STUDI BAHAN BAKAR BIODIESEL DENGAN PENGGABUNGAN HYDROGEN HYDROGEN OXYGEN (HHO) PADA MESIN DIESEL

RENALDO, MOHAMAD DONAL (2024) STUDI BAHAN BAKAR BIODIESEL DENGAN PENGGABUNGAN HYDROGEN HYDROGEN OXYGEN (HHO) PADA MESIN DIESEL. Skripsi thesis, Universitas Panca Marga.

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Abstract

This research is motivated by the dwindling energy crisis, while the need is increasing. Biodiesel is an environmentally friendly alternative fuel because exhaust emissions are very low compared to fossil fuels. The process of making biodiesel includes the process of pressing, deguming, esterification, transesterification, and purification then testing the characteristics of biodiesel. This research applies an experimental method using the Pertamina biodiesel fuel process mixed with biodiesel composition B10, B15, and B20. This test was conducted to determine the effect of biodiesel with coconut oil biodiesel mixture on the performance of diesel engines, namely effective power and torque. Based on the test results, in the effective power test the highest value was obtained on B0 fuel at a load of 400 watts of 1120.174308 watts while the highest value of the effective power of the coconut oil biodiesel mixture was B10, B15, and B20 with a mixture of Hydrogen Hydrogen Oxygen (HHO) the highest value of effective po wer was obtained on the use of biodiesel fuel with a mixture of B10 of 956.919744 watts at a loading of 400 watts because coconut oil biodiesel has a higher density than the material Burn biosolar. The highest torque value in coconut oil biodiesel mixture fuel without Hydrogen Hydrogen Oxygen (HHO) is 6.186301911 Nm at 400 watts loading using biodiesel fuel with B10 coconut oil biodiesel mixture. The highest value in the mixture of Hydrogen and Hydrogen Oxygen (HHO) is 5.23028909 Nm at a loading of 400 watts using biodiesel fuel with a mixture of B10 coconut oil biodiesel.

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