Lingkar: Journal of Environmental Engineering 2023-07-30T12:03:50+00:00 Aulia Rohendi Open Journal Systems <p><strong>Frequency: </strong>2 issues per year (June and December)<strong><br>Language: </strong>Indonesian &amp; English<strong><br>E-ISSN: <a href="" target="_new">2986-8807</a><br>P-ISSN: <a href="" target="_new">2746-2498</a><br>Editor in Chief:</strong> <a href=";hl=id" target="_new">Aulia Rohendi, S.T., M.Sc.</a><strong><br>Managing Editor: </strong><a href=";user=yjFXrqgAAAAJ" target="_new">M. Faisi Ikhwali, S.T., M.Eng.</a><strong><br>Publisher:</strong> <a href="" target="_new">Dept. of Environmental Engineering</a>, UIN Ar-Raniry Banda Aceh<br><strong><em>Lingkar: Journal of Environmental Engineering</em></strong> is a distinguished biannual, double-masked, peer-reviewed journal spotlighting Environmental Engineering and Science advancements. With a broad scope encompassing&nbsp; <strong><em>water and waste management</em></strong>, <em><strong>s</strong><strong>olid waste solutions</strong></em>, <em><strong>air pollution</strong></em>, <em><strong>pollution control</strong></em>, <em><strong>remediation</strong></em>, <em><strong>environmental management</strong></em>, <em><strong>sustainability</strong></em>, <em><strong>energy</strong></em>, <em><strong>green technologies</strong></em>, and <em><strong>HSE</strong></em> (<em><strong>Health, Safety, and Environment</strong></em>) considerations, Lingkar remains at the discipline's cutting edge.<br>The journal is deeply committed to pioneering change and contributes significantly to advancing knowledge in environmental engineering and its related fields. Beyond publishing incisive research results and insightful review articles, <em><strong>Lingkar</strong></em> is a platform for researchers, scholars, and practitioners to exchange insights and explore innovative solutions for addressing environmental challenges. <em><strong>Lingkar</strong></em> serves as a repository of knowledge and a catalyst for change, bridging the environmental knowledge gap and fostering a sustainable and informed future.</p> STUDI ANALISIS EFISIENSI DAN KEHILANGAN AIR PADA SALURAN IRIGASI KAMPUNG REJE GURU KECAMATAN BUKIT KABUPATEN BENER MERIAH 2023-07-16T11:58:07+00:00 Fadhliani Nanda Savira Ersa Adhan Palaguna Nura Usrina Muthmainnah <p>D.I. Reje Guru is an open system irrigation network located in Bukit District, Bener Meriah Regency, Aceh Province. Various problems were identified such as cracked lining and wild vegetation around the network. These issues have impact on water losses along the channels’ conveyances&nbsp; through evaporation, seepage, operational factors and leakage. The input – output discharge measurement is used to determine the water loss and the value of the efficiency of water distribution in the Irrigation network. In addition, the evaporation and seepage loss are also calculated to find out the percentage of the loss from these two factors. The results shown that the maximum and minimum loss is from BS3RG and BS4RG which are 0,027 m<sup>3</sup>/sec and 0,004 m<sup>3</sup>/sec, respectively. The values are correlated to the efficiency values which are the highest 84,23% from BS4RG and 36,908% from BS3RG. It is confirmed that the two factors of evaporation and seepage are not the significant factor to the conveyance water loss.</p> 2023-07-15T12:11:47+00:00 Copyright (c) 2023 Fadhliani, Nanda Savira Ersa, Adhan Palaguna, Nura Usrina, Muthmainnah EVALUASI PENERAPAN SANITASI DI TERMINAL ALAM BARAJO, KOTA JAMBI 2023-07-16T11:58:47+00:00 Elma Mutmainnah Zuli Rodhiyah Putri Ayu Ramadhani Muhammad Fadly <p><em>Terminal Alam Barajo is a one of the public places used to manage arrivals and departures, raise and drop off people and/or goods, as well as transfer modes of transportation. Access to the Terminal Alam Barajo is quite easy because it is located in Jambi City. Terminal Alam Barajo location requires management support and sanitation facilities that support the creation of healthy station. This research was conducted to assess the application of sanitation at the Terminal Alam Barajo, Jambi City. This research was conducted using a combination of qualitative methods in the form of observation and interviews. The sanitation assessment is carried out using an environmental health inspection assessment. While sanitation information obtained from in-depth interviews with chief cleaning officer terminal Alam Barajo. The sanitation assessment of the Terminal Alam Barajo obtained a score 88% of environmental component, 73% of Sanitation Facilities component, 75% of other components. Sanitation at the Terminal Alam Barajo is deemed healthy because the overall score of the variables is above 79% but still needs further improvement in sanitation.