The interplay of corporate entrepreneurship,environmental orientation,and performance in clean‐tech firms—A double‐edged sword

Clean‐tech innovations are an important driver in solving global issues such as climate change and for the sustainable development of economies around the world. Whereas a large part of the literature focuses on clean‐tech ventures, less is known on corporate entrepreneurship, that is, entrepreneurial behavior in established firms and its relation to sustainability. This paper extends the sustainable entrepreneurship debate to corporate entrepreneurship, which represents a fruitful avenue to further developing clean technologies. We focus particularly on clean‐tech firms' organizational preparedness for corporate entrepreneurship (OPCE), that is, how well a firm's structures and processes are set for entrepreneurial activities. On the basis of contingency theory, this study investigates how the level of OPCE influences the environmental and financial performance of clean‐tech firms and whether their environmental orientation affects these relationships. Building on data from 103 firms, we find support for a positive effect of OPCE on both environmental and financial performance. Both effects are stronger the higher the external environmental orientation. In contrast, the leverage of internal environmental orientation is not equally positive. Our study reveals that the effect of OPCE on financial performance diminishes for firms that are more strongly driven by an internal than an external environmental orientation.     

Doing More with Less: Building Dynamic Capabilities for Eco‐Efficiency

This article sheds light on the manner in which managers perceive, develop and integrate dynamic capabilities for eco‐efficient activities inherent to industrial ecology. The research employs a case study of 12 Canadian facilities involved in the processing of a wide variety of waste materials. Findings from the experiences of 60 managers interviewed reveal that capabilities for industrial ecology largely depend upon the integration and coordination of competencies, innovations and new routines related to several functional areas: innovation and technological development; control of residual material flows; adjustments in human resources; management of environmental constraints; and networking and marketing. These dynamic capabilities are developed and integrated through a four‐stage process: local experimentation, internal operationalization, enlargement/cross‐functional integration and strategic consolidation. The paper contributes to the extant literature related to dynamic capabilities and the natural resource‐based view by offering an understanding of those factors necessary for the success of industrial ecology, and also by demonstrating the functional and dynamic nature of such factors. Copyright © 2017 John Wiley & Sons, Ltd and ERP Environment     

Corporate sustainability and innovation in SMEs: Evidence of themes and activities in practice

Recently, innovation processes towards sustainable development have received increasing attention in academic literature. This research introduces the combination of insights from innovation theory, sustainable development practice and small business characteristics to unlock new knowledge on factors that influence the translation of sustainable innovation within small and medium‐sized enterprises (SMEs) into practice. The sustainability themes and activities as described for large companies (i.e. in the sustainability reporting and management literature) were used as starting point in this study. It presents empiric results of the PRIMA Project conducted within the rubber and plastics industry (RPI) on sustainable innovation activities. It will show that many sustainable innovations are directed at the improvement of technological processes (eco‐efficiency) and to lower costs of production. These innovations can be seen as incremental. Companies with sustainability integrated in their orientation and innovation processes show value creation: the development of products new to the market (radical innovations) and cooperation with stakeholders. The PRIMA project shows that more insight in SME innovative characteristics and (e)valuation of sustainable innovation efforts provides opportunities to improve the sustainability performance of SMEs. Copyright © 2009 John Wiley & Sons, Ltd and ERP Environment.     

Exploring networks of proximity for partner selection,firms' collaboration and knowledge exchange. The case of clean‐tech industry

Nowadays scholars widely recognize that know‐how, capabilities and knowledge needed to generate innovations often reside outside the firm, start‐ups are a valuable source, and collaborative networks are a fundamental strategy for innovation. This is true especially for the clean‐tech sector, which is characterized by the continuous search for innovative solutions and technological advancements. The purpose of the paper is to provide a methodological support for the screening of potential partners based on network analysis and, then, help firms to select them for collaboration and knowledge exchange. The methodology can be easily adopted by managers and executives to identify firms to monitor with greater attention for future investments. The analysis is on a dataset of 4,782 clean‐tech companies operating worldwide. Results highlight that energy companies looking for external sources could investigate their network of business proximity if they intend to specialize in a defined field and/or collaborate with similar partners, while they could explore their network of strategic proximity if they intend to diversify their businesses, that is cooperating and exchanging knowledge with firms with distant but complementary capabilities and resources.     

