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A dense urban structure cuts down traffic emissions. It also promotes waste heat use and storage possibilities as a form of district heating. However, quality elements associated with detached houses, such as tranquillity and self-expression possibilities, may be lost. Better building quality and alternatives to private car use can enable these elements in smaller spaces, which is assessed here. The paper aims to discuss these issues.

A technology set for an imaginary high-quality (HQ) apartment house is discussed by assessing increased embedded energy of the building structure, due to the HQ measures. HQ solutions include visual barriers, increased sound insulation, roof terraces, large windows, apartment adaptability, bike sheds, electrical cargo bikes and advanced energy solutions.

The increased construction and heating energy use in HQ buildings can be offset if car use is reduced by 10-15 per cent. There is a greater possibility of achieving this reduction if HQ housing can make urban densification more readily acceptable by demonstrating, that good quality housing can exist both in smaller building lots as well as in smaller apartments.

The quality issue brings a novel perspective to estimating the environmental impacts of built environment solutions. The approach here is quite simple, but the issue can be discussed more. That is, how much total resource input can be decreased, if the target is not to produce square metres but rather the necessary elements to have a good quality of life.

This paper aims to extend understanding of business-to-business relationship dynamics by introducing and discussing the phenomenon of a “negative critical wave” (NCW), defined as a disturbance in a relationship that emerges and develops within or beyond individual working relationships.

The dynamics of working relationships in two manufacturing firms in Finland and Sweden were studied by analysing the narratives of unstructured personal interviews with 16 middle managers and 14 operational executives, who recalled experiences of relevant situations over three years, with emphasis on unexpected disturbances, challenges and problems.

Respondents discussed 77 NCWs, the development and effect of which proved to depend upon the original “locus”, “magnitude” and “amplitude”, and embedded “energy”. Waves could be distinguished as: “silent compact”, “silent extensive”, “intense compact” or “intense extensive”.

The wave metaphor for relationships dynamics, consistent with but distinct from established notions of “critical time” and “critical incidents” and the associated classification system are a useful starting point for further research into the phenomenon. Though the qualitative methodology achieved richness, the small sample and restricted scope place limits on the objectivity and generalisability of the findings.

The NCW framework offers strategists and managers a holistic understanding of the dynamic process of criticality, synthesising the complexities of relationship dynamics and pointing to ways in which to absorb the energy of negative waves.

More is now known about the domino effects of critical incidents in internal and external business-to-business relationships.

A computational technique was developed to model and simulate molecular or atomic behaviour of materials under static loads. Interatomic potential was used to maintain equilibrium among molecules or atoms under loads and constraints. In addition, a smeared continuum model was derived to represent a very large number of molecules or atoms collectively based on energy equivalency. The finite element method was applied to the smeared continuum model. Then, the molecular or atomic model was coupled with the finite element analysis model so that more flexible loads and constraints could be applied to the molecular or atomic model. In addition, such a coupling would be useful for transition from nanoscale to continuum scale. Some example problems were presented to illustrate the developed techniques. An example included a multi‐scale technique for woven fabric composites made of carbon nanotubes. The effective stiffnesses at different stages of the nano‐composites were computed.

The purpose of this paper is to emphasize the importance of a life cycle approach in facilities management practices to reduce the carbon footprint of built facilities. A model to holistic life cycle energy and carbon reduction is also proposed.

A literature-based discovery approach was applied to collect, analyze and synthesize the results of published case studies from around the globe. The energy use results of 95 published case studies were analyzed to derive conclusions.

A comparison of energy-efficient and conventional facilities revealed that decreasing operating energy may increase the embodied energy components. Additionally, the analysis of 95 commercial buildings indicated that nearly 10 per cent of the total US carbon emissions was influenced by facilities management practices.

The results were derived from case studies that belonged to various locations across the globe and included facilities constructed with a variety of materials.

The proposed approach to holistic carbon footprint reduction can guide facility management research and practice to make meaningful contributions to the efforts for creating a sustainable built environment.

This paper quantifies the extent to which a facilities management professional can contribute to the global efforts of reducing carbon emission.

