Since the introduction and widespread adoption of chemical herbicides, “weed management” has become almost synonymous with “herbicide management.” Over-reliance on herbicides and herbicide-resistant crops has given rise to herbicide resistant weeds. Integrated weed management (IWM) identifies three strategies for weed management— biological-cultural, chemical-technological, mechanical-physical—and recommends combining all three to mitigate herbicide resistance. However, adoption of IWM has stalled, and research to understand the adoption of IWM practices has focused on single stakeholder groups, especially farmers. In contrast, decisions about weed management (...) often occur within a social ecosystem where multiple stakeholder groups co-create knowledge and practices. To more holistically investigate perceptions and decision-making related to herbicide resistant weed management, we conducted 23 in-depth interviews in combination with Q methodology with farmers and public-/private-sector agricultural professionals in the state of Georgia (U.S.). Our investigation focused on the management of an increasingly herbicide resistant weed, Palmer amaranth, which enabled broader conversations about agricultural systems, farmer livelihoods, and sustainability. Factor and thematic analyses allowed us to identify and characterize two distinct typologies: one primarily valued agronomic efficiency and relied upon chemical-technological management practices, while the other valued diversifying weed management strategies as the pathway to agronomic and economic success. Typologies diverged substantially in attitudes toward the three weed management strategies, the role of technology, and systems management generally. These two viewpoints have implications for how we understand underlying stakeholder motivations and choices around weed management strategies, both of which are crucial in promoting and supporting farmer use of diverse, ecologically-sound, weed management strategies. (shrink)

When government actors seek to restrict the sale of hazardous substances, industry actors tend to intervene, deploying coordinated strategies aimed at delaying, preventing or weakening attempts to regulate their products. In many cases, this has involved deliberate efforts to obfuscate science, mislead the public and manipulate political actors in order to ensure desired policy outcomes. Strategies of regulatory obstructionism have resulted in the prolonged dispersal of harmful chemical substances with tangible impacts on public health. This article proposes that this behavior (...) should be interpreted as a form of violence. Examining the regulatory histories of lead, benzene, asbestos and PCBs, the article demonstrates how regulatory obstructionism and violence have become intractable characteristics of the chemical industry. (shrink)

This study examines the relationship between corporate diversification strategy and the pollution activity of subsidiaries within the U.S. chemical industry using TRI data (EPA's Toxic Release Inventory). The subsidiaries of conglomerates were found to exhibit higher pollution levels for direct emissions than those of firms pursuing more related diversification strategies. Additionally, the subsidiaries of conglomerates exhibited more variance in overall pollution emissions compared to related diversified firms.

This book evaluates the consequences of economic, social, environmental and cultural change on people living and working within Teesside in the North-East of England. It assesses the lived experiences, working lives, health and cultural perspectives of residents and key stakeholders in the wake of serious de-industralisation in the region. The narrative is embedded within the long-term industrial history of Stockton: an area once dominated by steel, coal and chemical industries. This past still continues to shape its future and influences (...) the ways in which that future is conceived and envisioned. The author explores a 'biography of place' analytical framework to offer a holistic view of the area, which considers the interaction between the social, economic, cultural, visual and environmental legacy of the community, which is firmly grounded in the past, present and future prospects of those who live and work there. (shrink)

This article explores managers’ ethical reasoning for behaviors in price negotiations using evidence from 15 in-depth interviews conducted with sales and purchasing representatives in the chemical industry in Germany. Applying transaction cost economics, we find that negotiators in commoditized market-like exchanges either refer to deontological norms such as not to lie, or they neglect a role for ethics, arguing that distributive negotiation is per se opportunistic. In contrast, exchanges of products with higher asset specificity lead to stronger informational integration which (...) is supported with teleological justifications. Some negotiators use teleological justification to build business on trust rather than on economic safeguards as their firm norms would require. For negotiators, our results suggest considering institutional context and adjusting ethical reasoning to the negotiation situation. Firms need to recognize and find ways to address the potential conflicts of their internal norms with their frontline managers’ attempts to act in the firms’ best economic and ethical interests. (shrink)

