exchanges of bed material. The proposed method was tested on bed material sampled on an almost daily basis from a commercial fluidized bed boiler during several months of operation. A two-electrode ET was used for the evaluation of the bed material quality. The analysis relied on pulsed voltammetry measurements and multivariate data analysis with Principal Component Analysis (PCA). The results suggest that it is possible to follow bed material changes and that the ET, after further development, may be used to optimize the material flows connected to the bed material. Further research is being conducted to optimize the ETs performance and its application in monitoring bed material., Funding Agencies|Energimyndigheten (Swedish Energy Agency) [50450-1]

The thermal conversion of biomass fuel mixes in fluidized beds can cause agglomeration. To counteract agglomeration, bed material is gradually exchanged with virgin bed material, and this results in increased disposal of used bed material. Furthermore, the bed material exchange represents a costly option, as it involves a cost for virgin bed material, for landfill, and for unplanned downtime of the plant. This paper presents a novel method for the evaluation of bed material quality: the electronic tongue (ET). Evaluation of bed material quality can contribute toward decreasing the cost of unnecessary exchanges of bed material. The proposed method was tested on bed material sampled on an almost daily basis from a commercial fluidized bed boiler during several months of operation. A two-electrode ET was used for the evaluation of the bed material quality. The analysis relied on pulsed voltammetry measurements and multivariate data analysis with Principal Component Analysis (PCA). The results suggest that it is possible to follow bed material changes and that the ET, after further development, may be used to optimize the material flows connected to the bed material. Further research is being conducted to optimize the ETs performance and its application in monitoring bed material., Funding Agencies|Energimyndigheten (Swedish Energy Agency) [50450-1]

In recent years there has been a growing interest in the use of plasmonic nanostructures for color generation, a technology that dates back to ancient times. Plasmonic structural colors have several attractive features but once the structures arc prepared the colors arc normally fixed. Lately, several concepts have emerged for actively tuning the colors, which opens up for many new potential applications, the most obvious being novel color displays. In this review we summarize recent progress in active control of plasmonic colors and evaluate them with respect to performance criteria for color displays. It is suggested that actively controlled plasmonic colors are generally less interesting for emissive displays but could be useful for new types of electrochromic devices relying on ambient light (electronic paper). Furthermore, there are several other potential applications such as images to be revealed on demand and colorimetric sensors., Funding Agencies|Swedish Foundation for Strategic Research [EM16-0002]

In recent years there has been a growing interest in the use of plasmonic nanostructures for color generation, a technology that dates back to ancient times. Plasmonic structural colors have several attractive features but once the structures arc prepared the colors arc normally fixed. Lately, several concepts have emerged for actively tuning the colors, which opens up for many new potential applications, the most obvious being novel color displays. In this review we summarize recent progress in active control of plasmonic colors and evaluate them with respect to performance criteria for color displays. It is suggested that actively controlled plasmonic colors are generally less interesting for emissive displays but could be useful for new types of electrochromic devices relying on ambient light (electronic paper). Furthermore, there are several other potential applications such as images to be revealed on demand and colorimetric sensors., Funding Agencies|Swedish Foundation for Strategic Research [EM16-0002]

In recent years there has been a growing interest in the use of plasmonic nanostructures for color generation, a technology that dates back to ancient times. Plasmonic structural colors have several attractive features but once the structures arc prepared the colors arc normally fixed. Lately, several concepts have emerged for actively tuning the colors, which opens up for many new potential applications, the most obvious being novel color displays. In this review we summarize recent progress in active control of plasmonic colors and evaluate them with respect to performance criteria for color displays. It is suggested that actively controlled plasmonic colors are generally less interesting for emissive displays but could be useful for new types of electrochromic devices relying on ambient light (electronic paper). Furthermore, there are several other potential applications such as images to be revealed on demand and colorimetric sensors., Funding Agencies|Swedish Foundation for Strategic Research [EM16-0002]