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The environmental management literature has focussed on the analysis of the variety of strategic options with regards to environment protection, without providing an interesting detail of the transformation and change process between the different alternatives. Therefore, the purpose of this paper is to study pro-environmental change processes in firms, focussing on the width and the intensity of environmental measures implemented in a three-year period in different areas (productive process, product, management and supply chains).

Performing a cluster analysis based on a sample of 303 Spanish firms, the study finds four categories of pro-environmental change.

The comparative analysis of these categories leads the authors to describe the pro-environmental change process as one with four stages that firms can go through. The first pro-environmental stage focusses on process measures. The second stage focusses on the adoption of management measures together with process measures. In the third stage, the firm moves after including measures in the product and in the supply chains. Companies that wish to advance further in this process, reaching the fourth stage of pro-environmental change, do so by increasing the intensity of the different measures adopted in previous stages, and through eco-innovation.

The main contribution of this paper relative to the previous literature is a more detailed vision of the strategic possibilities in environmental protection, providing information about the process of change and about how firms evolve to more advanced environmental strategy stages. Knowledge of this evolution process, little studied in the previous literature, helps us to understand the complexity and strategic significance of adopting environmental protection measures. This knowledge is useful for academics and for public and private managers responsible for designing and developing environmental strategy.

One of the most original findings of this paper points out that it is possible to identify a pattern of environmental change through which firms can evolve. In this change process, firms start by adopting process measures, while they adopt eco-innovation behaviour only in the most advanced stage of environmental proactivity.

Based on goal-directed behavior, this study explores the direct effects and the interaction between health and environmental concerns as the main drivers of organic food consumption. Consumer's economic problems are proposed as the main barrier for such behavior from a cost-benefit approach theoretically grounded on decision theory.

Data were collected using the 26,669 European 95.1 wave participants of the Eurobarometer survey. Logistic regression estimates are used to analyze the hypotheses postulated.

The results indicated the significant association of both health and environmental concerns with organic food consumption, as well as the existence of an interactive effect between both consumer goals. As a novel finding, health concern weakens the influence of environmental concern on organic food consumption. Consumer's economic problems harms the expansion of organic food consumption as well as other socio-demographic factors included as control variables.

For the first time, this research explores the interaction effect between health and environmental concerns as antecedents of organic food consumption. The study argues that these consumer goals present differential features in terms of individual importance, feasibility, abstractness and outcome demonstrability, resulting in a prevalence of health over environmental goals for some consumers. The research provides not only novel insights for understanding organic food consumption but also provides additional evidence for practitioners to develop sales strategies and policymakers to formulate policies to guide the promotion of this so desired example of sustainable consumption.

A new era of M&A is emerging, characterized by new wave of strategic investment decision-making practices (SIDMP) toward Industry 4.0 (I4.0) technologies and circular economy. The digital technologies play a significant role in circular economy transitions and companies’ performance This includes investment in capability development, vertical and horizontal integration, effective procurement practices, and effective strategic control mechanisms. The circular economy strategy is more than just recycling and environmental concerns. It unlocks new strategies and new ways of strategic thinking. Its rapid expansion, as a new norm for companies, has characteristics of a fast-expanding market, given its exponential growth. Yet, there is a need to boardrooms commitment and responsibilities including oversight and support and a full-integrated organizational structure, sales, logistics, marketing, production, development, design, supply management, finance, human resources, and legal. To achieve successful implementation of SIDMP and M&A, companies should gather information on environmental, social, and governance issues. Therefore, it is critical to prioritize their strategies and identify areas that present the greatest risk on environmental and social issues including human rights, labor, and ethical issues in the companies supply chain. By creating shared values between society and shareholders, companies can maintain long-term success, legitimacy, and credibility. This chapter offers debate on recent developments in research and practice regarding SIDMP and synergy between I4.0 and circular economy.

This study aims to define and measure the capabilities applied by firms to waste-related patents and their relations with the businesses economic performance to support decision-making towards a circular economy (CE).

A model of cause-and-effect relationships between firms' waste-related patents and the firm' capabilities was defined within the dynamic capabilities' theoretical framework. Empirical results were obtained by applying partial least squares structural equation modelling to a sample of 2,216 Spanish firms that hold 120,406 patents.

Results revealed the importance of the innovation capabilities of firms related to patenting, such as collaborative innovation, persistence in patenting or the capabilities to collaborate with research institutes, as drivers of level of waste patents to improve the businesses economic performance.

