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Susriyati
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Analisis Teknis Usaha Pembuatan Pupuk Organik Dari Kotoran Ayam Susriyati
Jurnal Teknologi Vol. 9 No. 2 (2019): Jurnal Teknologi
Publisher : Universitas Putra Indonesia YPTK Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (1207.872 KB) | DOI: 10.35134/jitekin.v9i2.10

Abstract

Peternakan ayam H.Mangkuto merupakansalah satupeternakan penghasil limbah yang cukup besar di Lintau Buo dan limbah yang dimaksud adalah kotoran ayam. Limbah jenis ini dapat menyebabkan polusi udara dan akan mengganggu kesehatan manusia tentunya. Dari kondisi tersebut maka peneliti terinspirasi untuk mengolahlimbahdengankatalainkotoranayammenjadisesuatuyangbernilaijualdengancaramengolahkotoranayaminimenjadipupukorganiksecaraaerobdenganteknologirendahdalambentukremah,kemudianmengetahuikadarairdanPHpupukorganiktersebutberdasarkanparameteridealpupukorganik.Danhasilyangdiperolehdaripenelitianiniadalahpupukorganikdalambentukremahdengankadarair32,98%danPH9,30danusahainimemanglayakuntukdikembangkankarenabaikuntukkesehatandanramahlingkungantentunya.
Penelitian terhadap Perawatan pada Mesin Press Cap Roller dengan Metode FMEA dan RCM Harma, Beni; Yetrina, Mutiara; Susriyati; Pebriyanto, Riyan
Jurnal Teknologi Vol. 14 No. 1 (2024): Jurnal Teknologi
Publisher : Universitas Putra Indonesia YPTK Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35134/jitekin.v14i1.116

Abstract

Maintenance of production machinery is crucial for maintaining the quality of the production process. At PTPN VI Solok, there is a significant issue with the Close Roll Printing Machine, which plays a vital role in the tea pressing process. This study aims to understand the maintenance requirements of the Press Cap Roller Machine and provide maintenance recommendations using the Failure Mode and Effect Analysis (FMEA) and Reliability Centered Maintenance (RCM) methods. FMEA is utilized to examine and track potential failures, while RCM aims to select, develop, and create effective maintenance strategies. The FMEA analysis revealed that the crankshaft is the predominant cause of failure, with a Risk Priority Number (RPN) value of 17.07%. RCM analysis indicated that the Mean Time To Failure (MTTF) for components ranges between 1433.4 and 1811 hours. Recommendations for improvements include checking the crankshaft rotation to ensure it runs smoothly and performing maintenance according to the schedule. Additionally, regular gearbox inspections are crucial, such as checking oil levels, oil circulation conditions, gearbox area leaks, and replacing the gearbox according to the component's lifespan to maintain optimal performance. Other maintenance suggestions involve direct prevention of failure sources and appropriate maintenance, regular bearing replacements and inspections as per the schedule, and routine checks of electrical current and temperature. The implementation of FMEA and RCM methods is expected to provide more structured and effective solutions for maintenance issues, thereby maintaining the quality of the tea production process. This approach also aims to extend the machine's lifespan and reduce unexpected maintenance costs, thus enhancing the company's operational productivity and efficiency.
Pengendalian Kualitas Hasil Produksi “Sus Tenun Lintau” dengan Menggunakan Analisis Capability Process Susriyati; Mutiara Yetrina
Jurnal Sains Dan Teknologi | E-ISSN : 3063-9980 Vol. 1 No. 3 (2025): Januari - Maret
Publisher : GLOBAL SCIENTS PUBLISHER

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.62379/jsit.v1i3.261

Abstract

Sus Tenun Lintau (STL) is an MSME that produces woven clothing materials, detta, and scarves. The most popular at the moment is detta. In order to compete in the market, STL sets high standards by using an effective and efficient production system. The accuracy of homogeneous products must have the same character. From the background, this study analyzes the quality of STL production results. This study uses capability process analysis. capability process can identify the quality of production (product nonconformity) produced, analyze the capability of the production quality process and control the quality of production results. The results of processing, interpretation of dimensional characteristic data are spread following a normal distribution while the control limits indicate that the dimensional characteristics of the detta product variables are in control. From the results of the Capability Process calculation, the process capability (Cp) can be analyzed, the value of 1.00 <Cp <1.33 and the characteristic value of Cp = Cpk, this means that the process is centered in the middle between the specification limits. The result is that the production capability (process capability) of each product size dimension has good results
Optimalisasi Line Balancing Menggunakan Metode Ranked Positional Weight, Moodie Young, dan J-Wagon Yetrina, Mutiara; Fitri, Meldia; Susriyati; Laurenza, Soviana
Jurnal Teknologi Vol. 13 No. 2 (2023): Jurnal Teknologi
Publisher : Universitas Putra Indonesia YPTK Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35134/jitekin.v13i2.103

Abstract

CV. Cahaya  Furniture is an industry engaged in  Furniture, which is located in Kampung Jua, Lubuk Begalung Nan XX District. In the teak cupboard production process, there is an imbalance in the teak cupboard production. This study aims to deterine the performance of the production line balance using the Ranked Positional Weight, Moodie Young, and J-Wagon methods. The results show that the current track efficiency is 76.83%, Balance Delay is 32.17%, Smoothness Index is 36.13 with 5 work stations, whereas after calculating with the Line Balancing method, the result is that using the Ranked Positional Weight method the increased efficiency value increased to 96.04%, the balance delay decreased to 3.96%, the smoothness index was 5.32 with withdrawals being 4 work stations. In the Moodie Young method, the recovery efficiency value is the same as the initial condition, which is 76.83%, the balance delay is 23.17%, the smoothness index is 14.39 with 5 work stations. In the J-Wagon method, the track efficiency value decreased to 64.03%, the balance delay increased to 35.97%, the smoothness index was 19.65 with 6 work stations. The results of this study indicate that the most effective method used is the Ranked Positional Weight method because there is a reduction in work stations to 4, and increases transfer efficiency to 96,04%, decreases balance delay from 3.96%, and smoothness index decreases to 5.32.
Co-Authors Fitri, Meldia Harma, Beni Laurenza, Soviana Mutiara Yetrina Pebriyanto, Riyan Yetrina, Mutiara