Prior research suggests that participating in corporate social responsibility (CSR) activities can lead to higher future productivity. However, the empirical evidence is still scarce. The purpose of this study is to examine the relationship between CSR and future firm productivity in the U.S. chemical industry. Specifically, this study examines the relationship between CSR in year t and firm productivity in year (t + 1), (t + 2), and (t + 3). We use Data Envelopment Analysis, a non-parametric method, to measure (...) firm productivity. Results from the regression analysis support a significantly positive relationship between CSR and future firm productivity, suggesting that CSR can lead to higher productivity in the chemical industry. The findings add to the validity of the proposition in prior research. (shrink)

Research on the influence of industry on chemical regulation has mostly been conducted within the framework of the production of ignorance. This special issue extends this research by looking at how industry asserts its interests––not just in the scientific sphere but also at other stages of policy-making and regulatory process––with a specific focus on the types of tools or instruments industry has used. Bringing together sociologists and historians specialized in Science and Technology Studies, the articles of the special issue study (...) the arenas in which instruments and practical guidelines for public policy are negotiated or used. The aim is to observe the devices in the making or in action, from the selection of actors to the production of thresholds, criteria, and other technical regulations. The introduction highlights how industry influence on expertise and regulation is undoubtedly far more pervasive and multifarious than has been conceptualized to date by social scientists. Putting this issue back at the heart of both the STS and social sciences research agendas is increasingly urgent and could lead to new inquiries able to highlight these logics even more widely, using fresh empirical examples. (shrink)

This paper investigates the determinants of the diffusion of the international environmental management system standard ISO 14001 within the chemical industry using a panel of 126 different countries during the period 2000 to 2003. We investigate how institutional pressure originating from different stakeholders such as governments, businesses, and the civil society and forces related to trade will drive the diffusion. Our results show that the level of community involvement within a particular country and the previous experience of businesses with voluntary (...) standards such as Responsible Care and ISO 9000 impacts ISO 14001 adoption in chemical firms. (shrink)

Asymmetrical convergence is the increasing overlap between academic and industrial sectors, but with academia moving closer toward for-profit industrial norms than vice versa. Although this concept, developed by Kleinman and Vallas, is useful, processes of asymmetrical convergence in daily laboratory life are largely unexplored. Here, observations of three lab groups of chemical scientists in academic and industry contexts illustrate variation in interactions with ethics-related policies. Findings show more tension for academic science with business-based practices, such as the move (...) toward greater accountability, than for industrial science with academic practices. This asymmetry is evident in the process of purposive decoupling: for example, where academic scientists use humor to distance themselves from the performance of compliance in required reporting and top-down ethics training requirements. This distancing from meaningless requirements contrasts with mentoring around practices of professional behavior that are thought to matter. Convergence is evident in how safety policies seem more engaging than other kinds of policies. Yet, power structures shape engagement. Academic engagement often means rule following, and flows vertically from professor’s authority to student apprenticeship. Industry engagement includes collaborative problem solving and flows along a more horizontal peer structure where informal power is less visible. (shrink)

In a market economy, each industrial enterprise aims to increase the economic efficiency of its activities. The aim of the study is to systematize the factors of increasing the economic efficiency of industrial enterprises. There are many classifications of factors that affect the efficiency of the enterprise. On the example of enterprises of the chemical industry of the Smolensk region, factors were considered and a model was proposed to increase the economic efficiency of their activities.

