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Green human resource management (GHRM) is a new management philosophy and pattern that applies the concept of “green” to human resource management, which plays an important role in realizing environmental goals and obtaining competitive advantage. Based on 201 effective samples from 3 manufacturing enterprises, this study investigates the relationship between GRHM, green organization identity (GOI), environmental values and organizational citizenship behaviors for the environment (OCBEs). The results show that GRHM has a significant positive impact on OCBEs, and GOI plays an intermediary role in the relationship between GRHM and OCBEs, and environmental values moderate the impact of GRHM on GOI and OCBEs. The findings have important theoretical implications for enterprises to achieve green development strategy.

This study selects three manufacturing enterprises certified by the environmental management system ISO14001, which meet the environmental protection requirements of the Chinese Government, local communities and customers. Through interviews and referring to enterprise documents, the researchers find that the enterprises have set environmental protection standards such as energy consumption, solid waste emissions, water consumption and waste recycling. The enterprises surveyed have adopted the GRHM practice, such as green training for employees, encouraging employees to participate in green activities and so on. This study collects data in two ways: on-the-spot and entrustment questionnaire distribution. In the first stage, the data of GRHM and environmental values were collected. A total of 277 questionnaires were distributed and 264 were sent back, among them 252 were valid.

GRHM has a positive impact on OCBEs. GOI mediates the influence of GRHM on the OCBEs, and environmental values moderate the effect of GRHM on organizational identity and OCBEs.

This paper investigates the effect and mechanism of GRHM in China and provides theoretical guidance for enterprises to implement green management effectively.

The cities, for the most part, appeared up until the middle of the 1990s to be islands within the larger Chinese political economy in which job-secure workers could be certain that their livelihood, health, education, and living abodes would evermore undergird their and their children's sustenance. At least until the late 1980s, urbanites who stuck with the state sector even considered good treatment on the job a kind of birthright, an entitlement that was sure to be enforced. In the cities, true, there had always been the disadvantaged after 1949 – those without offspring or spouses, the disabled, and people unable to support themselves. But this relatively tiny batch of individuals generally survived in the shadows and out of sight, subsisting – but just barely – as members of the “three withouts” on a mere pittance, in the form of meager “social relief” disbursed by civil affairs departments.⁸

The purpose of this paper is to prepare a multifunctional nanocomposite that is slow-release and resistant to seawater corrosion and biofouling corrosion and to explore the synergistic effect between the two corrosion inhibitors.

The morphology, structure and release properties of CAP@HNTs, BTA@HNTs and CAP/BTA@HNTs were investigated by scanning electron microscopy, transmission electron microscopy, Fourier transform infrared spectroscopy, specific surface area analysis and UV spectrophotometry. The corrosion resistance and antimicrobial properties were investigated by electrochemical measurements and bioinhibition rate tests, and the synergistic effect between the two corrosion inhibitors was explored by X-ray photoelectron spectroscopy.

The CAP/BTA@HNTs are responsive to acidic environments and have significantly improved antibacterial and corrosion resistance compared with CAP@HNTs and BTA@HNTs. CAP and BTA have a positive synergistic effect on anticorrosion and antifouling.

Two types of inhibitors, anticorrosion and antifouling, were loaded into the same nanocontainer to prepare a slow-releasable and multifunctional nanocomposite with higher resistance to seawater corrosion and biocorrosion and to explore the synergistic effect of CAP and BTA on corrosion resistance.