</em></p> 2023-07-15T00:00:00+00:00 Copyright (c) 2023 Elma Mutmainnah, Zuli Rodhiyah, Putri Ayu Ramadhani, Muhammad Fadly EVALUASI PENERAPAN SANITASI DI TEMPAT AGROWISATA NANAS TANGKIT BARU, SUNGAI GELAM, KABUPATEN MUARO JAMBI, JAMBI TAHUN 2023 2023-07-16T11:58:25+00:00 Rahmi yulia Fitri Sindu Sanjaya Hemalia Mallini Zuli Rodhiyah <p><em>Tangkit Pineapple Agrotourism Area is the center of pineapple fruit production centers in Jambi Province and is the largest pineapple fruit agrotourism site in Jambi. As a tourist spot for pineapple fruit production centers in Jambi, the safety and comfort of visitors must be maintained to avoid the threat of various diseases through the provision of good sanitation facilities. The study aims to determine the description of Tangkit Pineapple Agrotourism sanitation. The study used a qualitative descriptive method, using a public places sanitation inspection instrument. The variables observed were the tourist environment including clean water, public toilets, waste water disposal, waste management, counseling facilities, health facilities and fire extinguishers. Data collection used observation sheets by means of transects throughout the Tangkit Pineapple Agrotourism area. The results of observations were compared with the standards of sanitation facilities and infrastructure, and presented in descriptive form. In general, the sanitation condition of the Tangkit Pineapple Agrotourism area still does not meet the applicable requirements. Liquid and solid waste management has not been done properly. Meanwhile, health facilities and fire extinguishers as supporting facilities are also not found. These results indicate the high risk of health and safety of visitors. </em></p> <p><strong>Keywords:</strong><em>&nbsp; Evaluation, Sanitation, Public Places, Agrotourism.</em></p> 2023-07-15T00:00:00+00:00 Copyright (c) 2023 Rahmi yulia Fitri, Sindu Sanjaya, Hemalia Mallini, Zuli Rodhiyah PENGGUNAAN PROTOTIPE KERAN WUDU OTOMATIS MENGGUNAKAN ARDUINO DAN MULTI SENSOR UNTUK KONSERVASI AIR 2023-07-17T09:54:31+00:00 Mulyadi Abdul Wahid Vebri Vazilla Aulia Rohendi <p><em>Generally, the volume of water used for wudu varies for each person, with an average of 6 liters per person per time, depending on the habit of how one opens the tap and the water flow rate. However, according to hadith, the Prophet Muhammad Saw performed wudu using only one mud of water (625 milliliters). Water conservation during wudu can be achieved by reducing the amount of water discharged from the tap. In this study, an automatic wudu faucet prototype was designed, equipped with infrared sensors, a buzzer, ultrasonic technology, and controlled by an Arduino Uno microcontroller. In this system, the faucet will only open when there is an object or a hand/foot beneath it and will close when no object is detected anymore. Additionally, the system will produce a sound indicating that an object is approaching within a distance of 10 cm. This prototype is able to increase the efficiency of water usage during wudu by 67%. The average water usage for wudu using a manual faucet by the subjects was found to be 4.86 liters per person per time. After using the automatic wudu faucet prototype, the average water usage was reduced to 1.624 liters per person per time. Water conservation, even in small activities like wudu, can contribute to preserving water resources and ensuring their availability on Earth.