Innovation as a driver of eco‐innovation in the firm: An approach from the dynamic capabilities theory

The aim of this study is to investigate how innovative capabilities of the firm affect eco‐innovation from a dynamic capability lens. We build on OECD research to conceptualise eco‐innovation as the capacity with which firms modify, redesign, and create products, processes, procedures, and organisations in order to reduce environmental impact. We propose and test the temporal and relational properties of eco‐innovation as a capability. We demonstrate that eco‐innovation possesses two properties of innovative capabilities, namely, persistence over time and interrelation with other innovations. We thus shed new light on the mechanism through which firms engage in eco‐innovation. We also provide empirical evidence to the debate on the relationship between the “normal” innovation (technological or nontechnological) and eco‐innovation. We show that eco‐innovation and innovation are interrelated both simultaneously and sequentially. Moreover, we show that innovation capabilities and eco‐innovation are not only related, but they also have a complementary nature, which facilitates the development of future eco‐innovation.     

Boundary‐spanning search and firms' green innovation: The moderating role of resource orchestration capability

Building on resource‐based theory and resource orchestration theory, we investigate the impact of two characteristics of boundary‐spanning search, search breadth and search depth, on firms' exploitative and exploratory green innovations. We also examine the moderating role of resource orchestration capability. The results of data analysis from 186 manufacturing firms in China show that both search breadth and search depth have inverted U‐shaped relationships with exploitative and exploratory green innovations. Furthermore, resource orchestration capability is found to moderate the inverted U‐shaped relationship between boundary‐spanning search and green innovation. Specifically, with high resource orchestration capability, the inverted U‐shaped relationships of search breadth with exploitative and exploratory green innovations are flattened, whereas the relationships of search depth with exploitative and exploratory green innovations are almost linear. Our research contributes to the literature on green innovation by uncovering the complex effects of boundary‐spanning search on exploitative and exploratory green innovations.     

Environmental management capabilities for a “circular eco‐innovation”

At a micro level, eco‐innovation marks a transition towards a circular economy (CE), and standardised routines and controls are being implemented by businesses to introduce eco‐innovative processes and thus a circular business model. Eco‐innovation applied to a circular model implies changes to companies' environmental management and accounting practices used to manage natural resources. In this context, this study analyses and measures formal and informal environmental management systems, such as certification standards and other management and environmental accounting procedures used in eco‐innovation and the CE within the dynamic capabilities theoretical framework. The study also investigates the cause‐and‐effect relationship between firms' “circular eco‐innovation” and environmental capabilities using partial least squares structural equation modelling and tests it using a sample of Spanish companies. This study offers new knowledge about the interposition of business eco‐innovation and CE‐related activities introduced by firms from the dynamic capabilities perspective.     

Responsible Innovation Toward Sustainable Development in Small and Medium‐Sized Enterprises: a Resource Perspective

What resources do small enterprises need to develop responsible innovations that enhance sustainable development? Does lack of resources prevent innovation toward sustainability in small and medium‐sized enterprises (SMEs) or can innovations be created with scarce resources? This study investigates environmentally and socially responsible innovations of SMEs from a resource perspective, based on empirical data from 13 Nordic SMEs. The findings indicate that SMEs can create responsible innovations with very different resource combinations. The most common resource combination comprises equity, research and development cooperation, networks, industry knowledge and reputation. Except for financial capital in the form of equity, which appears a necessary condition for responsible innovation from SMEs, resource needs vary between technological and business model innovations. Creating business model innovations appears to be possible with scarce resources, at the very least with equity and social capital. Environmental technology innovations call for more abundant resource combinations. In particular industry knowledge appears to be a key resource for such innovations. Copyright © 2013 John Wiley & Sons, Ltd and ERP Environment     

Eco‐innovation motivations and ecodesign tool implementation in companies in the Nordic textile and information technology sectors

