Enhancing green product and process innovation: Towards an integrative framework of knowledge acquisition and environmental investment

Despite the increasing interest in green innovation literature, little is known on how and under what conditions firms' knowledge transfer activities affect green innovation. There is lack of research that on how particular organizational capabilities are seen more useful and how it influences on green innovation performance. To address this research gap, we examine a mediation model in which we explore whether a firm's knowledge acquisition capability and investment in environmental management mediate the impact of buyer-driven knowledge transfer activities on green product innovation and green process innovation. On the basis of an analysis of a sample of 239 manufacturing firms, we find that buyer-driven knowledge activities have a greater positive impact on green product innovation than green process innovation. Investment in environmental management fully mediates the relationship between buyer-driven knowledge transfer activities and green process innovation, and knowledge acquisition capability partially mediates the relationship between buyer-driven knowledge transfer activities and green product innovation. The current study provides evidence that internal competencies and the role of buyers in knowledge transfer are critical for explaining the green product innovation and green process innovation. Our results suggest that buyer involvement pushes firms to develop resource acquisition capability to enhance green product innovation. Our results also highlight the importance of investment in environmental management for overcoming the environmental challenges in the manufacturing firms.     

IDENTIFYING FACTORS WHICH INFLUENCE PRODUCT INNOVATION: A CASE STUDY APPROACH

This article provides an analysis of factors affecting the level of product innovation in a small enterprise setting. The perspective chosen considers the interaction of management and environmental factors and its impact on product innovation and explores how these factors interrelate to influence small business success (growth). A causal multi-site model is developed which will assist in identifying product innovation determinants for high-growth and low-growth firms. Moreover, direct and secondary explanations of product innovations will be isolated. Twelve case studies will be examined. The conclusions are that, for high-growth firms, determinants of product innovation that influenced small-business success (growth) were technology, competitive edge, research and development, product life-cycle, market change, product/market mix and customer base. For low-growth firms, customer base was a major determinant of product innovation which influenced small-business success (growth).     

Environmental Innovations as a Source of Competitive Advantage or Vice Versa?

The aim of this paper is to examine the links between developed environmental innovations and the competitiveness of firms. It seeks answers to the question: Are the developed environmental innovations associated with the improved or impaired competitiveness of firms? In addition, it explores how competitive advantage is created along the innovation process. This will be done by comparing the successful and unsuccessful green innovators. The empirical evidence is based on the longitudinal dataset gathered from 128 Finnish firms which have developed one or more environmental innovations. The data covers nine years from 2002 to 2010. This study provides two contributions to academic literature. First, it deepens the existing knowledge of how environmental innovations are associated with competitive advantage. It identifies the types of competitive advantages as well as potential disadvantages along the innovation process. Second, this study demonstrates how the competitive advantage was enhanced along the successful innovation process. Copyright © 2013 John Wiley & Sons, Ltd and ERP Environment     

Green innovation to respond to environmental regulation: How external knowledge adoption and green absorptive capacity matter?

Although environmental regulations have been considered as important forces of conducting green innovation, how and under what conditions they affect green innovation are still unclear. Drawing from institutional theory, this study used survey data from 237 manufacturing firms in China to investigate how two dimensions of environmental regulations (i.e., command and control regulation and market‐based regulation) affect green product innovation and green process innovation. Further, this article examined the mediating role of external knowledge adoption and the moderating role of green absorptive capacity. Our results indicate that both command and control regulation and market‐based regulation have positive influences on external knowledge adoption. External knowledge adoption fully mediates these positive relationships. In addition, green absorptive capacity only strengthens the positive impact of market‐based regulation on external knowledge adoption. Our study contributes to institutional theory and green innovation literature.     

Impact of Green Innovation on Labor Productivity and its Determinants: an Analysis of the Korean Manufacturing Industry

Due to worsening environmental conditions around the globe, firms have been investing a great deal of money in green technologies as a way of coping with the environmental crisis. This paper uses a unique data set based on the Korea Innovation Survey to examine the impact of green innovation on labor productivity, and the determinants of environmental activities in 2010. The empirical results show that green innovation intended for both firm and customer benefits has a positive effect on labor productivity. This finding means that firms need to implement firm‐oriented green innovation as well as customer‐oriented green innovation in order to increase their performance. Our findings also show that there are significant differences in aggregate green innovations depending on different firm sizes and industries. Specifically, large firms implement environmental activities more than small ones, and pollution‐intensive industries tend to invest more in activities related to environmental technology. Copyright © 2013 John Wiley & Sons, Ltd and ERP Environment.     