This chapter examines the role of stakeholders, cocreation, and pro-environmental behaviors in Google’s efforts to reduce the environmental impact of their food waste. It describes several different strategies that the company undertook and the outcomes of those efforts. These efforts ranged from working with suppliers and employees to use food that was normally wasted to implementing a waste measuring and feedback system. The case highlights the challenges, current impact, and risks of the different strategies.

The chapter covers the theories and models of stakeholder influence on sustainability, new product development through cocreation, and pro-environmental behaviors; it applies these concepts to Google’s food waste program.

The results of the study contribute to the frameworks on cocreation and stakeholder management to include ideas for encouraging pro-environmental behavior through various social practices (measuring and monitoring waste, building supply chain partnerships, and cocreating new products with stakeholders).

The findings of this chapter will help other companies with ideas for successfully reducing food waste and its environmental impact by illustrating new ideas for engaging stakeholders in the supply chain.

This purpose of this paper is to understand the environmental impacts of stakeholder-driven sustainable purchasing policies in institutional settings.

The research is framed using stakeholder and life cycle assessment (LCA) theories. The study uses a multi-method approach. Starting with interviews to understand the breadth of sustainability issues and significant food purchases facing institutional purchasing managers, the authors subsequently perform LCA of these various policies using the most popular food item in different categories.

From the interview results, the authors found that food purchasers focus predominately on cost, thus, are committed to food and packaging reduction. They are driven to buy local foods based on their consumer stakeholders but share their commitment to buying local products if the cost is appropriate. In the LCA of popular food items in multiple scenarios, avoiding food waste of various forms had significantly higher carbon emissions savings than packaging reduction or transportation minimizing (buy local) strategies.

The sample relied solely on the perceptions of institutional purchasing managers in university dining services. Future research should involve collecting data from other stakeholder groups such as the customers themselves, institutional leaders, and in other types of institutional settings such as hospitals and government agencies.

The research provides managers with insights concerning the trade-offs between different sustainability objectives. In particular, findings show that reducing waste related animal protein has a bigger impact on environmental performance than many other popular sustainability objectives such as buying local or reducing packaging waste.

The paper focuses on the purchasing trade-offs of buying local vs national food products, different packaging solutions, and food waste generation. These decisions offer some social benefits (improve the economic situation for local farms vs consolidated food producers) as well as multiple environmental benefits.

The paper presents new findings on the sustainability purchasing priorities of stakeholders in institutional food settings and subsequent LCA of those policies to show which might have the most environmental impact.

The purpose of this paper is to examine how a new tool, material flow cost accounting (MFCA), can effectively support and be used to improve food waste management in the restaurant industry, thereby improving the financial viability and environmental performance of restaurants.

The paper brings together two previously unrelated research streams – MFCA and restaurant waste management – with specific focus on food waste.

The advantages of using MFCA for assessing food waste in the restaurant industry are derived from the joint literatures. These include simplicity and low cost of application of the tool, as well as the potential for experimentation on a case-by-case basis to demonstrate the advantages for assessing and managing food waste in the industry.

This pragmatic research introduces the MFCA tool to the restaurant industry. It highlights the need for restaurants to implement MFCA for themselves for it to be effective. It also encourages small restaurants to work together to obtain the resource and financial advantages MFCA can deliver.

This is the first paper to integrate the internationally recognised International Organization for Standardization 14051 MFCA literature with the problem of food waste management in restaurants.

This paper aims to propose a decision support tool that would aid decision-makers to implement energy-saving measures efficiently in a corporate real estate.

The tool consists of a system dynamic model that allows describing and quantifying the complex interaction between potential maintenance scenarios, external energy factors and case-specific conditions. In addition, to include the uncertainty of some of the input variables related to the external energy factors, Monte Carlo simulation has been applied.

A case study of a city hall in The Netherlands showed the usability of the proposed tool. Over the selected period of 20 years, applying the chosen set of interventions, the simulation showed possible gains in the net present value and significant decrease of energy consumption and carbon emission. Municipal officials and consultants verified the tool for energy efficiency.

Although the tool has proved its functionality in one case study, to test its robustness, additional case studies would be preferable.

The assessment tool can help organizations in assessing energy-efficient maintenance scenarios that include multiple technical energy efficiency interventions as a part of other maintenance activities.