The current sustainability challenges and the required systemic transformation highlight the need for innovations on multiple levels. Ecodesign integrates environmental aspects into product and process design to reduce environmental impacts, whereas eco‐innovation also concerns nontechnological solutions. In this paper, we formulate a model that combines eco‐innovation targets ad mechanisms with sustainability maturity, which also concerns stimuli and barriers faced by companies and ecodesign tools used. The results are based on a questionnaire sent to 902 textile and information technology (IT) companies (N = 104) in the Nordic countries. The tools that Nordic textile and IT companies use in particular are life cycle assessment, type I ecolabel, and carbon footprint. Internal stimuli, especially general willingness, were important for eco‐innovativeness, while legislation and customer demand also pushed companies forward. Specific no‐go barriers were not identified, although increase in costs was a common barrier. The respondents focus often on technological product innovations, but rarely on functional innovation, renting of products, and so forth. This highlights the need to address the availability of the right kind of tools to support a broader suite of innovation that can drive toward the circular economy.     

Are fiscal policy incentives effective in stimulating firms' eco-product innovation? The moderating role of dynamic capabilities

This study investigates the effectiveness of fiscal policy incentives—in particular, direct subsidies and tax credits—in stimulating eco-product innovation among Chinese manufacturing firms. We also examine the moderating effects of dynamic capabilities. The empirical results, which are based on survey data from 265 firms in China, demonstrate that both direct subsidies and tax credits are conducive to firms' eco-product innovation. In addition, we find that when firms' dynamic integration capabilities are strong, the facilitating effects of direct subsidies and tax credits on eco-product innovation are likewise strong. Moreover, dynamic reconfiguration capabilities positively moderate the relationship between tax credits and eco-product innovation. By identifying moderators that influence the effect of fiscal incentives on eco-product innovation in heterogeneous firms, this study contributes to fiscal policy debates and realizing sustainable development.     

Does adoption of ISO 56002-2019 and green innovation reporting enhance the firm sustainable development goal performance? An emerging paradigm

Reporting is a means of communication for companies to their respective stakeholders. The literature on non-financial reporting has mostly focused on operational, Carbon Discloser Project (CDP), and environmental disclosure to firm performance. This reporting and disclosure approach adopted by companies in their sustainability practices appears to be a normative approach. However, there has been a growing demand by stakeholders to incorporate proactive approach in business activities. To meet that, green innovation practices (GIPs) has been integrated as a new element in environmental reporting, thereby reflecting the proactiveness of companies in their adoption of green innovation reporting (GIR). The objective of this study is to advocate for greater disclosure on sustainability reporting by incorporating the GIPs of companies and substantial, sustainable development goal contribution, along with the moderation of the newly upgraded ISO 56002-2019 innovation management system. Adoption of green innovation reporting and ISO 56002-2019 will enhance the level of transparency of business activities and create greater stakeholder confidence along with enhancing the firm's sustainable development of goal performance. Furthermore, an extensive literature review was undertaken to create a GIR framework (i.e., product, process, service and technology) for firms to integrate GIPs into sustainability reporting. The conceptual model proposed the adoption of green innovation reporting and ISO 56002-2019 innovation management system to firm sustainable development goal. This needs to be injected into the sustainable reporting of companies to reflect their innovativeness, actual sustainable business practices and sustainable development goal performance for the firm.     

Why does eco‐innovation differ in service firms? Some insights from Spain

Although environmental innovation studies have traditionally focused on manufacturing firms, the distinctive features of eco‐innovation activities carried out by service firms require special attention. Using the Spanish Commumity Innovation Survey (CIS), this paper determines which are the main drivers of undertaking eco‐innovation and investigates the similarities and differences between service and manufacturing firms within the five sub‐groups of services (supplier dominated, scale intensive physical networks, scale intensive information networks, science‐based, and others). The results confirm that the main eco‐innovation triggers are similar—technological push factor orientation (internal R&D and persistence) and firm size—while the impact of market pull factors and public environmental legislation differ within the services sub‐groups. In addition, we find a high degree of heterogeneity within service firms. In contrast to traditional service firms, those in the groups involving R&D activities, information networks, and scale‐intensive physical networks exhibit intensive eco‐innovation performance and show a high level of green indicators.     