Green Knowledge Sharing,Stakeholder Pressure,Absorptive Capacity,and Green Innovation: Evidence from Chinese Manufacturing Firms

A central issue faced by many Chinese manufacturing firms is how to absorb and utilize green knowledge shared among supply chain members for superior green innovation. Invoking the indirect research stream of organizational learning theory, we develop a moderated mediation model in which absorptive capacity mediates the interactive effects of green knowledge sharing and stakeholder pressure on green innovation. Our hypotheses were tested using a sample of 247 Chinese manufacturing firms. The results from multiple regression and bootstrapping tests reveal that absorptive capacity fully mediates the link between green knowledge sharing and green innovation, and the mediation effect is positively contingent upon stakeholder pressure. These findings provide managerial implications for Chinese manufacturing firms, recommending that these firms effectively develop their absorptive capacities and closely monitor stakeholder pressure to realize the green innovation benefits of green knowledge sharing.     

Integrating Suppliers into Green Product Innovation Development: an Empirical Case Study in the Semiconductor Industry

Green innovation has been recognized as one of the key factors to achieve environmental and economic success in markets. Understanding green product innovation development as a result of suppliers' involvement has become a strategic priority for academics and practitioners. This paper aims to explore and understand the role of suppliers in enhancing the manufacturer's ability to successfully carry out green innovation in product development. As a research methodology, a case study approach is employed. Primary data were collected through site visits and extensive interviews with corporate and plant management in Korea. Based on the Korean study, the paper presents following outcomes. First, there is a strong linkage between environmental compliance and green new product developments. Second, there is a strategically close relationship of environmental collaboration between suppliers and the buying company through technological integration. Finally, involving key suppliers in green new product development for environmentally demanding customers and markets can bring both environmental and commercial success. This research provides new insights on supplier involvement and green product innovation development in supply chain management. Copyright © 2011 John Wiley & Sons, Ltd and ERP Environment.     

Green Innovation,Managerial Concern and Firm Performance: An Empirical Study

Extant literature, while often suggesting a positive link between green innovation and firm performance, is inconclusive. Moreover, the possibly moderating role of management has not been sufficiently considered. Using a unique dataset sampling 188 manufacturing firms in China, we examine how managerial concern (for green issues) moderates the relationship between green innovation and firm performance. We find that green process innovation and green product innovation both significantly (positively) predict firm performance, when not considering managerial concern for the environment. Once managerial concern is included, we observe that it compounds the positive effect of green process innovation on firm performance – but not product innovation, which no longer explains significant unique variance in firm performance. The findings hold various implications for future research and business policy. Copyright © 2017 John Wiley & Sons, Ltd and ERP Environment     

Green innovation and knowledge: The role of size

This paper reports research on relationship between firm's knowledge sourcing strategy and green innovation. The data are taken from Spanish Technological Innovation Panel survey during 2007–2011. The study contributed to the literature by focusing on the moderating role of firm size on the relationship between knowledge sources and green innovations. Results from over 5,000 firms indicate a shift in the focus from internal knowledge to external knowledge when developing green innovations as firms grow in size. Despite benefits from broad knowledge search on green innovations, the relationship has an inverted U shape. The diminishing returns of knowledge breadth on green innovations are present for smaller firms and disappearing as firms get larger. Government policies promoting more coordination and knowledge complementarity between private and public sector will help to influence more knowledge transfer, ensuring a more sustainable and green economy.     

Sustaining the sustainable development: How do firms turn government green subsidies into financial performance through green innovation?

The impact of government green subsidies on firms' green innovation behaviors and sustainable development has been recognized in the existing literature, but the deep relationship remains poorly understood. This study aims to examine the mechanism of how government green subsidies influence firms' financial performance via green innovation and how the mediating effect varies under different contingent conditions. Empirical results based on data of Chinese listed companies between 2006 and 2018 reveal that green subsidies have positive effects on green process and product innovation, but only green product innovation can rise higher financial performance, which further verifies that green subsidies positively influence financial performance through green product innovation rather than green process innovation. In addition, both higher absorptive capacity and higher market turbulence strengthen the indirect effect of green subsidies on firms' financial performance via green product innovation. Our study provides useful implications for enterprises by revealing the influence mechanism of green subsidies on financial performance through green innovation under different leveraging levels of internal and external conditions. It also provides basis for the government to formulate relevant environmental policies.     