This paper investigates the determinants of the diffusion of the international environmental management system standard ISO 14001 within the chemical industry using a panel of 126 different countries during the period 2000 to 2003. We investigate how institutional pressure originating from different stakeholders such as governments, businesses, and the civil society and forces related to trade will drive the diffusion. Our results show that the level of community involvement within a particular country and the previous experience of businesses with voluntary (...) standards such as Responsible Care and ISO 9000 impacts ISO 14001 adoption in chemical firms. (shrink)

The aim of the study was to explore the effects of the Responsible Care (RC) programme and how it is applied in practice. The present research questions include the following focus: how should we assess the performance of an organization's RC activity and what are the different criteria for assessing RC practices? The results indicate that the RC programme provides practical tools for developing health, environmental and safety operations. RC companies are committed to developing their products and processes, and continuously (...) strive to minimize emission levels and improve the efficiency of their use of raw materials and energy. The RC partnership between the chemical industry and its customers is executed in the form of responsibility for the product and its safe use. The product stewardship approach provides companies with tools that help secure safe usage throughout the product life cycle. (shrink)

As an economic pillar, major resource consumer, and polluter of cities, the chemical industry determines many cities’ transformation, prosperity, and decay. It is thus a major concern for achieving the UN Sustainable Development Goals. In China, which is at the stage of accelerated industrialization that is varied across regions, the chemical industry has gradually retreated from developed cities, such as Beijing and Shanghai, in the eastern region, and has become the inevitable choice for industrialization of less-developed cities, such as Xi’an, (...) Chengdu, and Chongqing, in the western region. This study took the perspectives of chemical industrial sectors and their spatial differences to understand the changing patterns of the chemical industry and its dominant cities. It identified chemical industrial cities, examined their spatial-temporal patterns with respect to their industry scale and structure, and accounted for factors influencing the spatial evolution from coastal areas to inland regions. The results show that large CICs were mainly located in coastal port regions with balanced industrial sectors, while small CICs were mainly distributed in inland areas with abundant oil and coal resources and a single dominant industrial sector. The location factors of ports, markets, and technology play important roles in the eastern region, while resource conditions and foreign direct investment promote the chemical industry’s development in the central, western, and northeastern cities. These findings improve the understanding of CICs’ spatial transformation and shed light on the policy-making of chemical industrial development in China and other developing countries. (shrink)

I present a comparative and holistic method for qualitatively measuring sound ecological practice in chemistry. I consider chemicals developed and used by man from cradle to grave, that is, from the moment they are extracted from the earth, biomass, water or air, to their transportation, purification, mixing and elaboration in a factory, to their distribution by means of the market, to waste products both from the factory, packaging, transportations and by the consumer. I divide the locations of the ‘life’ (...) of the chemical into four spatio-temporal areas accordingly. I then use the ‘instituional compass’ method to determine a qualitative reading of the ecological soundness of the practice, where practice means the research, the adoption by industry and the distribution at scale on the market. The qualitative reading is in the form of an arrow on a trisected circle. The arrow holistically represents a table of data. The data can be economic, social or environmental. The arrow has a measurement: a degree and a length. The degrees, represent qualities spaning through: harmony, discipline and excitement. The length represents the importance, momentum or amplitude with which the quality is present. We use the compass method to compare the same product over time, or inter-substitutable, chemicals developed in different places, using different equipment or processes. In the conclusion, I discuss objectivity and science as they apply to the compass. (shrink)

The aim of the study was to explore the effects of the Responsible Care programme and how it is applied in practice. The present research questions include the following focus: how should we assess the performance of an organization's RC activity and what are the different criteria for assessing RC practices? The results indicate that the RC programme provides practical tools for developing health, environmental and safety operations. RC companies are committed to developing their products and processes, and continuously strive (...) to minimize emission levels and improve the efficiency of their use of raw materials and energy. The RC partnership between the chemical industry and its customers is executed in the form of responsibility for the product and its safe use. The product stewardship approach provides companies with tools that help secure safe usage throughout the product life cycle. (shrink)