</em></p> 2023-07-15T00:00:00+00:00 Copyright (c) 2023 Mulyadi Abdul Wahid, Vebri Vazilla, Aulia Rohendi ANALYSIS OF FIRE PROTECTION SYSTEM ON THE MULTIFUNCTIONAL LABORATORY BUILDING OF AR-RANIRY STATE ISLAMIC UNIVERSITY BANDA ACEH INDONESIA 2023-07-16T11:57:49+00:00 Dedy Ruzwardy Juliansyah Harahap Habiyuda Pradana Syahran <p><em>Fire can occur if three main elements are met, namely heat, oxygen, and fuel or it is called the fire triangle. Risks arising from fire incidents can be minimized by a fire protection system and the reliability of building safety systems. To ensure that the two systems run optimally, an evaluation and examination are needed on the existing conditions based on the applicable safety technical standards. This study aims to determine the existing condition of the applied fire protection system and to determine the reliability of the building safety system in the Ar-Raniry Multifunctional Laboratory Building. This research was conducted using a quantitative descriptive method. Research data collection was carried out using observation and interview methods. The observation method for existing conditions was carried out using a checklist compiled based on the Indonesian Minister Public Works’ Regulation Number 26/PRT/M/2008 of 2008 for fire protection systems and fire protection code from the National Standardization Agency of Indonesia Number Pd-T-11-2005-C on the reliability of building safety systems. The results show that the fire protection system in the UIN Ar-Raniry Multifunction Laboratory building was in the Enough category, with a value of 3.25. This is due to the absence of several active fire protection instruments such as fire extinguishers, sprinklers, and hydrants. Addionally,&nbsp; from the results of the reliability of the building safety system for the UIN Ar-Raniry Multifunction Laboratory building, it is in the Enough category with a value of 63.02. This is caused by the absence of emergency lighting and water sources as a source of hydrant water.</em></p> 2023-07-15T18:01:32+00:00 Copyright (c) 2023 Dedy Ruzwardy, Juliansyah Harahap, Habiyuda Pradana Syahran ANALISIS INTRUSI AIR LAUT DENGAN PENGUKURAN TOTAL DISSOLVED SOLIDS (TDS), DAYA HANTAR LISTRIK (DHL) DAN SALINITAS AIR SUMUR GALI 2023-07-16T11:59:30+00:00 Elsa Taufia Snalles Wathri Fitrada Sri Yanti Lisha <p><em>This study aimed to analyze seawater intrusion by measuring TDS, DHL and Salinity in dug well water on the coast of Pasir Nan Tigo Village. Sampling was carried out in December on the third week. TDS concentration measurements showed that there were three wells that indicated seawater intrusion, Well 1 (1526.4 mg/L), Well 2 (2500.1 mg/L) and Well 3 (2733 mg/L). DHL value measurements showed that there were three wells that indicated seawater intrusion Well 1 (1765 uS/cm), Well 2 (1556.1 uS/cm) and Well 3 (2002.3 uS/cm). Salinity values showed that there were four wells which indicated seawater intrusion Well 1 (12.7 o/oo), Well 2 (15 o/oo), Well 3 (17.9 o/oo) and Well 4 (10.02 o/oo). The effect of the distance of the well from the shoreline on the concentration of TDS and DHL had an effect of 33% while on the Salinity value of 44%. The results showed that there were several wells that indicated seawater intrusion along the coast in Pasir Nan Tigo Village.</em></p> 2023-07-15T00:00:00+00:00 Copyright (c) 2023 Elsa Taufia Snalles, Wathri Fitrada, Sri Yanti Lisha PERENCANAAN SUMUR RESAPAN PADA GAMPONG LAMTEH BANDA ACEH 2023-07-30T12:03:50+00:00 Salsabila Hasanah Balqis Aulia Rohendi Juliansyah Harahap <p>&nbsp;<em>Changes in land use cause to reduced water absorption. </em>Aceh<em> Province is one of the areas that does not yet have technical regulations that have been implemented in terms of increasing water infiltration. This is one of the causes of not optimal flood handling. In urban areas, for example in the capital of </em>Aceh <em>Province, namely </em>Banda Aceh<em>, floods still occur frequently when there is high rainfall intensity and long duration of rain. One of the villages that experienced inundation was </em>Gampong Lamteh<em>, </em>Ulee Kareng<em> District, </em>Banda Aceh<em>. One solution to this problem is the construction of environmentally sound drainage in the form of infiltration wells. The existing drainage channels in </em>Gampong Lamteh Banda Aceh<em> are currently only located at a few points to drain excess water into water bodies while the rest are still ground canals. The cause of inundation is due to the unavailability of rainwater infiltration sites. After planning, the infiltration discharge value obtained by the infiltration wells is </em>0.000006594 <em>m<sup>3</sup>/second and the total storage volume is </em>70,650<em> m<sup>3</sup> and the design of the infiltration wells is planned in the form of a circle with a well height of</em> 3<em> m, radius&nbsp; </em>0.5<em> m radius and the planned number of wells is </em>30 <em>wells.</em></p> 2023-07-28T00:00:00+00:00 Copyright (c) 2023 Salsabila Hasanah Balqis, Aulia Rohendi, Juliansyah Harahap