![]() ![]() The BEP of production volume and Cost of Good Solds (COGS) was 346 kg and 9,814.92 IDR which is less than the actual production volume and price. Additionally, the coconut sugar agro-industry was financially feasible as the obtained R/C ratio was 1.45. The result revealed that the average production cost needed by the agro-industry was 7,659,868 IDR month-1 and the generated income was 3,483,132 IDR month-1. The analysis of the R/C ratio and Break-Even Point (BEP) was used to determine the indicator of financial feasibility. Furthermore, this study was conducted in Mempawah Regency with 34 coconut farmers. This analysis is important for craftsmen in the regency that engage in the continuous production of coconut sugar. Therefore, this study aims to analyze the structure of production cost and operating income as well as the feasibility of the coconut sugar agro-industry. This is necessary in order to increase the income of coconut sugar craftsmen and also allow them gain knowledge of the industrial scale through feasibility studies on the agro-industry. The other beneficiaries acquired by the company was included external costs, such as risks from commitment failure by third parties in coal waste management, costs rising risk of purchasing coal, and given a positive value for providing employment.Ĭoconut is one of the key plantation commodities in the Mempawah Regency that needs to be developed. The company also achieved a net B/C ratio was more than one, and ROI was 1.09 times in the ninth year. The finding study showed that the company got a payback period and the net benefit from the ninth year. These indicators provided the company policy to continue or stop this project. Tree indicators used in this study were net benefit-cost ratio, payback period, and return on investment. ![]() ![]() This study used the benefit-cost analysis approach to assess economic feasibility. These raw materials were combined with a composition 60%:40% weight (bottom ash: biomass) to be briquette form by adding amylum as a binder. The study mixed coal bottom ash with biomass from municipalities solid waste (MSW), called bio-coal fuel. This study aims to conduct an economic assessment of pilot-scale projects to reuse bottom ash to support the clean industry strategy. LB3 management becomes an obligation for the industry which producing it and being a burden in itself due to the project of waste utilization often regarded as the high-cost investment projects or less profitable. Coal bottom ash was included in Hazardous and Toxic Waste (LB3), which requires seriously manage not to warm the environment and humans health. ![]()
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