The invention of aniline and other synthetic dyes in the second half of the nineteenth century is the beginning of a new epoch. The new colors produced by the fledgling chemical industry are not only brighter than most of the traditional dyestuffs, but also much cheaper. They change the appearance of women on the streets of the modern city. Among the first media to notice and document this revolution are fashion magazines, realist novels, and Impressionist paintings. I argue that the (...) bright colors on the new palette of Impressionist painters are a direct effect of the chemical industry. _German_ Die Erfindung von Anilin und anderen synthetischen Farbstoffen in der zweiten Hälfte des neunzehnten Jahrhunderts ist der Beginn einer neuen Epoche. Die von der noch jungen chemischen Industrie produzierten neuen Farben sind nicht nur leuchtender als die meisten der traditionellen Farbstoffe, sondern auch viel billiger. Sie verändern das Aussehen von Frauen auf den Straßen der modernen Stadt. Unter den ersten Medien, die diese Revolution bemerken und dokumentieren, sind Modezeitschriften, realistische Romane und impressionistische Gemälde. Der Beitrag zeigt, dass die strahlenden Farben der neuen Palette der impressionistischen Maler ein direkter Effekt der chemischen Industrie sind. (shrink)

The corporate social responsibility and industrial relations studies have evolved mostly in parallel. In this paper, we integrate the IR with the CSR perspective, highlighting their similarities and differences. In particular, the study adopts a framework which includes a wide set of CSR-related issues to explore what unions and companies negotiate under the umbrella of CSR. It analyses and compares the national sectoral agreements of two key industries in the Italian economy, i.e. Metal and Chemical. We find that these (...) two sectors exhibit differences because the CSR-related issues covered by the two contracts are formally labelled as CSR in the Chemical contract, and not labelled as CSR in the Metal contract. We also find similarities regarding the CSR-related issues covered and not covered by the national contracts, and the binding processes centrally negotiated for their implementation. We interpret the similarities in light of the specificities of the Italian IR system, and the differences in light of the negotiation traditions of the two sectors under study, which induce the actors in the Metal sector to focus more on what differentiates the CSR and IR perspectives, and the actors in the Chemical sector to focus more on what the CSR and IR perspectives share. (shrink)

A chemical substance is instantiated in the material world by a number of quantities of such substance, placed in different locations. A change of location implies a change in the net of relationships entertained by the QCS with the region wherein it is found. This fact entails changes of the ontological status of the CS, as this is not fully determined by the inherent features of the CS and includes a relevant relational contribution. In order to demonstrate this thesis, we (...) have chosen to analyse the status of quantities of a same CS that are synchronically located in different spacetime regions: a synthetic lab, a lab where the QCS is turned into a material, an industrial plant, the market where the QCS gets a price and a dump waste where the QCS is discarded, respectively: Chemical substance Open image in new window material Open image in new window product Open image in new window goods Open image in new window wasteThe use of first-order predicate logic, mereology and locative logic allows carrying out a regimentation process that highlights the ontological commitments implied by the formal expressions through which each element of the aforementioned series can be described. The presence of relational properties discloses the systemic nature of the CS instantiated within a spacetime region. The implications of such an aspect are discussed. (shrink)

Astonishing changes have occurred to agricultural production systems since WWII. As such, many people tend to date the origins of industrial chemical agricultural to the early 1940s. The origins of industrial chemical agriculture, however, both on and off the field, have a much longer history. Indeed, industrial agriculture’s much discussed chemical dependency—in particular its need for toxic chemicals—and the development of the industries that feed this fix, have a long and diverse past that extend well back (...) into the nineteenth century. In this paper, through the narrative of a late nineteenth century creation story, I go in search of a crucial linchpin in that longer history. I argue that industrial pest control has been imbued with the practices, discourse, materials, and ethics of modern chemical warfare since its inception. Faced with pest-induced collapse, Los Angeles citrus growers and scientists of the USDA and UC Agricultural Extension chemically fixed the citrus pest problem by developing and utilizing the cyanide gas chamber. Cyanide fumigation quickly became the toxic cornerstone of the citrus industry, enabling its intensification and expansion as the pest infection became systemic. By the turn the century, furnished with an economic poison made cheap and weapons-grade due to changes in the world gold mining industry, growers transformed cyanide fumigation into a necessary agricultural input. In chemically overriding an agro-ecological contradiction of capitalist agriculture, growers, scientists, and government officials amalgamated industrially organized agriculture to accelerating and endless chemical warfare. These suddenly necessary agricultural practices signaled a state change in world-ecology and agroindustrial organization, thus, the discovery of effective industrial control for citrus pests was not only a pivotal moment in the history of Southern California but it was also an event that has had world-historical implications. (shrink)

