Experimental Report of Producing Artificial Diesel Oil and Artificial Glycol from Large Proportion Water

Zhong Ren Wang

doi:10.4028/www.scientific.net/AMR.550-553.534

Paper Titles

Research on Flame Spread of Flying Small Coal Particles Explosion
p.511

The Emission Characteristics of the Emulsified Fuel and its Mechanism Research of Reducing Diesel Engine NO_x Formation
p.516

Production of High Calorific Biogas from Organic Wastewater and Enhancement of Anaerobic Digestion
p.522

Different Exit Effects between a Combined Riser with Variable Exit Constraints and a Conventional Riser with Weak Exit Constraints
p.529

Experimental Report of Producing Artificial Diesel Oil and Artificial Glycol from Large Proportion Water
p.534

Optimization of Base-Catalyzed Biodiesel Production from Waste Frying Oil
p.540

Effect of the Alkali Metals’ Existing Form on its Emission Characteristics during Biomass Combustion Process
p.544

Gasoline Desulfurization with Two Catalytic Distillation Columns
p.550

Phase Separation Characteristics of Pressurized Bunsen Reaction for Sulfur-Iodine Thermochemical Hydrogen Production Process
p.554

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 550-553Experimental Report of Producing Artificial Diesel...

Experimental Report of Producing Artificial Diesel Oil and Artificial Glycol from Large Proportion Water

Abstract:

The producing of artificial diesel oil and artificial glycol from 75% and 60% water and the rest were commercial diesel or glycol respectively and a little same special additive are reported. The main contents in both liquid were measured. The test results show that the density and the calorific value of the artificial diesel oil were close to the added original diesel oil, but its solidifying point decreased a lot. The elements of the artificial diesel oil are mainly carbon and hydrogen. Infrared spectrum diagrams also showed that there was no water in it. As a whole, the artificial diesel oil is not an oil-water emulsion, but a hydrocarbon liquid even after depositing for 13 years. In the artificial glycol the contents of hydrogen and carbide are closed to the theoretical value but it contained 0.45% water. The above mentioned two important facts show that the new chemical engineering utilizing water will be a very promising area in the near future.