The comprehensive spray and combustion characteristics of waste cooking oil (WCO)
biodiesel (B100) and conventional diesel fuels were investigated. The injection rate was …

The current day energy expenses contribute cripplingly to inflation rates and hamper the day-
to-day needs of the common man. Biodiesel which is a hopeful fuel to muscle diesel needs …

Experimental tests have been carried out to evaluate the performance and gaseous
emission characteristics of a diesel engine when fuelled with vegetable oil and its blends of …

The ever increase in global energy demand, consumption of depletable fossil fuels, exhaust
emissions and global warming, all these led to search about alternative fuels. Biodiesel was …

Use of vegetable oil as compression ignition engine fuel has been investigated by many
researchers during last decade either by direct blending with diesel or converting it into bio …

Usability of a waste vegetable oil in coated diesel engines was experimentally investigated.
Waste corn oil was blended with petroleum diesel fuel by ratios of 15% corn oil to% 85 …

The main challenges of utilizing the Waste Cooking Oil (WCO) in diesel engines are that it
released a large amount of NO x level, and it has a high viscosity, high pour point, and low …

ABSTRACT Considerable amount in 400,000~ 600,000 tons per year of waste vegetable oil
in Japan is still flushed down the drain. Utilization of waste vegetable oil for diesel fuel leads …

As with other vegetable oils, the high viscosity of waste cooking oil (WCO) poses some
challenges to engine operation. One of them is filter clogging. In this research, it was found …

Recycling of waste plastic had gained greater importance in today's world. The present
experimental investigation deals with the transformation of waste plastics from civic landfills …