Energy Project Animal Recycled Oil Make Bio Diesel Making Machine

USAGE:

• Motor Fuels
• Household Fuels
• Industrial solvents
• Surfactants
• Industrial Chemicals
• Agricultural Chemicals
• Lubricants
• Plastics and Plasticizers
• Adhesives

ADVANTAGES:

• Using new acid-catalyzed, esterification and transesterification reaction process.
• Adaptable to any acid-valent oil involved in the reaction.
• It costs less than regular diesel
• No sulphur, non-hazardous, non-flammable, non-toxic and biodegradable.
• Improves the efficiency of compression ignition
• No engine modifications on any diesel engine
• Environmentally friendly
• Simple process flow and easy operation.
• High product yield and good quality
• It has a flash point greater than 120°C while fossil diesel is approx. 70°C
• Switch flexible between biodiesel and regular diesel as you wish
• Superior cleaning properties over all other regular diesel
• Provides much better engine lubrication
• 75% less exhaust smoke emissions and 80% less carbon dioxide emissions
• Low energy consumption and low pollution.
• Made from new or used cooking oil
• Extends engine life by up to 200%
• Mixes very well with regular diesel
• Renewable and truly “green” fuel

General introduction of biodiesel Technology:

Two Main Section In Biodiesel Processing:

• Ester section

Biodiesel is mainly produced from animal and vegetable fats and oils, waste from vegetable oil refining and domestic waste oil, through complex esterification and methyl esterification reactions. Among them, the esterification reaction is the main part of biodiesel preparation. In this esterification process, the choice of catalyst and equipment is especially critical.

Our biodiesel esterification process and production equipment have the characteristics of short esterification time, high degree of esterification, low investment in production equipment, easy maintenance and low energy consumption.

• Distillation section

In the process of biodiesel producing, the mixture of fatty acid methyl ester, glycerol and water with different carbon chain lengths is obtained after the esterification reaction, so it needs to be separated by the distillation section.

Our biodiesel esterification process and production equipment have the following characteristics:

(1) The distillation tower is connected with the esterification reactor, and the high concentration of methanol from the distillation is directly returned to the esterification reactor after condensation, which is conducive to improving the esterification reaction rate.

(2) Distillation directly removes the water generated after the reaction, effectively reducing the occurrence of esterification reverse reaction.

(3) By controlling the temperature and pressure, the fatty acid methyl ester mixture with different carbon chain length can be fractionated into fatty acid methyl ester with different carbon chain degree such as medium carbon chain fatty acid methyl ester and long carbon chain fatty acid methyl ester according to the customer's demand.