The invention of aniline and other synthetic dyes in the second half of the nineteenth century is the beginning of a new epoch.

PDF version As a scientific productive activity, engineering is closely associated with natural science on the one hand and industry on the other. The emergence of chemical engineering was influenced by the America’s industrial structures and academic institutions. The science-oriented characteristic of chemical engineering in turn impacted the development of industrial structures, especially the rapid rise of a competitive petrochemical industry.

The paper surveys the origins of chemical engineering in England in the late nineteenth and early twentieth centuries. It deals particularly with the recognition of the field as an independent discipline, its relations with chemistry and mechanical engineering, and the influence on its growth of industrial ‘demand’. The position of chemical engineering in public discourse, in the City and Guilds Central Institution, and at Imperial College of Science and Technology and University College London are discussed, together with the creation (...) of the Institution of Chemical Engineers in 1922. The idea that the discipline grew merely in response to the demands of industrial capitalists is rejected, and a variety of other interest groups is shown to have participated. (shrink)

Conventional wisdom and many published histories of “Green Chemistry” describe its start as being a result of governmental and/or regulatory actions at the US Environmental Protection Agency during the early 1990’s. But there were many Real World industrial examples of environmentally friendly commercial processes in the oil and commodity chemicals industries for decades prior to the 1990s. Some early examples of commercial “Green Chemistry” are briefly described in this article. The Boots/Hoechst Celanese Ibuprofen process was one of the (...) earliest multiple-award-winning examples of industrial “Green Chemistry” in the fine chemical/pharmaceutical industry. The author, who conceived the BHC Ibuprofen synthetic strategy in 1984, reveals and documents that the BHC Ibuprofen process was not primarily a result of governmental or regulatory mandates, or environmentalist or political motivations. The BHC ibuprofen process, and probably many other early industrial “green” inventions, evolved from, and their development and commercialization motivated and guided by, a long prior industrial culture of both scientific and technical evolution. The invention and commercialization of these early industrial commercialized processes, and the BHC Ibuprofen process were also guided by both competitive and economic market needs, personal human motivations, and a low waste culture of “Quality” and “Continuous Improvement” that the commodity chemical industry internally promoted in the 1980’s. The author comments on some perceptions of the status of Green Chemistry now, and directions it should consider going in the future. The author recommends that young Green Chemists and/or Green Engineers reconsider “Quality” approaches in order to genuinely lead Society toward a Greener future. (shrink)

When the Toxic Substances Control Act was passed by the US Congress in 1976, its advocates pointed to new generation of genotoxicity tests as a way to systematically screen chemicals for carcinogenicity. However, in the end, TSCA did not require any new testing of commercial chemicals, including these rapid laboratory screens. In addition, although the Environmental Protection Agency was to make public data about the health effects of industrial chemicals, companies routinely used the agency’s obligation to (...) protect confidential business information to prevent such disclosures. This paper traces the contested history of TSCA and its provisions for testing, from the circulation of the first draft bill in the Nixon administration through the debates over its implementation, which stretched into the Reagan administration. The paucity of publicly available health and environmental data concerning chemicals, I argue, was a by-product of the law and its execution, leading to a situation of institutionalized ignorance, the underside of regulatory knowledge. (shrink)