Incorporating Timesharing Scheme in Ecoindustrial Multiperiod Chilled and Cooling Water Network Design

Leong, Yik Teeng; Lee, Jui-Yuan; Chew, Irene Mei Leng

doi:10.1021/acs.iecr.5b02722

Cited by 13 publications

(10 citation statements)

References 34 publications

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“…Among the literature, three dominant categories of optimization tools are present, segregated by their discussion on the type of resource flows optimized—water (see, e.g., Lee, Chen, Lin, & Foo, ; Leong, Lee, & Chew, ; Ramos, Boix, Aussel, Montastruc, & Domenech, ), energy (see, e.g., Chae, Kim, Yoon, & Park, ; Hipólito‐Valencia et al., ; Liew et al., ), and material (see, e.g., Cimren, Fiksel, Posner, & Sikdar, ; Noureldin & El‐Halwagi, ).…”

Section: Thematic Analysismentioning

confidence: 99%

Tools for promoting industrial symbiosis: A systematic review

Yeo

Masi

Low

et al. 2019

J of Industrial Ecology

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Industrial symbiosis (IS) employs a cross‐organizational perspective to seek synergistic pairings of one company's waste output to another company's input, enabled by interfirm cooperation through resource and information sharing. Orchestrating IS relationships among companies, however, remains a complex process. In the literature, a wide range of qualitative and quantitative tools have emerged, tackling issues ranging from identifying IS creation opportunities to performance evaluation. Thus far, the available literature has focused on separate aspects and perspective of IS creation. Each individual work contributes, in part, to the overall process of IS creation. The disparate perspectives provided by the literature reflect the fragmented nature of available tools supporting IS, which operate in isolation of each other. An encompassing view of tools supporting the process of IS creation is missing to date. Therefore, to fill this gap, this study aims to develop a more comprehensive description of the landscape of IS tools by analyzing the associated approaches, roles, and contribution of existing tools. Through this understanding, the insights gained can be used to aid future development and advancement of tools for IS practitioners.

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Section: Thematic Analysismentioning

confidence: 99%

Tools for promoting industrial symbiosis: A systematic review

Yeo

Masi

Low

et al. 2019

J of Industrial Ecology

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“…For example, Cimren, Fiksel, Posner, and Sikdar (2011) developed a tool for designing an optimal network and material flows that utilized industrial by‐products as feedstocks for other industrial processes, that is, by‐product synergy. Leong, Lee, and Chew (2016) proposed a design methodology that enables individual plants to cooperate with each other so as to achieve greater water and energy recovery through interplant chilled/cooling water reuse/recycle. Recently, many researchers have been working on product‐service systems (PSSs) as a means for realizing CE (Tukker, 2015).…”

Section: Theoretical Backgroundmentioning

confidence: 99%

Failure analysis method for enhancing circularity through systems perspective

Kimita

Brambila‐Macias

Tillman

et al. 2020

J of Industrial Ecology

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Recently, a circular economy has attracted global attention as an approach for addressing material security and resource‐efficiency issues. As our societies shift toward a circular economy, manufacturers need to not only produce environmentally conscious products but to also realize reliable systems that will ensure the closure of the loops of the products, components, and materials. To do so, early‐stage design is crucial to effectively and efficiently detect possible failures and then take adequate countermeasures against them. Although a few methods of failure analysis have been proposed to address environmental issues, these methods have failed to consider the cause–effect relationships among failures. This will hinder manufacturers from identifying core problems that should be addressed in a given system. Therefore, this study extends failure mode and effect analysis, which is an engineering technique used to address potential failures, by addressing the entire system reliability in relation to circularity. As a result of a case study of a manufacturer aiming to increase circularity with their products on the market, we revealed that the proposed method is useful in the early stage of design to (a) identify failure modes where effects are largely given to or received from other failures, (b) develop countermeasures effectively by addressing root causes of failures, and (c) find an opportunity to collaborate with external actors.

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“…Recently, alternative approaches to improve EIPs and water network designs have been studied. For instance, the impact of periodical operations on EIPs, including the variation of market demands and plant shutdown schedules, has been analyzed by Leong et al 10 Also, a model for minimizing emergy (total consumed energy) of a water network in an EIP has been analyzed as well. 11 Furthermore, the optimal design of a water network with two-stage regeneration recycling was proposed.…”

Section: ■ Introductionmentioning

confidence: 99%

Optimal Design of Water Networks in Eco-Industrial Parks Incorporating a Fairness Approach

Cruz-Avilés

Munguía-López

Ponce-Ortega

2021

Ind. Eng. Chem. Res.

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Water is an essential resource that is used intensively in industrial processes. Recently, eco-industrial parks have become an interesting alterative to reduce and optimize water consumption through reuse and recycling networks. In this work, a new approach is proposed for the optimal design of water networks in eco-industrial parks that for the first time considers fair distribution schemes among the different involved users. The synthesis of water networks includes the recycling and reusing of water by treating it through property interceptors. The total cost of each plant considers treatment, piping and pumping costs, and the cost of the required fresh sources. The incorporation of three different fairness schemes (social welfare, Rawlsian welfare, and Nash) is proposed. Mathematical models are proposed to find the best distribution of resources in a scarcity scheme. The presented approach is general and can be useful for different case studies. However, in this work, we address three case studies to illustrate the applicability of the model. Furthermore, different trends can be observed depending on the analyzed case study.

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Incorporating Timesharing Scheme in Ecoindustrial Multiperiod Chilled and Cooling Water Network Design

Cited by 13 publications

References 34 publications

Tools for promoting industrial symbiosis: A systematic review

Tools for promoting industrial symbiosis: A systematic review

Failure analysis method for enhancing circularity through systems perspective

Optimal Design of Water Networks in Eco-Industrial Parks Incorporating a Fairness Approach

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