Study on the guidelines for the efficient and sustainable management of groundwater usage revenue collection in relation to groundwater usage fees and groundwater preservation fees in the groundwater crisis areas of Thailand

IF 5.4 Q1 ENVIRONMENTAL SCIENCES
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引用次数: 0

Abstract

This study attempts to examine the cost and benefits of shifting the collection process of groundwater revenue and groundwater preservation fees from a manual to automatic meter reading (AMR) system, utilizing marginal cost and marginal benefit. The methodology is based on a benefit-cost analysis, taking into account the monetary value of time. The following specific results are revealed: (1) Changing to an AMR system can provide additional benefits in terms of time-savings for current personnel since the administrative work relating to the collection of groundwater usage fees and groundwater preservation fees can be reduced by 70%. This study is based on two personnel per province, calculated using the rate of 26,397.46 baht (or 792.95 USD) per person per month, 70% of which equates to an opportunity cost of 18,000 baht (or 540.70 USD) per person per month. (2) The accident rate can be reduced if personnel do not need to travel to examine the groundwater usage of licensees. However, because the AMR system is complicated and customizable, transitioning from manual to AMR systems is not a one-size-fits-all proposition. We propose that a pilot project be carried out to properly implement the AMR installation process.

关于泰国地下水危机地区地下水使用费和地下水保护费的地下水使用收入的高效和可持续管理准则的研究
本研究试图利用边际成本和边际效益,对地下水收入和地下水保护费的征收流程从人工抄表系统转向自动抄表系统(AMR)的成本和效益进行研究。该方法基于效益成本分析,并考虑到时间的货币价值。具体结果如下:(1) 由于收取地下水使用费和地下水保护费的行政工作可减少 70%,因此改用 AMR 系统可为现有人员节省时间,带来额外收益。本研究以每个省两名工作人员为基础,按照每人每月 26,397.46 泰铢(或 792.95 美元)的费率计算,其中 70% 的费率相当于每人每月 18,000 泰铢(或 540.70 美元)的机会成本。(2)如果工作人员不需要出差检查持证人的地下水使用情况,事故率就会降低。然而,由于 AMR 系统复杂且可定制,从人工系统过渡到 AMR 系统并非一劳永逸。我们建议开展一个试点项目,以正确实施 AMR 安装程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Environmental and Sustainability Indicators
Environmental and Sustainability Indicators Environmental Science-Environmental Science (miscellaneous)
CiteScore
7.80
自引率
2.30%
发文量
49
审稿时长
57 days
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