SOLID WASTE MANAGEMENT SYSTEM ANALYSIS IN COASTAL AREA USING ANALYTICAL HIERARCHY PROCESS METHOD (INDRAMAYU REGENCY, WEST JAVA

• Main Author: Nurjayati, Ratih
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/64028
• Institution: Institut Teknologi Bandung

Indramayu, which is one of the coastal areas of Indonesia and has quite large marine resources and tourism assets. This region for the past few years has experienced a worsening solid waste problem. This research activity was carried out in Cantigi and Indramayu District, both areas were considered capable of representing the condition of Indramayu Regency which has various regional conditions but generally has resource and tourism assets in coastal areas. Analytical Hierarchy Process (AHP) is a form of decision-making model with multiple criteria. This method is a decision-making method that involves several criteria and alternatives that are selected based on consideration of all related criteria (Saaty, 2004). In the analysis, there are five aspects that become criteria: environmental, financial, social, technical and institutional aspects.Based on the AHP weight assessment, the environmental aspect is the aspect with the highest weight value. As for the assessment of the sub-criteria that have an effect on the preparation of the waste management system, it is found that the sub-criteria for reducing environmental pollution is the priority sub-criteria that must be prioritized and the most influential. From the results of the community questionnaire, it is known that 82% of the community wants waste management by UPTD Hygiene. While 13% support community-based waste management starting from sorting at source, collection to TPS management. The remaining 5% stated that they were willing to sort at the source and the next process was managed by the UPTD Hygiene. Meanwhile, based on the AHP questionnaire, it was obtained recommendations for waste management system options that involve collaboration between the community and the UPTD Hygiene through optimizing the 3R TPS function and sorting at source is the most suitable solution to be implemented.