PROTOTYPE TEMPAT PEMROSESAN AKHIR SAMPAH (TPAS) APUNG DI DESA UJUNGALANG KECAMATAN KAMPUNGLAUT

Agus Darwanto, Kis Rindiana Subroto, Kusumaning Tyas Fudiana
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Abstract

Kampunglaut Subdistrict has a unique geographical shape resembling an archipelago, causing problems around waste management. Residents prefer to dispose of their household waste directly into the waters of the mangrove forest, thereby creating a risk of flooding during high tides and silting of the waters of the Segara Anakan lagoon. This study aims to design a prototype of the appropriate floating waste final processing site for the Kampunglaut area and measure the level of acceptance of the Kampunglaut residents towards the design of the floating waste final processing site. The research was carried out by making a prototype of the final floating waste processing site and conducting simulation tests on the Serayu River and in Lempongpucung Hamlet, Ujungalang Village, Kampunglaut District, then conducting discussions with the apparatus and residents of Ujungalang Village, Kampunglaut District, Dinas Lingkungan Hidup (DLH) of Cilacap Regency and Cilacap State Polytechnic (PNC). The Floating Final Waste Processing Site (TPAS) is made by combining a plastic bowl with a nylon net that is spaced with steinless wire and then placing a tire as a float between the plastic bowl and a nylon net. The bowl is designed to open and close using a stainless hinge then an Arduino-based ultrasonic sensor is installed on the ceiling of the bowl. To provide information on the amount of waste generated, the sensor is connected to a cellphone that has the blynk application installed using IoT technology. The response of village officials and residents of Ujungalang was very enthusiastic about the prototype of the floating final waste processing site (TPAS). The existence of the Apung TPAS motivated the residents of Ujungalang Village to immediately form a waste bank unit that will manage the waste that has been collected in the Apung TPAS.
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甘榜洛特街道有一个独特的地理形状,类似于群岛,造成了废物管理方面的问题。居民们更喜欢将他们的生活垃圾直接处理到红树林的水域中,从而在涨潮时造成洪水泛滥的风险,并使塞加拉阿纳坎泻湖的水域淤积。本研究旨在为甘榜洛特地区设计一个合适的浮动废物最终处理场的原型,并测量甘榜洛特居民对浮动废物最终处理场设计的接受程度。该研究通过制作最终浮动废物处理场的原型,并在Serayu河和甘榜劳特区Ujungalang村的lemongpucung村庄进行模拟测试,然后与甘榜劳特区Ujungalang村的设备和居民、Cilacap Regency的Dinas Lingkungan Hidup (DLH)和Cilacap州立理工学院(PNC)进行讨论。漂浮的最终废物处理场(TPAS)是由一个塑料碗和一个尼龙网结合而成的,尼龙网用不锈钢丝隔开,然后在塑料碗和尼龙网之间放置一个轮胎作为浮物。碗的设计是使用不锈钢铰链打开和关闭,然后在碗的天花板上安装一个基于arduino的超声波传感器。为了提供废物产生量的信息,传感器通过物联网技术连接到安装了blynk应用程序的手机上。Ujungalang村官员和居民对浮动最终废物处理场(TPAS)的原型非常热情。Apung TPAS的存在促使Ujungalang村的居民立即成立了一个废物银行单位,负责管理在Apung TPAS收集的废物。
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