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Sulasminingsih, Sri
Fakultas Teknik UPN "Veteran" Jakarta
Electrical & Electronics Engineering Engineering

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DEHIDRATASI VIRGIN COCONUT OIL DENGAN SODA ASH UNTUK MEMENUHI STANDAR NASIONAL INDONESIA PADA KELOMPOK TANI BINA WARGA 1 DESA PANCANEGARA KECAMATAN PABUARAN KABUPATEN SERANG Sulasminingsih, Sri; Setyawan, Budiman Adi; Tua, Lomo Mula
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

The identification of Virgin Coconut Oils (VCO) components had been done from Kelompok Tani Bina Warga 1 Desa Pancanegara productions.The identifications had been done especially to isolated method with natrium carbonate added , that is called with the dehydrated proses .   VCO analysis of physical properties like density and organoleptic test, standard of benefit value correlation with composition of essensial fatty acids and standard of endurance levels like  water and free fatty acids content. The Result of this identifications that inducement isolation methode provided 0,130 litre/kg  of  VCO, colourless , deliciously and fragrant cocont oily,density 0,925 (g/ml), water content  0,19%, free fatty acids 0,10%. Fatty acids composition those are lauric 39,0 % (45,1-53,2 %), myristic 17,8 % (16,8-21 %), palmitic 8,7 % (5,0-10,0 %). The result of this identification appropriate with SNI 7381:2008 and Asian and Pacific Coconut Community (APCC) are still below.
PERENCANAAN DAN UJI PERFORMA ALAT PEMBAKAR SAMPAH ORGANIK Martana, Budhi; Sulasminingsih, Sri; Lukmana, Muhammad Arifudin
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

Garbage is a part that can not be separated from human life, garbage is an item that is wasted or discarded, and is often regarded as something that is not useful. Garbage is also a major problem, especially in big cities. Trash negative impact on the environment, because the waste can lead to environmental pollution, disruption of cleanliness, safety and health. The objectives of this study were (1) identify the state of the art paradigm of organic waste by burning, (2) designing the incinerator simple as one alternative to appropriate technology and is equipped with a system of utilization of the heat produced, (3) gives a solution to the waste problem so it is useful to reduce the waste generated in landfills while, and (4) examine the performance of the incinerator that has been designed. The method of planning the incinerator is divided into (1) the design of the product, (2) the design process, and (3) engineering design, (4) a manufacturing process or manufacture tools, and (5) testing tool. The incinerator is designed in accordance with the planning, the construction of the incinerator is made of a metal plate with a thickness of 3 mm, the dimensions of the combustion chamber is the outer diameter of 350 mm, an inner diameter of 290 mm, and 410 mm high combustion chamber. Organic waste burner is capable of burning organic waste as much as 28 Kg/hour. Garbage burning rate of 9.33 Kg/h, the air discharge design results obtained at 0.0173 m3/sec.
STUDI EKONOMI TEKNIK PEMBUATAN PERAHU CADIK JENIS BOTTOM GLASS DARI BAHAN FIBER GLASS UNTUK WISATA BAHARI DI KELURAHAN BANTEN KECAMATAN KASEMEN KOTA SERANG PROVINSI BANTEN Sulasminingsih, Sri; Setyawan, Budiman Adi; Marasabessy, Amir
Bina Teknika Vol 13, No 2 (2017): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

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Abstract

The fishermen in Kasemen subdistrict are the traditional fishermen who depend on the stars in the sky for navigation in caching fishes at the ocean . So, they do not go to the ocean everyday. There are many days that they must stay at home. They have another skill besides the fishermen. That is a problem. A solution of this problem is producing a special boat for the ocean tourisme. The boat is katir boat that made from plastics and combine with the glass at the bottom to see the beautiful under water views. The fishermen could be the guide of the sea tourisme because this area is rich with life and under water views. For the first , study to calculate of the cost is to be done , make a design of katir boat with the glass on the bottom and steps of production with economy of engineering method. The results are if the fishermen have to make the boat (Katir) with a special type by themselves need a lot of cost Rp.11.500.000 by a boat (without the engine) . If  the owner of the boats want to make of Katir production from fiberglass with a glass on the bottom as a special type for the ocean tourisme make a lot of cost Rp.12.710.000 by a boat (without the engine)  and get a Rp.1.110.000 profit  after reduced by production cost Rp.11.600.000 by a boat. If the investors want to enter the bussiness of  Katir industry seriously , the capital will be back (Break Event Point/BEP) on time of 4.5 years or after 10th Katir production.
Co-Authors Amir Marasabessy Budhi Martana Lukmana, Muhammad Arifudin Setyawan, Budiman Adi Tua, Lomo Mula