Sustainable Design of Material Handling Equipment: A Win-Win Approach for Manufacturers and Customers

Shevtshenko, Eduard; Bashkite, Viktoria; Maleki, Meysam; Wang, Yan

doi:10.5755/j01.mech.18.5.2703

Cited by 15 publications

(7 citation statements)

References 16 publications

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“…Unlike power plant Different types of conveyor belts are used in different industries like food industries, Retail, Automation etc. Therefore, as the demand increases sells also increases year by year which is shown by the graph provided below [20].…”

Section: Discussionmentioning

confidence: 96%

A Letter on Belt Conveyor System as a Mode of Transportation in Industry

Pati

Majumdar

2020

IJRESM

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In any power plant coal obtained from the open pit mines should be transported to the plant for the production of power. Many means of transportations are available like truck, railways pipelines, Conveyor belts etc. For Industrial purpose material handling equipment are designed in a way such that material handling is easy, fast, less maintenance cost for the equipment, efficient, safe etc. This paper discusses how conveyor belt is a better mode of transportation in power plants than any other modes available. Provided with brief Discussion various parts of the conveyor belt, and also about some types of conveyor belts used in Power plants. There are many types of conveyer belts present that can be used as per the need of different power plants. Also provided with a proper safety design values for the safe and efficient working of the belt.

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Section: Discussionmentioning

confidence: 96%

A Letter on Belt Conveyor System as a Mode of Transportation in Industry

Pati

Majumdar

2020

IJRESM

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“…It raises the cost of the products due to the defects caused by weak or badly designed package. In addition, poor or nonenvironmentally friendly package can cause the waste of the material, financial resources, and pollute the environment [4]. Packaging may also be harmful to the environment during the whole life cycle.…”

Section: Project "Green Cost-efficient Package Selection For Electronmentioning

confidence: 99%

Innovative Management and Implementation of Applied Research Project “Green Cost-Efficient Package Selection”

Shevtshenko¹,

Karaulova²,

Pohlak³

et al. 2017

Case Study of Innovative Projects - Successful Real Cases

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Cost-effectiveness is one of main criterions of innovation. In the current research, the generic mechanisms of university-enterprise collaborative project realization are included, which can be used to introduce the fresh ideas to industry. Such projects are useful for both partners: enterprise and university. Professors receive applied research projects experience and can publish the results of research, the students, involved in the project, can use received knowledge in their master or bachelor theses, and enterprises can employ new and active engineers. The aim of the project was to develop the green cost-efficient package for electronics industry, which should replace the previously used package. The target of this chapter is to bring the project team experience to the broader audience, who can successfully apply it for similar research project management and practical implementation. Today, the companies frequently use expensive package, which exceeds required quality specifications. That means the quality standards used by the company have too high requirements for the product types that package should protect. Purpose of current research project was to reduce the total cost of the packaging process and to select the environmentally friendly materials. Research team has elaborated the methodology for assessment of possible package variants.

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“…One approach is the realization of different EOL strategies in individual case studies what can show benefit specifically for that unit (Moseichuk et al, 2010;Karaulova et al, 2012). Another is the reverse logistics concept combined with EOL strategies that can be seen in the industry (Zahharov et al, 2011;Shevtshenko et al, 2012). According to the most recent findings reviewed in these papers, the best EOL strategy for industrial equipment to prolong its life cycle is a corporation of takeback approach with the remanufacturing concept.…”

Section: Eol Strategies For Industrial Equipmentmentioning

confidence: 99%

Decision-making Framework for Used Industrial Equipment

Karaulova

Bashkite²

2016

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Decision-making is a major problem in industry. Therefore this research is focused on the decision-making framework development with Lean and Green Manufacturing tools and End-of-Life scenario consideration. A specific mechanism was developed for used industrial equipment life cycle extension in order to save money, nature, and society. The proposed framework makes business more profitable by including an innovative approach of using complex TRIZ to make it more universal and easy to use for the largest variation of used industrial products. To achieve this aim the Green Matrix was elaborated on the basis of the TRIZ Contradiction Matrix and Green Engineering principles. Much attention was paid to the remanufacturing process in the decision-making framework to assess the moment condition of equipment. An integrated method for evaluating the remanufacturability of the used industrial equipment is proposed, in which the technological, economic and environmental assessment of spent industrial products is analyzed in terms of remanufacturing. Development of an approach for used industrial product assessment improves company inventory controllability and utilization that in turn minimizes environmental impact and resource consumption during the entire product cycle.

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Sustainable Design of Material Handling Equipment: A Win-Win Approach for Manufacturers and Customers

Cited by 15 publications

References 16 publications

A Letter on Belt Conveyor System as a Mode of Transportation in Industry

A Letter on Belt Conveyor System as a Mode of Transportation in Industry

Innovative Management and Implementation of Applied Research Project “Green Cost-Efficient Package Selection”

Decision-making Framework for Used Industrial Equipment

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