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Emphasising the significance of managing environmental and social issues for businesses, the chapter aims at highlighting the need of developing a non-financial risk management system for elevating corporate social responsibility (CSR) performance in China. Particularly, through discussing its importance, opportunities, and challenges.

Analysis and discussion of the chapter are based on multiple sources of information. Review of literature includes authoritative academic articles, reports from renowned global organisations, media coverage of corporations, and examples of business cases in China.

Several key findings are covered in the chapter. First of all, environmental and social concerns are usually being deemed as intangible issues that need to be properly articulated and managed by an effective non-financial risk management system for enhancing corporate sustainability in China. Secondly, through different interpretations of sustainability, links could be drawn for non-financial risk management and sustainability. Thirdly, by explaining the impacts from non-financial risk management to sustainable development and profits, the chapter has argued CSR as a clear business case for any company in China. Fourthly, challenges are also portrayed for the effective management of non-financial risk management by corporations. Finally, the need of a well-defined non-financial risk management system for helping businesses to be more competitive, thus, moving closer to sustainability in China and elsewhere is provided.

Integrating environmental and social risks is critical to the effective management of any corporation’s real risks and to improve resource allocation in a sustainable fashion. This demands a systematic and strategic identification of issues through non-financial risk management. Most significantly, this chapter has shown the way this can be achieved by any corporation in China, and the concepts can be applied into other societies.

The contribution of the chapter is thought to be significant. Although there exists a wide body of research on sustainable development, risk management and CSR in China, there is limited insight into how corporations can effectively conceptualise such intangible or non-financial risks in relation to sustainability.

This paper aims at highlighting the significance in developing non-financial risk management, emphasizing the need of managing environmental and social issues for enhancing corporate sustainability. Particularly, through discussing the implications of non-financial risk management, its benefits, opportunities and challenges will also be presented.

Drawing on authoritative academic literature, reports of corporations’ studies, current articles and documents, the researcher has managed to examine and construe the development and implications of non-financial risk management.

Several key findings are covered in this article. First of all, environmental and social concerns are usually being deemed as intangible issues that need to be properly articulated and managed by an effective non-financial risk management system for enhancing corporate sustainability. Second, through different interpretations of sustainability, links could be drawn for highlighting the significance of non-financial risk management and corporate sustainability. Third, by explaining the impacts from non-financial risk management to sustainable development and profits, the article has illustrated corporate sustainability as a clear business case for any corporation. Fourth, challenges are also portrayed for the effective management of non-financial risk management by corporations. Finally, and most importantly, the need of a systematic and strategic non-financial risk management system for helping businesses to be more competitive, thus, moving closer to sustainable development, is discussed in this paper.

The contribution of the article is thought to be significant. Although there exists a wide body of research on sustainable development, risk management and corporate sustainability, there is limited insight into how the corporations can effectively conceptualize such intangible or non-financial risk in relation to sustainability. Integrating environmental and social risks is critical to the effective management of any corporation’s real risks, and to improve resources allocation in a sustainable fashion. This demands a systematic and strategic identification of issues through non-financial risk management. Most significantly, this article has shown the way this can be achieved by any corporation, and the concepts can be applied globally.

This chapter introduces this book’s topics, purpose, and key themes. It summarizes the main objective of this book which is to examine the trends in corporate social responsibility (CSR) and sustainability in developing and emerging economies.

This chapter reviews the extant literature and chapters and offers conceptual development.

Discussion on CSR and sustainability concepts is growing in developing countries, and many stakeholders including businesses, governments, and universities are working toward achieving sustainability. In addition, it is well documented that multinational enterprises (MNEs) operating in developing economies contribute significantly to job creation, growth and development, and poverty alleviation. However, when compared to developed countries there is a general perception that companies, in particular MNEs, do not pay much attention to CSR and sustainability issues. The lack of sophisticated institutional developments and capability in many developing economies compound the situation. Thus, business CSR and sustainability practices play a major role in improving stakeholder relationships.

This chapter suggests that in order for developing and emerging economies to move forward and achieve the gains from globalization; businesses, governments, and other stakeholders should work together to benefit from the various initiatives on CSR and sustainability jointly put together for the betterment of the citizens and a prosperous economy.

This chapter contributes to the debate on trends in CSR and sustainability in developing/emerging economies by critically examines what the notions really mean in developing and emerging economies. It emphasizes that CSR and sustainability mean contributing to the well-being of citizens and respond positively to various stakeholder demands by improving the host countries and communities through participation in economic progress, social well-being, improvement in environmental practices, and involvement in citizens’ empowerment and institutional building.