The systemic nature of the CE at the firm level suggests future research focused on the environmental divergence that appears when the innovation on waste fall outside the regular domain of its industry. Another topic to be investigated is related to the full text of patents that could improve the results of this study.

The definition of indicators to measure investments in the CE is complex, but it is necessary to assess progress in the closing of material loops at a micro level and to report the investments in waste-related patents in a circular model to the stakeholders involved in the economic management of the company.

Measuring CE-related patents and the specific capabilities needed for patenting in a circular framework is an understudied topic, and this study opens a specific line of inquiry enhancing the knowledge of CE within the dynamic capabilities' theoretical framework.

This research aims to investigate the influence of the implementation of technical cycles on both captured value and shared value in the circular economy context. Moreover, it analyses the moderating effect of competitive criteria on the relationship between technical cycles and captured value. Finally, it examines the relationship between the captured value and the shared value.

This research follows survey-based research with data gathered from 50 countries and 16 sectors, whose final sample represented 233 organisations. In order to validate the structural and measurement model, the authors applied the partial least squares structural equation modelling technique in the strict rigour of the confirmatory algorithm.

The validated research model demonstrates the value flow through technical cycles. Moreover, it shows the crucial role of the competitive criteria in the value stream through direct, moderate and indirect effects by influencing the relationship between technical cycles and captured and shared values. Finally, the study fills the gap for quantitative studies in the circular economy field.

From a practical perspective, this study contributes to structuring circular business models more robustly, by understanding the influence of competitive criteria (cost, quality, flexibility and delivery) on the conversion of operation strategy in the implementation of the technical cycles in the circular economy context. It contributes to decision-makers, in deciding on which competitive criteria to invest more, which brings more consistent results for technical cycle implementation. It also confirms the importance of partnerships, demonstrating how value cascades from the company through the value network.

As far as is known to date, this is the first study investigating the influence of competitive criteria in the circular economy context. Furthermore, it sheds light on the direct and indirect effects of the technical cycles on value captured by organisations and flow shared value with other players.

Despite the general interest in the circular economy, organisations have difficulties in implementing circular practices. Developing absorptive capacity (ACAP) may foster circularity among organisations. The paper aims to shed light on relationship between ACAP and organisational performance.

To empirically investigate the contribution of ACAP in circular economy implementation, the authors analysed a European sample of more than 800 Eco-Management and Audit Scheme-registered organisations through partial least squares structural equation modelling.

The analysis demonstrates that ACAP and the underlying organisational activities of a firm significantly facilitate the implementation of a circular economy and the internalisation of an environmental management system (EMS), which consequently improve the overall performance of organisations. The authors found that the diffusion of the circular economy in the organisations’ environment does not affect their commitment to implement a circular economy.

The study expands the academic literature by framing the concept of the circular economy with ACAP theory, thereby highlighting the contribution of acquisition, assimilation, transformation and exploitation. The results also provide useful insights for practitioners highlighting how organisations with an environmental certification can identify and pursue opportunities deriving from a circular economy. Finally, the research contributes to the debate on the effect of internalising EMSs and how ACAP improves economic performance, environmental performance and reputation.

To combat concerns over the state of the natural environment, energy security and deteriorating air quality, the oil and gas sector needs to implement eco-innovations. Interest in eco-innovation is growing, as its implementation facilitates the transition toward sustainable development and a circular economy, while enabling firms to attain a competitive advantage vis-à-vis capabilities that foster sustainable economic and environmental development. However, literature on eco-innovation capabilities construct development, measurement and validation is scant. This study, therefore, develops an Eco-innovation Capabilities Scale for oil and gas firms.

Three dimensions of Eco-innovation Capabilities are identified through an extensive literature review and qualitative interviews. Exploratory and Confirmatory Factor Analysis is applied to data collected from managers of Malaysian Oil and Gas Services and Equipment (OGSE) companies.

Results reveal a parsimonious three-dimensional structure with nine items. The construct of eco-innovation capabilities is manifested by Product Service Stewardship, Environmental Pollution Prevention and Sustainable Development Commitment dimensions. Reliability analysis confirms the reliability and validity of the scale.

The eco-innovation capabilities scale should be useful to researchers in exploring dimensions, factors and outcomes of eco-innovation capabilities. Oil and gas firms play a key role in the global energy mix; hence managers of oil and gas firms may also find this scale useful in measuring their eco-innovation implementation.