Alprido Perdian, Lendra Lendra, Nasyiin Faqih

PERENCANAAN FASILITAS PENGELOLAAN SAMPAH BERKELANJUTAN: DESAIN TPS3R UNTUK KAMPUS UNIVERSITAS PALANGKA RAYA

Introduction

Perencanaan fasilitas pengelolaan sampah berkelanjutan: desain tps3r untuk kampus universitas palangka raya. Rencanakan fasilitas pengelolaan sampah berkelanjutan (TPS3R) untuk kampus Universitas Palangka Raya. Pelajari desain bangunan & estimasi biaya solusi limbah kampus yang efisien.

Abstract

The growth of the academic community at Palangka Raya University has led to significant waste problems. Without an appropriate and sustainable management system, the accumulation of waste can have a negative impact on environmental cleanliness, the health of the campus community, and the aesthetics and image of the institution. To address these challenges, a more progressive and sustainability-oriented waste management system is needed through the planning and construction of a Reduce, Reuse, Recycle Waste Management Facility (TPS3R). This planning includes building design and the preparation of a Cost Estimate Plan (RAB) tailored to the needs of Palangka Raya University. The implementation of the construction project requires comprehensive and accurate budget calculations. The preparation of the cost plan must consider the principle of economic efficiency while maintaining consistency with established quality standards and technical specifications. Based on the analysis conducted by the researchers, waste generation data was obtained, and the TPS3R building design for Palangka Raya University is planned to cover an area of 216 square metres with a budget plan of Rp 752,964,900.00. It is hoped that the design planning of the TPS3R building at Palangka Raya University will not only serve as a technical solution to waste management issues but also as a model for campus environmental management that can be replicated in other educational institutions.

Review

This manuscript addresses a highly pertinent and critical issue concerning sustainable waste management within university campuses, specifically focusing on the Universitas Palangka Raya. The growing academic community and the subsequent increase in waste generation present a universal challenge, making the proposed solution of a Reduce, Reuse, Recycle Waste Management Facility (TPS3R) particularly timely and relevant. The abstract clearly articulates the problem's scope, its potential negative impacts on environmental cleanliness, community health, and institutional image, establishing a strong rationale for the research. The paper's aim to provide a progressive, sustainability-oriented solution through detailed planning and a robust cost estimate is well-defined and commendable. The strengths of this work, as presented in the abstract, lie in its practical, solution-oriented approach. The researchers have not only identified a significant problem but have also moved towards concrete steps for its resolution by proposing a specific facility design (TPS3R) and a comprehensive Cost Estimate Plan (RAB). The inclusion of tangible data, such as the planned facility area of 216 square meters and a detailed budget of Rp 752,964,900.00, lends credibility and a sense of practical feasibility to the proposal. Furthermore, the aspiration for this design to serve as a replicable model for other educational institutions highlights its potential for broader impact and contribution to sustainable campus management practices beyond Palangka Raya University. To further enhance the full paper, several aspects could be elaborated upon. While the abstract mentions waste generation data, the methodology employed for its collection and analysis would be crucial for establishing the design's validity. Details regarding the specific design considerations for the TPS3R, including material choices, operational flow, technology integration, and expected waste diversion rates, would strengthen the technical aspects. Furthermore, a thorough breakdown and justification of the cost estimation (RAB), along with a discussion on potential funding mechanisms and long-term operational sustainability plans, would provide a more complete economic picture. Finally, exploring stakeholder engagement in the planning process and anticipated environmental and social benefits beyond the general negative impacts would enrich the paper's overall contribution.

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