Recycling Pesticide Plastic Containers in Indonesia: An Evaluation of Technical, Economic, and Regulatory Impact Feasibility
Journal Title: International Journal of Current Science Research and Review - Year 2024, Vol 7, Issue 08
Abstract
This study explores the feasibility of recycling pesticide plastic packaging in Indonesia, focusing on technical, economic, and regulatory aspects. Technical feasibility analysis highlights challenges in material composition and pesticide residue removal, emphasizing the effectiveness of a cleaning process to ensure safety and quality of recycled materials. Economically, the study demonstrates significant cost savings when incorporating at least 40% recycled material into new packaging, enhancing market competitiveness. The regulatory analysis emphasizes the recommendation to the Indonesian government to reclassify waste pesticide containers from hazardous to non-hazardous materials following the validation of the triple rinsing trial’s effectiveness in removing pesticide residue. Reclassifying the containers as non-hazardous will reduce transportation costs from the source locations, such as plantations or farming areas, to the waste processing plant, thereby improving the economic feasibility of the pesticide plastic container recycling. Recommendations include conducting production trials with larger container sizes and adjusting the recycled material percentage, as well as exploring performance-enhancing additives for recycled plastics. Industries are advised to align with regulations by adopting best recycling practices and establishing robust compliance processes. Strengthening Extended Producer Responsibility (EPR) schemes and supporting advanced recycling infrastructure development are critical steps. These measures will improve the efficiency and effectiveness of recycling programs, ensuring regulatory compliance and promoting sustainable waste management. The study concludes that recycling pesticide plastic packaging is feasible and beneficial, provided that technical and economic challenges are effectively addressed with at least 40% recycled material content. The economic viability of recycling pesticide plastic containers will be further enhanced if the Indonesian government reclassifies the waste containers as non-hazardous, after triple rinsing process, thereby reducing transportation costs.
Authors and Affiliations
Nanang Sugih Nugroho, Gatot Yudoko,
Keywords
Related Articles
- EP ID EP741747
- DOI 10.47191/ijcsrr/V7-i8-06
- Views 34
- Downloads 0
Influence of Purchase Decision for An Advanced Production Digital Platform Adoption Process in The Coal Industry: The Investigation Using Pls-Sem Analysis
In 2022, the coal-producing sector faced unusual difficulties, which were paralleled by a significant rise in global pricing. The business is too complex for the the most advanced technologies, especially when it comes t...
Green Accounting, Financial Performance, and Company Value: A Bibliometric Study
This research aims to examine the interconnection between green accounting, financial performance, and company value. This study employs a bibliometric approach utilizing bibliographic coupling and co-occurrence analysis...
A Study to Assess the Level of Stress among Care Givers of Thalassemia Attending Thalassemia Clinics of H.S.K Hospital and Research Centre, Bagalkot
Background: Thalassemia affects approximately 4.4 out of every 10,000 live births throughout the world. This condition causes both males and females to inherit the relevant gene mutations equally because it follows an au...
The Impact of Selected Financial Ratios on The Market Performance of Listed Companies on The Acceleration Board Indonesia Stock Exchange (Period 2020-2023)
This research aims to analyze the impacts of selected financial ratios on the market performance of listed companies in the Acceleration Board IDX (Period 2020-2023) and find if IDX need to add the financial requirement...
Improving Refuelling Flowtime at Fuel Terminal X PT AAA
This research evaluates the performance of fuel distribution services by PT AAA at Terminal X, focusing on meeting the operational target of 14 hours per day. The average service level during the assessment period was 56...