Customer and Supplier Collaboration in Green Product Innovation: External and Internal Capabilities

Firms collaborate in green product innovation to develop products with less environmental impact. These products typically use less energy, have lower emissions and incorporate more environmentally friendly materials. In an industrial setting, firms often collaborate along the supply chain with customers and suppliers. This paper focuses on external and internal capabilities that firms need when collaborating in green product innovation. The paper builds on data from five large industrial firms in ten case studies, in which these firms collaborate with customers and suppliers to innovate green products to an industrial market. External and internal capabilities are investigated. The study points to the importance of finding a suitable partner. Partners need to have environmental expertise and contribute knowledge or technology that is new to the firm. Firms need to combine relational capabilities, such as trust, with contractual agreements in collaborative innovations. The findings point to the importance of knowledge management with the partner as well as internally in the firm. The study shows that no partner collaboration operates in isolation but is situated in a network context. Copyright © 2018 John Wiley & Sons, Ltd and ERP Environment     

How do green knowledge management and green technology innovation impact corporate environmental performance? Understanding the role of green knowledge acquisition

Increasing regulatory obligations to adapt and execute environmentally friendly operations make it critical for businesses to pursue strategies that can strengthen their competitive edge in the market. Academics and practitioners alike have recently gravitated toward exploring how knowledge acquisition activities might improve business outcomes. To address this growing research interest, this study investigates the critical roles of green knowledge acquisition in enhancing green knowledge management and green technology innovation activities in improving corporate environmental performance, positioning resource commitment as a moderator. The research model has been assessed using structural equation modeling with survey data from 283 Indian manufacturers, demonstrating that green knowledge acquisition significantly impacts green knowledge management and green technology innovation. The statistical findings also show that green technology innovation acts catalyzes the translation of green knowledge management into improved corporate environmental performance. The results demonstrate that resource commitment moderates green knowledge acquisition's interaction with green knowledge management and green technology innovation, providing practical insights enabling managers to focus on planning, allocating, and budgeting resources for effective green practices that can contribute to improving corporate environmental performance.     

Do Spillovers Stimulate Incremental or Drastic Product Innovations? Evidence from German Establishment Data*

Despite the generally recognized importance of knowledge spillovers, the empirical literature is essentially silent on the type of innovation stimulated by spillovers. We estimate the determinants of product innovations differing in their degree of newness to the adopting firm. Knowledge spillovers from rivals have a positive impact on incremental innovations. This impact is largely independent of participation in R&D cooperation. Spillovers exert no such independent influence on drastic innovation activities. The results support the hypothesis that establishments face difficulties in using knowledge that comes from areas they are not familiar with. Establishments exploit spillovers for incremental innovations rather than for drastic innovations. To some degree R&D cooperation can help to overcome the difficulties in using spillovers for drastic innovations. Furthermore, our estimates provide evidence that the firm's own R&D effort and the use of outside information are substitutes.     

Sustainable Development Strategies for Product Innovation and Energy Efficiency

The interaction between product innovation and companies’ activities aimed at improving the energy efficiency of production facilities has been relatively little studied, but is of great relevance to society and companies given the strong focus of governments on grand challenges like climate change, green innovation technologies, and environmental problems in general. This paper utilizes the 2009 European Manufacturing Survey for the Danish sub‐sample including 335 manufacturing firms. Through factor analysis, this paper confirms three main areas of focus of new product development: efficiency considerations, market attention, and greening of innovation. Logistic regression analysis demonstrates that while market attention is important for the development of new products, green aspects of innovation and efficiency considerations are important for production companies wanting to improve their energy efficiency. When these models are combined, the results highlight that energy efficiency moderates the effect of market attention to new product development. This paper therefore finds that aligning product innovation and energy efficiency is a complex and intertwined process – focusing on one may have indirect detrimental effects on the other. These results point to the conclusion that researchers and practitioners in innovation management have to consider more carefully the specificities and interactions of different types of products and process innovations and their environmental implications, and must formulate new, more sustainable managerial practices combining energy efficiency and product innovation. Copyright © 2013 John Wiley & Sons, Ltd and ERP Environment     

Fostering green product innovation through green entrepreneurial orientation: The roles of employee green creativity,green role identity,and organizational transactive memory system

Developing new green products is critical to an organization's achievement of sustainable goals as well as competitive advantage. This study aims to unravel the mechanisms through which organizations with green entrepreneurial orientation (green EO) can foster green product innovation. The dataset for testing these mechanisms was garnered from employees and managers who worked in manufacturing firms based in an Asia-Pacific market. Through a multilevel analysis of the data, the study revealed the positive nexus between organizational green EO and green product innovation. The results of the study further lent credence to employee green creativity as a mediation path for such a relationship. Furthermore, employee green role identity and organizational transactive memory system were found to fortify the linkage between green EO and employee green creativity. These results suggest to organizations how to optimally translate their green entrepreneurial strategy into new green products that met customer preferences and societal expectations.     

