Dampak naiknya harga minyak bumi di

Dampak naiknya harga minyak bumi di pasar global, menjadikan harga minyak tanah di Indonesia sebagai konsumsi publik yang paling besar, langkah dan mahal di pasaran. Untuk itu diperlukan adanya energi alternatif salah satunya adalah briket. Dengan memanfaatkan serbuk biji salak sebagai campuran pembuatan briket batok kelapa penelitian ini bertujuan untuk mengetahui nilai kalor yang terkandung pada briket tersebut sebagai bahan bakar alternatif. Dengan perlakuan perbadingan variasi serbuk biji salak 0%, 10%, 20%, 30%, 40& dan 50% dengan menggunakan tekanan 50 kg/cm² saat pencetakan dan pengujian kalornya menggunakan Bomb calorimeter. Dari hasil penelitian menunjukan nilai kalor pada perlakuan K1 (100% : 0%) adalah 6740,886 kal/gram sekaligus merupakan sebagai hasil nilai kalor terbaik. Sedangkan nilai kalor yang terendah adalah di perlakuan K6 (50% : 50%) yaitu 2506,889 Kal/gram. Penurunan jumlah kalor yang di peroleh di sebabkan oleh perlakuan komposisi pada briket biorang tersebut, dengan kata lain kualitas nilai kalor yang di dapat dipengaruhi dari jenis bahan – bahan penyusun dari bioarang tersebut dan salah satunya adalah akibat dari adanya kandungan air di dalamnya.

Hasil (Inggris) 1:

The impact of the rise in petroleum prices in the global market, making the price of kerosene in Indonesia as public consumption the most massive, and expensive step in the market. For it is necessary the presence of alternative energy one is the briquettes. By utilizing seed powder salak as mixed coconut shell briquettes making this research aims to know the value of heat contained on the briquettes as an alternative fuel. Treatment comparison variation of pollen seeds salak 0%, 10%, 20%, 30%, 40% and 50% & by using the pressure of 50 kg/cm ² while printing and kalornya testing using a Bomb calorimeter. From the results of the research showed the value of heat treatment on the K1 (100%: 0%) is 6740,886 cal/gram and the best heat value as a result. While the heat value of the lowest is in the treatment of the K6 (50%: 50%) i.e. 2506,889 cal/gram. Decrease the amount of heat that is in getting treatment caused by the composition of the briquettes on the biorang, in other words the quality of thermal values in can be affected from this type of tampering with the ingredients of the bioarang and one of them is the result of the presence of moisture content in it.

Hasil (Inggris) 2:

The impact of rising oil prices on the global market, making the price of kerosene in Indonesia as the biggest public consumption, steps and expensive on the market. It required one of which is the alternative energy briquettes. By utilizing the seed powder bark as a mixture of coconut shell briquette making this study aims to determine the calorific value contained in the briquettes as an alternative fuel. Comparisons with the treatment of seed powder bark variation of 0%, 10%, 20%, 30%, 40 & and 50% by using a pressure of 50 kg / cm² while printing and calorific use Bomb calorimeter testing. From the results of research show the calorific value in the treatment of K1 (100%: 0%) was 6740.886 cal / gram at a time is the best as a result of the calorific value. While the calorific value is lowest in K6 treatment (50%: 50%) is 2506.889 Cal / gram. Decrease the amount of heat that was obtained caused by the treatment composition on the biorang briquettes, in other words quality on the calorific value can be influenced from the type of material - the building blocks of the bioarang and one of them is a result of the water content in it.