Clean & lean production in fish canning industry-A case study

College

Gokongwei College of Engineering

Department/Unit

Industrial Engineering

Document Type

Book Chapter

Source Title

Lean Engineering for Global Development

First Page

191

Last Page

223

Publication Date

3-16-2019

Abstract

he application of Clean Production (CP) and Lean Thinking had been explored to reduce the environmental impacts of fish canning processes. An industrywide survey was conducted to access the current system architecture of the fish canning companies in terms of their environmental practices and lean tools used. By conducting a case study, the CP assessment identified the overall and per operation waste in the fish canning process where material balances showed five (5) main waste streams. A comprehensive set of CP options were proposed to eliminate the waste streams. To solve the production waste while managing the problem of decreasing raw fish supply and increasing tin can prices, lean engineering was conducted. The cleaner production assessment identified the overall and per operation waste in the fish canning process. Major environmental wastes identified include water, tin cans, fish meat, and energy. Moreover, non-value adding wastes surfaced in the lean production assessment are overproduction, waiting, transportation, and inventory. Proposed solutions were analyzed through a cost and benefit analysis. Results show that implementing clean and lean technologies can provide the company good benefits. There is evidence to show that the implementation of clean and lean technologies will greatly reduce the environmental impact of the fish canning industry. © Springer Nature Switzerland AG 2019. All rights reserved. T

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Digitial Object Identifier (DOI)

10.1007/978-3-030-13515-7_7

Disciplines

Industrial Engineering | Operations Research, Systems Engineering and Industrial Engineering

Keywords

Lean manufacturing; Canned fish industry

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