Potential of Biomass Sources for Fural-Based Fuel Production in the Consideration as a Green Fuel

Abstract

In Vietnam, although quite modest, but since 1998, there have been investments in nanotechnology research. To date, many research results of nanotechnology application have been published in theory and experiment. Along with research units, the business sector also boldly applied nanotechnology in production. In this paper, the authors mention research, application, testing of fuel saving measures and emission reductions on diesel engines. It focuses on measures to improve fuel efficiency (including the use of emulsified fuels and the use of fuels containing nano-technology additives and especially the combination of the above two types) to test Control combustion in the direction of increasing capacity, saving fuel and reducing emissions. This measure has the same advantages as: it can be used on circulating engines without interfering with engine "hardware". The results contribute to the construction of technologies to produce renewable fuels from agricultural waste, to participate in solving national energy security and environmental pollution caused by agricultural wastes. The research results confirmed that rapid pyrolysis and hydrodeoxygenation are advanced and feasible technologies for converting agricultural waste biomass into liquid fuel.

The creation of Au@TiO2 plasmon-active structure for hydrogen production

“…One of the most important global environmental problems nowadays is the search for sources of ecological "green" fuels [1][2][3][4][5][6][7]. This problem is closely related to the high amount of emission gases that cause global warming effect and creating of greenhouse effect.…”