The purpose of this paper is to explore the problem of land degradation as a category of environmental terrorism, which has been increasing along with the rise of open pit mining and oil palm plantation activities.

This study uses a doctrinal approach that aims to find the best solution to address the problem of land degradation and environmental terrorism activities in Indonesia through a comparative legal study conducted with the handling of similar cases in Malaysia, which has almost the same character as Indonesia.

This paper finds that both Indonesia and Malaysia have enacted laws and regulations to address environmental concerns. However, it turns out that relying only on law enforcement is not an optimal solution. Addressing the problem of land degradation would also require the implementation of sustainable development practices, public awareness and cooperative dialogue.

This paper provides a new approach to answer the inclusion of environmental degradation as environmental terrorism, which should also be considered a crime against humanity.

The inclusion of pozzolans like pulverised fuel ash (PFA), silica fume (SF) and metakaolin (MK) enhances the properties of concrete both in fresh and hardened states. In the case of high performance concrete (HPC), their role in enhancing the workability, strength and durability is extremely significant. However HPC has been observed to be more vulnerable than normal strength concrete when exposed to elevated temperatures. This paper presents an overview and discusses the strength and durability performance of high‐performance pozzolanic concretes incorporating PFA, SF, and MK subjected to elevated temperatures. Various researchers have demonstrated that addition of silica fume causes HPC to perform poorly when subjected to elevated temperatures. Higher loss of strength and spalling risks are also associated with it. Addition of PFA and MK has been found to improve the fire performance of HPC both in terms of residual strength and durability.

This paper presents an experimental research on the performance of high-strength selfcompacting concrete (SCC) with different mineral additives after exposure to high temperatures of up to 600°C. For this purpose, four SCC mixtures were studied: one reference and three mixtures where the Portland cement was replaced with mineral additive (fly ash, metakaolin and limestone) in certain proportions. After natural cooling in the furnace, compressive strength and static modulus of elasticity were determined and compared to results obtained from other studies and those provided in EN 1992-1-2 and EN 1994-1-2 for normal-vibrated concrete. Additionally, acoustic emission (AE) parameters during compression test of heated and unheated specimens were also obtained which showed good non-destructive tool for identifying exposure temperature of the concrete needed for the assessment of concrete structures after fire.

In recent years, fire accidents in engineering structures have often been reported worldwide, leading to a severe risk to life and property safety. The present study is carried out to evaluate the performance of Ground Granulated Blast Furnace Slag (GGBS) and fly ash–blended laterized mortars at elevated temperatures.

This test program includes the replacement of natural river sand with lateritic fine aggregates (lateritic FA) in terms of 0, 50 and 100%. Also, the ordinary Portland cement (OPC) was replaced with fly ash and GGBS in terms of 10, 20, 30% and 20, 40 and 60%, respectively, for producing blended mortars.

This paper presents results related to the determination of residual compressive strengths of lateritic fine aggregates-based cement mortars with part replacement of cement by fly ash and GGBS exposed to elevated temperatures. The effect of elevated temperatures on the physical and mechanical properties was evaluated with the help of microstructure studies and the quantification of hydration products.

A sustainable cement mortar was produced by replacing natural river sand with lateritic fine aggregates. The thermal strength deterioration features were assessed by exposing the control specimens and lateritic fine aggregates-based cement mortars to elevated temperatures. Changes in the mechanical properties were evaluated through a quantitative microstructure study using scanning electron microscopy (SEM) images. The phase change of hydration products after exposure to elevated temperatures was qualitatively analyzed by greyscale thresholding of SEM images using Image J software.

Concrete structures have a good fire resistance. After the fire, depending on the amount of damage, they may be repaired and reused. However, knowledge is needed to do this in a systematic and scientific way. This paper describes the parameters influencing the residual compressive strength of heated concrete. Since this strength decreases with temperature, the temperatures inside the concrete need to be known to assess the remaining load bearing capacity of concrete members. Two assessment techniques are discussed in this paper. Firstly, the colour alterations of the concrete surface and of the aggregates are measured, from which colour paths are derived. The shape of these paths allows to distinguish different temperature zones. Secondly, due to thermal decomposition of the cement matrix and thermal cracking at the interfacial transition zone, an increase of the porosity is found. This internal damage can be measured by the weight increase found after immersing concrete cores under water.