The role of environmental innovation through the technological proximity in the implementation of the sustainable development

This paper explores the relationship between a firm's knowledge sourcing strategy and green innovation. The data are taken from Organisation for Economic Cooperation and Development REGPAT database, February 2016, relative to the European Patent Office firms' patent applications published up to December 2015. The study contributes to the literature by focusing on the moderating role of integration between different activities related to environmental performance on the relationship between knowledge sources and green innovations. The results from 240 firms indicate a shift in the focus from internal knowledge to external knowledge when developing environmental innovations. Government policies promoting more knowledge complementarity and coordination between environmental fields will help to promote more knowledge transfer, allowing more sustainable development.     

Successful eco‐innovators: Exploring the association between open inbound knowledge strategies and the performance of eco‐innovative firms

The main purpose of this paper is to analyse the association between open inbound knowledge strategies and the performance of eco‐innovative firms in the food and beverage industry. We propose a mixed framework based on the eco‐innovation literature and the open innovation approach. We consider the characteristics in a traditional sector based upon a resource‐based perspective. Three types of firms are distinguished in terms of their sales growth in the Spanish food industry from the least to the most successful eco‐innovators. Using multinomial logistic regression models, it is shown that the diversity of collaborators (breadth of external sources of knowledge) and joint adoption of product and process eco‐innovations are positively associated with the probability of achieving high sales growth. Moreover, we find an inverted U‐shaped relationship between the breadth of the external search and firm performance, but only for the group of the most successful firms. Moreover, operational flexibility, knowledge‐based capabilities and company size are also positively related to the group of successful eco‐innovators.     

Turning green subsidies into sustainability: How green process innovation improves firms' green image

Green process innovation has been seen as a key strategy for manufacturing firms to pursue sustainable development. Yet, how to help manufacturing firms eliminate bottlenecks when implementing green process innovation remains poorly understood. To address this issue, the current study, which is anchored in the government incentive perspective, examines the drivers, contingent conditions, and consequences of green process innovation by using the panel data of manufacturing‐listed firms in China from 2013 to 2017. The results present valuable findings: (a) green subsidies are positively related to two dimensions of green process innovation, namely, cleaner production technology and end‐of‐pipe technology; (b) both cleaner production technology and end‐of‐pipe technology are positively related to firms' green image; (c) a firm's cleaner production technology mediates the relationship between green subsidies and its green image; and (d) higher absorptive capacity strengthens the indirect effect of green subsidies on a firm's green image via cleaner production technology. Our results provide meaningful theoretical and practical implications by revealing the benefits of green subsidies through green process innovation by leveraging levels of absorptive capacity.     

Thriving in the New Normal: The HR Microfoundations of Capabilities for Business Model Innovation. An Integrated Literature Review

Firms need to respond to the increasing competition and change of the current New Normal environment by being more innovative, and especially in developing new business models. This paper seeks to explore how microfoundations, particularly with respect to human resource management, play a key role in facilitating innovation in business models through the development of key needed capabilities. Four themes are identified with respect to business model innovation (BMI) in the New Normal: BMI as an enabler to create and operate across industries and product-markets; BMI as a mechanism for firms to better navigate changing institutional landscapes; BMI as giving rise to business model portfolios; and concurrent and cumulative innovations that can lead to BMI. This paper also develops a conceptual framework that presents a synoptic view of the five essential capabilities for BMI, which include analogical reasoning, sensemaking, dynamic capabilities, organisational ambidexterity, and organisational learning. Finally, it is shown how the microfoundations of a bespoke, development-oriented BMI HR architecture can support the advancement of these capabilities and thus contribute to the strategic HR literature.     

