Cleaner Production Strategy for Improving Environmental Performance of Small Scale Cracker Industry

Khuriyati, Nafis; Wagiman,; Kumalasari, Denok

doi:10.1016/j.aaspro.2015.01.021

Cited by 19 publications

(13 citation statements)

References 7 publications

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“…The positive influence brought by cleaner production (CP) on the enterprises, countries and the society has been wildly acknowledged by theoretical and practical circles. For example, Khuriyati and Wagiman (2015) suggested that CP can bring economic, technical and environmental benefits for small-scale cracker industry; Silvestre and Silva Neto (2014) put forward that although in developing and emerging countries CP cannot build sustainable mining regions, it is definitively a step in the right direction; Rahim and Raman (2015) proposed that CP is a feasible strategy for the production plant to reduce CO2 emission; Zhang et al (2013) found that after CP was implemented in the sewage treatment system, the environmental performance and the resource efficiency are all improved to a certain degree. Regarded as one of the most efficient methods to reduce industrial contamination (Kong and White, 2010), CP not only contributes to environmental protection, but also contributes to firms' sustainable development.…”

Section: Introductionmentioning

confidence: 99%

A comprehensive analysis of cleaner production policies in China

Peng

Liu

2016

Journal of Cleaner Production

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Studies of cleaner production have often focused on two domains: the applications and the effects. An ever-increasing importance of cleaner production is pushing researchers to pay more attention to the formulation and principles of cleaner production policies. However, there is nearly none of the previous research that systematically and comprehensively analyses the development processes of cleaner production policies and exploring their characteristics deeply. The missing study is important in not only contributing to the perfection of cleaner production policies but also influencing the strategic planning of firms. This paper bridges this gap by first presenting a comprehensive study of the development process of cleaner production policies and then exploring their characteristics. We choose China, the biggest developing country and one of the most challenging countries to implement cleaner production, as the main research target and in addition a number of other developed and developing countries for comparisons. To investigate deeper into the characteristics of cleaner production in China, all the major policies and regulations issued by central ministries from 1997 to 2013 have been studied, ensuring the accuracy and reliability of the research. By employing T-LAB software with linguistic and statistical content analysis method, this paper derives following conclusions. (1) "audit", "implementation" and "environmental" have the highest correlation coefficients with cleaner production; (2) cleaner production policies focus on four themes: "pilot", "indicator", "people" and "list"; (3) the formulation and implementation of cleaner production policies are endowed with typical characteristics of collaboration; (4) the characteristics of cleaner production policies are typically constraining types that evidently guide and regulate the behaviours of firms. This paper contributes as a general important reference of cleaner production policies for governments and firms especially in developing countries.

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Section: Introductionmentioning

confidence: 99%

A comprehensive analysis of cleaner production policies in China

Peng

Liu

2016

Journal of Cleaner Production

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“…Feasibility analysis used of the alternative of cleaner production includes technical, environmental, and financial feasibilities. Technical feasibility is seen from implementation possibility while environmental feasibility is the waste produced reduction (Khuriyati et al 2015). Financial feasibility is seen by calculating the pay back period for each cleaner production alternative (Table 6).…”

Section: Feasibility Analysis Of Cleaner Production Alternativesmentioning

confidence: 99%

Study on Possibility of Cleaner Production Application at Small Scale Bakery Industry in Pekalongan Indonesia

Bantacut¹,

Zulaikha²

2019

CPER

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This study analyzed the opportunities for implementing a cleaner production of small bread industries. The research begun with identification of the process stages, problems and opportunities for the application of cleaner production as well as an analysis of alternative feasibility of environmental, technical and financial aspects. The study found a variety of problems such as no special fermentation chambers, no determination of fermentation time, scattered flour, smoking workers, spilt dough, inappropriate placing goods, and the use of lights during the day, untreated eggshells, leftover bread and off-grade bread, the liquid waste from the washing process goes into the water body, unsold bread, and does not have a halal certificate. The recommended alternatives are making space and determining fermentation time, Good Manufacturing Practices, lighting redesign during the day, eggshells process into fertilizer, the remaining slices of bread and off-grade bread are processed into bread crumb flour, four stages of washing, submitting halal certificates, and bread waste flour as animal feeds. The implementation of cleaner production can: (i) increase bread production of 21.19 to 21.80 ton/month, (ii) reduce washing water from 4,000 to 3,600 liters/month, (iii) cut electricity from 1,613 to 1,593 kWh/month, (iv) improve treated solid waste from 3.27 to 3.43 tons/month, and (v) increased sales of fresh bread to 34,996 packs/month and sweet bread 14,560 packs/month. The total profit that can be obtained by applying cleaner production is Rp 21,324,000 per month.

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“…The waste also has the high values of BOD, COD, and suspended solids [7]. Due to the high content of organic material, agro-industrial waste may cause pollution if not managed properly.…”

Section: Introductionmentioning

confidence: 99%

Creating Value of Agro-Industrial Wastes

Khuriyati

Purwadi

Wahid

et al. 2018

KLS

Self Cite

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Food processing industry as a kind of agro-industry generates a large amount of waste. These wastes have potential since the contain vitamins, mineral nutrients, and other compounds with functional properties. This paper addresses the wastes generated from processing jackfruit and tuna industries. It was observed that the product development is an important role for creating the value of agro-industrial wastes. The wastes can be used as valuable resources for food production. Jackfruit seed and tuna skin were processed into nutritional foods.

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Cleaner Production Strategy for Improving Environmental Performance of Small Scale Cracker Industry

Cited by 19 publications

References 7 publications

A comprehensive analysis of cleaner production policies in China

A comprehensive analysis of cleaner production policies in China

Study on Possibility of Cleaner Production Application at Small Scale Bakery Industry in Pekalongan Indonesia

Creating Value of Agro-Industrial Wastes

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