Environmental evaluation of grey cast iron via life cycle assessment

Mitterpach, Jozef; Hroncová, Emília; Ladomerský, Juraj; Balco, Karol

doi:10.1016/j.jclepro.2017.02.023

Cited by 20 publications

(9 citation statements)

References 19 publications

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“…The combination of these criteria suggests that firms operating in these industries are subject to extensive pressures to improve the lifecycle of their products. Then, the foundry industry was chosen because: (a) the main suppliers of automotive and machinery sectors are from the foundry industry and (b) the foundry industry is an energy intensive sector with some key characteristics from the other selected industries such as the production phase accounts for the majority of impacts and the production activities are quite homogeneous (Mitterpach et al, 2017).…”

Section: Sampling Approachmentioning

confidence: 99%

Organizational Learning for Environmental Sustainability: Internalizing Lifecycle Management

Bianchi

Testa

Boiral

et al. 2021

Organization & Environment

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Implementing a substantial environmental strategy that addresses all phases of the product lifecycle is a complex and demanding challenge that most organizations fail to convincingly overcome. Based on a case study of five frontrunner companies located in Italy and Norway, this study explores the factors that promote, or hinder, the learning process underlying the implementation of substantial measures for lifecycle management and how this can contribute to further internalizing environmental sustainability throughout the organization. The article contributes to the literature on organizational learning and environmental sustainability by showing, from a dynamic perspective, the enablers of organizational learning required for internalizing lifecycle management in organizations. A new framework for environmental sustainability based on the 4Is (intuiting, interpreting, integrating, and institutionalizing) organizational learning model is put forward in line with the concept of lifecycle management. Managerial implications are also discussed.

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Section: Sampling Approachmentioning

confidence: 99%

Organizational Learning for Environmental Sustainability: Internalizing Lifecycle Management

Bianchi

Testa

Boiral

et al. 2021

Organization & Environment

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“…Because the cupola will be banned in Europe in 2050, the full circle-from only blast furnaces and cupolas to only electric-will be closed within about two centuries. LGI SGI production process (see, for instance, (Mitterpach et al, 2017;Jolly and Salonitis, 2017;Jhaveri et al, 2018;Salonitis et al, 2019;Stefana et al, 2019) and an example in Figure 10). This tedious work provides essential guidelines for the further reduction of energy consumption and the CO2 footprint of the casting industry.…”

Section: An Overview Of Current Cast Iron Production and Related Issuesmentioning

confidence: 99%

Cast Iron: A Historical and Green Material Worthy of Continuous Research

Jacques¹,

Dawson²,

Alain³

2021

IJTech

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Throughout history, cast iron has been unique amongst metallic materials. No other metal can boast such a long history, together with such a wide diversity of variants, properties, and applications. Arguably, no other material can claim to have such complexity. While the cast iron foundry produces myriad components, researchers and engineers have humbly ensured the continued development of this sophisticated material. We control this process not with furnaces and wirefeeders, but with knowledge. This knowledge enables the creation of a material with a unique combination of design flexibility, mechanical properties, wear resistance, recyclability, low life cycle energy consumption, and low cost. And it will be with the continued pursuit of understanding and knowledge that tomorrow's researchers and engineers will ensure the continued growth of new material variants, with improved material properties and new applications that make the world a better place. Cast iron: thousands of years of development and progress behind us; thousands of fascinating mysteries and opportunities ahead of us.

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“…Metode pencetakan menggunakan pasir merupakan metode yang paling ekonomis untuk menghasilkan berbagai bentuk dan ukuran benda logam yang diproduksi dalam jumlah terbatas [4]. Salah satu pengikat kimia yang digunakan dalam membuat cetakan pasir adalah waterglass yang mengandung sodium silicate hydrate (Na2Si4O9.5H2O) sehingga akan mengeras setelah dialirkan gas CO2 [5]. Pasir yang diperoleh dari hasil pembongkaran cetakan biasanya dibuang begitu saja, sehingga bertumpuk ditempat pembongkaran cetakan.…”

Section: Pendahuluanunclassified

Pengaruh Komposisi Pasir Cetak Terhadap Mutu Cetakan Pasir Coran Aluminium

Bukhari

Nofriadi

Yanziwar

2019

jtm

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Casting is a manufacturing procces that use mold and molten metal to make parts. Geometry of the mold is almost same with the product. Shape of sand mold is negative shape of product that according to desire pattern. Making procces of mold must following right composition of sand mold. After through some test, strength of sand mold is depand on composition of mater. Value of the test on table 1 (89% sand, 9% water glass, and 2% water, has tensile strength 0,66 N/mm2 ) and compared to table 3. (85% sand, 9% water glass dan 2% water, has tensile strength 0,415 N/mm2 ). Based on the test, mold with 100% new sand has better collapse is mold with composition 94% new sand, 4% water glass, 2% water, has tensile strength 0,417 N/mm2, but, muld with 50% new sand 50% recycle sand has better collapse is mold with composition 45% new sand, 45% recycle sand, 6% water glass, and 4% water, has tensile strength 0,474 N/mm2.

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Environmental evaluation of grey cast iron via life cycle assessment

Cited by 20 publications

References 19 publications

Organizational Learning for Environmental Sustainability: Internalizing Lifecycle Management

Organizational Learning for Environmental Sustainability: Internalizing Lifecycle Management

Cast Iron: A Historical and Green Material Worthy of Continuous Research

Pengaruh Komposisi Pasir Cetak Terhadap Mutu Cetakan Pasir Coran Aluminium

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