All biodiesels are excellent enhancers for diesel fuel proven to be effective in reducing emissions and in improving engine performance. But unlike biodiesel from rapeseed, soybean, palm and canola,  coco biodiesel is unique due to its short and medium carbon chain making it a suburb and versatile biodiesel. All methyl esters have high lubricity and oxygen content including coconut. However, the added features of high solvency, high cetane number and excellent distillation range are specific only to coconut biodiesel due to the presence of carbon 6, 8,10,12,14 apart from 16 and 18 which are the typical profile of most biodiesels. With five ( 5 ) fuel enhancing features versus only 2 to 3 features of other plant biodiesels, coco biodiesel is undoubtedly, a premium biodiesel!

From the foregoing chart, the distinction of plant hydrocarbon from fossil hydrocarbon is the absence of the odd number carbon ( i.e. carbon 9, 11,13, 15 etc ). Its molecule is les clustered and reacts better with oxygen in the combustion chamber. Furthermore, biodiesel contains 14% oxygen that is inherent in the fuel such that the appropriate oxygen-fuel ratio is easier attained for efficient combustion. It prevents oxygen starvation when blended in diesel fuel even with just 1 % blend since oxygen is implanted in the heart of the hydrocarbon cluster of the diesel molecule.