Inter‐firm R&D collaborations and green innovation value: The role of family firms' involvement and the moderating effects of proximity dimensions

The present paper investigates the relationship between the involvement of family firms in R&D collaborations aimed at developing green solutions and the value of resulting innovations. To dig into this relationship, the moderating effects of two proximity dimensions (i.e., geographical distance and technological relatedness) are also assessed. Analyses are based on a sample of 156 joint patents classified into the “Alternative energy production” field, as defined by the International Patent Classification Green Inventory and successfully filed at the United States Patent and Trademark Office in the period 1997–2010 by publicly listed companies. According to our conjectures, results reveal a positive relationship between the involvement of family firms and green innovation value. Moreover, our findings show that this relationship is hindered when partners are geographically distant or technologically proximate. Eventually, we contribute to the literature on green innovation by unveiling under which conditions inter‐firm R&D collaborations lead to more valuable innovations.     

The effect of regional factors in the development of eco‐innovations in the firm

This research addresses the study of the effect of regional factors in the development of eco‐innovations in the firm. We assume the hypothesis of regional heterogeneity, that is, geographical factors and the regional heterogeneity play an important role in determining the innovations in the firms. In this line, we will approach our study from the perspective of regional innovation systems (RISs). Therefore, our research question involves the evaluation of regional factors as determinants of eco‐innovation developing in the firm. To examine these questions, the PITEC database that covers the period 2011–2013 was used. Overall, 5,461 firms have been employed for the ordinal logit regression model. This research contributes to the studies of eco‐innovation, extending the investigation into drivers of eco‐innovation, and highlights the impact that RIS has on the eco‐innovative development in the firm. We find that regional interaction and regional characteristics are key elements for the development of eco‐innovation in firms. Thus, the density of companies in the region, the regional per capita income, and the existence of financing mechanisms are key elements for the eco‐innovative development in the firm.     

Industry 4.0, innovation,and sustainable development: A systematic review and a roadmap to sustainable innovation

Despite the recent interest in the Industry 4.0 applications for sustainability, little is known on the processes through which digital transformation and Industry 4.0 technologies enable sustainable innovation in manufacturing. The present study addresses this knowledge gap by developing a strategic roadmap that explains how businesses can leverage Industry 4.0 technologies to introduce sustainability into innovative practices. For this purpose, the study conducts a systematic review of extant literature to identify Industry 4.0 functions for sustainable innovation and applies interpretive structural modeling to devise the promised roadmap. The results offer interesting insights into Industry 4.0 applications for sustainable innovation. The strategic roadmap developed reveals that Industry 4.0 enables sustainable innovation through 11 functions. Industry 4.0 and the underlying digital technologies and principles allow businesses to improve interfunctional collaboration and better integrate with internal and external stakeholders. Industry 4.0 further improves the knowledge base and advanced manufacturing competency and promotes organizational capabilities valuable to sustainable innovation such as green absorptive capacity, sustainable partnership, and sustainable innovation orientation. Through these functions, Industry 4.0 subsequently enhances green process innovation capacity and the ability to develop or reintroduce eco-friendly products economically and competitively. Overall, the roadmap explains the complex precedence relationships among the 11 sustainable innovation functions of Industry 4.0, offering important implications for businesses that seek to leverage Industry 4.0 sustainability implications and manage sustainable development.     

Sustainability‐oriented capabilities for eco‐innovation: Meeting the regulatory,technology, and market demands

Despite consensus in the literature that regulation, technology push, and market pull drive eco‐innovation (EI), evidence remains limited on the diverse firm capabilities needed to boost EI. Building on the natural‐resource‐based view of the firm and the EI literature, this paper posits that firms need to renew and realign their capabilities, and ultimately develop distinctive sustainability‐oriented capabilities, in order to meet the rapidly changing regulatory, technology, and market demands. Results of the analysis, based on a survey of U.K. firms, reveal that EIs are more likely to arise when firms (a) build capabilities on voluntary self‐regulation (i.e., executive driven environmental management system and corporate social responsibility) because such organizational capabilities allow them to address increasing regulatory pressures; (b) invest in environmental research and development (i.e., eco‐R&D)—instead of generic research and development—because it provides them with the relevant and specific technological capabilities to tackle technology shifts towards sustainability; and (c) develop capabilities in green market sensing as such capabilities allow them to address green consumption needs.