How do firms achieve sustainability through green innovation under external pressures of environmental regulation and market turbulence?

Analyses in the fields of environmental and innovation research have hindered our understanding of the real effects of external drivers of firms' green innovation and sustainability behaviors on financial performance. This study compares the ways in which two different external factors drive firms to be green innovative: environmental regulation and market turbulence. By dividing green innovation into green process innovation and green product innovation, we propose that environmental regulation increases financial performance mainly through green process innovation rather than through green product innovation, and market turbulence affects financial performance mainly through green product innovation rather than through green process innovation. The results of an empirical analysis based on a mediation model and panel data on 472 Chinese listed firms for 2006–2017 lend support to our hypotheses. Our study contributes to the green innovation management and sustainability literature by offering a holistic framework for examining how firms pursue green innovation and sustainability in response to two different forms of external pressure.     

Supply chain collaboration and eco‐innovations: An institutional perspective from China

This study explores the impact of supply chain collaboration on eco‐innovations in the context of 220 Chinese manufacturing supplier firms involved in global supply chain networks. It investigates how supplier and customer collaborations help firms to enhance product eco‐innovations, and/or process eco‐innovations, and how the institutional context (i.e., regulatory, market, and community pressures) influences these relationships. The structural equation modeling approach is used to analyze the data captured from medium and large manufacturing enterprises in three major sectors: automotive, electronics, and textiles. The results show that community pressure has a positive effect on supplier collaboration, which further leads to enhanced process eco‐innovation. On the other hand, the findings indicate that while market pressure enhances customer collaboration, this does not reinforce product eco‐innovation. Contrary to our expectation, regulatory pressures do not impact supplier or customer collaboration for innovation. Overall, different institutional factors indicate divergent effects on supply chain collaboration and product/process eco‐innovation. The importance of normative pressures, such as those applied through the local community and interest groups, for eco‐innovations in production processes is further discussed as a typical feature of the institutional environment of Chinese supplier firms.     

Green process innovation and operational performance: The role of proactive environment strategy,technological capabilities,and organizational learning

With increase in the focus on environmental protection, firms are integrating sustainability issues in process and product innovations. Firms can contribute toward sustainability and also improve operational performance through green innovation practices. However, the adoption of green innovation practices depends on the proactivity of top managers toward environment management. In this paper, we study the relationships between proactive environment strategy, green process innovation (GPRI), and operational performance. Further, we examine the mediating effect of dynamic capabilities (DCs) (technological capabilities and organizational learning) between GPRI and operational performance. The proposed framework is tested by data collected from the Indian manufacturing industries and using partial least squares (PLS) technique. The findings demonstrate proactive environment strategy as an important antecedent for GPRI practices. Second, technological capabilities and organizational learning mediate between GPRI and operational performance. The results of the study are useful for managers in the manufacturing firms, who are interested to implement GPRI practices or who are in the early stage of implementing the GPRI practices.     

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.     

Customer green orientation and process innovation alignment: A configuration approach in the global manufacturing industry

Research suggests that manufacturers increasingly innovate processes to meet customer's green requirements; however, little is known about the impact on performance and the contextual conditions, under which they are effective. Grounded on configuration approach, this study develops taxonomies of manufacturing firms based on the degree of customer's green orientation and process innovation. This study argues that performance differences between these clusters, highlight managerial implications for sustainable development. The empirical data used in this study were drawn from Global Manufacturing Research Group (GMRG) survey project (with data collected from 629 manufacturing firms from nine countries). Our results show that customer green innovation taxonomies influence differently on environmental measures, costs, and financial performance. The study proposes three clusters: Process active, Green minimalist, and Green proactive. The main differences between manufacturers are based on the level of investments in joint green improvement initiatives and customer direct investments in green activities. Firms that belong to the Process active cluster, who are first within the industry to deploy new processes and update the latest process development, gained significant improvement in financial measures such as market share and profits. Whereas Green minimalist cluster lagged behind, Green proactive manufacturers aligned in both capabilities to experience higher payoffs in sustainable performance measures and efficiency. The findings provide a step‐by‐step decision‐making process and offer guidance for supply chain managers who have to stretch their needs to align the innovation processes to enhance their sustainable performance.