Green Cycles Economy and Factory

Rohrmus, Dominik; Döricht, Volkmar; Weinert, Nils

doi:10.1007/978-981-4451-48-2_94

Cited by 4 publications

(3 citation statements)

References 8 publications

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“…Also biomass, agricultural waste, timber waste, industrial waste and pollution are feedstock [18]. With respect to the green cycle vision, CO 2 is the future raw material for fuels, fuel additives and bio-derived chemicals [1], [2], [19].…”

Section: Green Manufacturing Cycle Supply Based On Methanol As a Multmentioning

confidence: 99%

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Green Factory Supported by Advanced Carbon-based Manufacturing

2015

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The Siemens green cycle vision for green production and green raw materials opens up new manufacturing models and new product markets to provide an answer for the world's hunger for materials. The materials have a promising future for non-food related components such as electronics. With the rising oil prices, the world has to focus on renewable resources which stand up to the demands of future production in terms of additive manufacturing processes that are also carbon-based. This new finding can help to contribute to a greener future, as the carbonbased materials come from renewable, biodegradable resources. This transformation requires new competitive manufacturing systems.

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Section: Green Manufacturing Cycle Supply Based On Methanol As a Multmentioning

confidence: 99%

“…The green cycles factory vision and the green cycles economy discussed in [1], [2] opens up new business models and new markets [3]. The green cycle vision sets the element carbon (C) in the center of the manufacturing of new materials, new products, and synthetic raw materials.…”

Section: Introductionmentioning

confidence: 99%

Green Factory Supported by Advanced Carbon-based Manufacturing

2015

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“…Siemens AG has established its own sustainable goals. As a result, Siemens has built green factories to implement a green production cycle, that is, one in which green materials are used in products to help preserve the environment (Rohrmus, Döricht, & Weinert, ). In order to provide sustainable products, manufacturers have to purchase ecofriendly materials from suppliers.…”

Section: Introductionmentioning

confidence: 99%

Contract Design with Information Asymmetry in a Supply Chain under an Emissions Trading Mechanism

et al. 2017

Decision Sciences

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We aim to design an appropriate sourcing mechanism with information asymmetry in a supply chain with one manufacturer and multiple suppliers subject to an emissions trading scheme. The manufacturer purchases raw materials from suppliers, who hold private information regarding the green degree-that is, the unit emission rates-of their raw materials. An appropriate strategy must be adopted by the manufacturer for the contract design, including a series of payments and the order quantities; the suppliers are subsequently invited to bid for the contracts. The basic model is formulated to assist the manufacturer in designing a reasonable contract for a single supplier. The characteristics of the optimal order quantity and payoff functions of both the manufacturer and supplier are analyzed. A competitive procurement scenario with multiple suppliers is also discussed. With respect to the diversity of auctions, three different auction types are analyzed, including a green degree auction, a price auction with emissions targets, and a performance-based auction. In addition, an efficient emissions trading policy is established to guide manufacturers regarding how to balance their emission allowances based † Corresponding author. 122Contract Design with Information Asymmetry on the optimal order quantities. Our approach provides an effective decision support system for both the manufacturer and suppliers. other journals. His research interests are in the areas of risk management in supply chains, strategic sourcing and buyer-supplier relationships, technology management, and performance evaluation. He serves as the Department Editor for IEEE Transactions in Engineering Management and Senior Editor for Decision Sciences Journal. He has more than 6,500 citations of his work and an h-index of 39.

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Evaluation of Process Chains for an Overall Optimization of Manufacturing Energy Efficiency

Mose

Weinert

2013

Advances in Sustainable and Competitive Manufacturing Systems

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Green Cycles Economy and Factory

Cited by 4 publications

References 8 publications

Green Factory Supported by Advanced Carbon-based Manufacturing

Green Factory Supported by Advanced Carbon-based Manufacturing

Contract Design with Information Asymmetry in a Supply Chain under an Emissions Trading Mechanism

Evaluation of Process Chains for an Overall Optimization of Manufacturing Energy Efficiency

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