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Abdulaziz, M J (2010) Buildability factors influencing formwork labour productivity of isolated foundations. Journal of Engineering, Design and Technology, 8(03), 274–95.

Diao, X, Shen, L, Zeng, S, Ochoa Jose, J and Zhang, X (2010) Relationship between energy consumption and economic development in construction industry. Journal of Engineering, Design and Technology, 8(03), 257–73.

Fore, S and Mbohwa, C T (2010) Cleaner production for environmental conscious manufacturing in the foundry industry. Journal of Engineering, Design and Technology, 8(03), 314–33.

  • Type: Journal Article
  • Keywords: environmental management; foundry engineering; pollution control; sustainable development
  • ISBN/ISSN: 1726-0531
  • URL: https://doi.org/10.1108/17260531011086180
  • Abstract:
    Purpose – The purpose of the paper is to illustrate application of the cleaner production concept so as to incorporate environmental protection into business performance. The study analyses areas pertaining to the foundry industry that impact negatively on the environment leading to unsustainable resource utilisation and suggests options for promoting sustainable development within the industry, with specific focus on a foundry in a lower income country (LIC). Design/methodology/approach – Data were collected using the cleaner production (CP) Methodology. Pre-assessment and assessment was carried out and options generated. The options included both low cost and capital intensive approaches. Findings – The paper finds that the CP approach adopted provides clear guidance for generating options and can be used as a practical basis for managerial decision making and policy formulation. Of major concern is resource depletion and pollution associated with the foundry processes. Used resin sand contains toxic chemicals cause leaching and as such, reclamation of resin sand is suggested. There is need for low income countries (LIC's) to identify the best available technologies (BAT's) that are available within the foundry industry and take these aboard or better still improve on them. Research limitations/implications – This research developed environmental options that can be applied in the foundry industry. However, it can be said that the findings may have limited global application since the analysis was carried out at one Foundry Company. Practical implications – The paper focuses on a single foundry factory, since the case study approach was used. As such, environmental indicators and options may vary, since the processes from one foundry to another are bound to differ. Originality/value – This paper is an attempt at combining theoretical and practical ideas to cover the scope of sustainable manufacturing in the setting of a developing country with a view to identify the lessons that can be learnt and to identify the points of departure when compared with studies done elsewhere. The work informs cleaner production assessment at any level, with a focus of production experiences in the foundry industry in a lower technology, developing economy that is less industrialized. The paper establishes a framework of options that can be applied in the foundry industry and other pollution-intensive industries.

Ghanbarpour, S, Mazaheripour, H, Mirmoradi, S H and Barari, A (2010) The effect of type and volume fraction (VF) of steel fiber on the mechanical properties of self-compacting concrete. Journal of Engineering, Design and Technology, 8(03), 247–56.

Maurice Oscar, D and Ernst, U (2010) Benefits and impacts of THRIP-supported applied research projects. Journal of Engineering, Design and Technology, 8(03), 296–313.

Vinodh, S and Arun, M (2010) Application of creative design concept to braking system synchronization in two wheeler bikes. Journal of Engineering, Design and Technology, 8(03), 354–68.

Yograj Singh, D, Brajesh Kumar, K, Sankar, S and Raghuvir, S (2010) Performance comparison of carbon nanotube, nickel silicide nanowire and copper VLSI interconnects: perspectives and challenges ahead. Journal of Engineering, Design and Technology, 8(03), 334–53.