There are numerous ways to increase building’s energy efficiency, but a lack of knowledge is often hindering the enhancement of maximal benefits. A tool that would assess both financial and environmental benefits of potential technical intervention would provide useful insights into corporate’s real estate current and possible future energy performance. This would aid corporations in making better decisions regarding finances, and on the long run, it will bring an improved corporate image.

The study aims to empirically estimate the role of public supports for energy efficiency financing and presents the way forward to mitigate the energy financing barriers that incurred during the COVID-19 crisis.

Using the G7 countries data, the study estimated the nexus between the constructs. Generalized method of moments (GMM) and conventional increasing-smoothing asymptotic of GMM are applied to justify the study findings. Wald econometric technique is also used to robust the results.

The study findings reported a consistent role of public support on energy efficiency financing indicators, during the COVID-19 crisis period. G7 countries raised funds around 17% through public supports for energy efficiency financing, and it raised 4% of per unit energy usage to GDP, accelerated 16% energy efficiency and 24% output of renewable energy sources, during COVID-19. By this, study findings warrant a maximum support from public offices, energy ministries and other allied departments for energy efficiency optimization.

The study presents multiple policy implications to enhance energy efficiency through different alternative sources, such as, on-bill financing, direct energy efficiency grant, guaranteed financial contracts for energy efficiency and energy efficiency credit lines. If suggested policy recommendations are applied effectively, this holds the potential to diminish the influence of the COVID-19 crisis and can probably uplift the energy efficiency financing during structural crisis.

The originality of the recent study exists in a novel framework of study topicality. Despite growing literature, the empirical discussion in the field of energy efficiency financing and COVID-19 is still shattered and less studied, which is contributed by this study.

This paper aims to explain the uncertainties associated with food security and, in doing so, classifies them within the context of volatility, uncertainty, complexity and ambiguity (VUCA). In using this lens to frame the challenges of food security, the viewpoint proffers the need to be even more sensitive to heightened levels of uncertainty and highlights the need of governments to be prepared to meet a wider variety of external forces, risks, opportunities and threats to mitigate food insecurity.

This research constructs a novel morphology of food security and food waste policy futures based upon a range of scenario types based on contextual narratives relating to constraint, collapse, growth and transformation. In doing so, offering a representation that suggests order, complexity and chaos occur across a range of four domains of interaction: known (repeatable cause and effect); knowable (cause and effect separated over time); complex (cause and effect are unique and non-repeatable); and chaos (no cause and effect relationship perceivable). This orientation is represented in the form of a novel morphology that can be used to support decision-making and policymaking/consideration.

The authors have presented and identified a combination of a structured and unstructured methods to develop and hence classify a range of food security scenarios. Using the VUCA worldview and classification, the authors subsequently identify seven underlying and seven United Nations (UN) Sustainable Development Goals (SDG)-derived factors, which when combined with the Institute for the Future (IFTF) four food security scenarios in a pairwise manner led to the generation of a further 16 subsequent VUCA-inspired scenarios composed within a morphological grid. These were subsequently reclassified against three sets of stakeholders and then finally mapped to the Cynefin framework as a set of ten scenarios to show the potential of making greater sense of the VUCA nature of food security.

The paper proposes a novel conceptual approach to framing and understanding the wider holistic aspects of explaining and providing foresight to the complexities of food security. Hence, this paper provides policymakers with two contrasting, yet complementary, food security scenario planning techniques (VUCA and Cynefin), which envelope 16 narrative food security scenarios which can be used with stakeholders and advocacy groups in facilitating discussion about complex, messy and “wicked” interlinkages within the food security domain.

This is the first time in the extant literature that a combination of structured and unstructured, problem-based versus mess-based, contrasting perspectives have been brought together and developed, with the intention of creating a normative family or portfolio of narrative-driven food security scenarios. The authors present and extend four existing scenarios from the extant food security literature, and subsequently, through interpreting these scenarios via a dual and combined lens (notably using UN SDG and VUCA elements), a grid of alternative food security scenarios is produced. By then using applying the Cynefin complexity framework to these new configurations, a thematic categorisation of alternative futures is presented, which may aid policy and decision-makers when considering this topic.