Biofuel-production

Release time:

2020-03-05 11:33

Solution

Shunzi mechanical pumps are widely used in various production processes of biofuels. Different types of pumps can ideally meet various special applications.

The ecosmart series pumps of Shunzi Machinery can be used for the metering of additives in the conventional process of biofuel (flow rate can reach 300l/h, pressure can reach 80bar, normal temperature state)

Shunzi machinery ecoflow series pumps or Shunzi machinery triplex series pumps can be used as high-temperature process pumps to increase the pressure of the reactor in the production process of artificial synthetic fuels as alternative products (the flow rate can reach 15m3/h, and the pressure can reach 250bar, the temperature can reach 350°C).

As the feed pump of oil and methanol, the triplex process pump of Shunzi Machinery can be used in the high-pressure transesterification process of animal fat or vegetable oil and methanol (flow rate can reach 100-2400l/h, pressure can reach 250bar, and temperature can reach 100°C).

Shunzi mechanical metering pump is used as a biological material feed pump (flow rate up to 100l/h, pressure up to 320bar), normal temperature recirculation pump (250bar, 350°C), used for the thermal decomposition reaction process of biological waste.

The metering pumps of various specifications of Shunzi Machinery are used as high-temperature pumps in the synthetic fuel process newly developed by the Bioliq? Experimental Plant of Karlsruhe Institute of Technology in Germany.

Background note

Compared with fossil energy, bioenergy has the following remarkable characteristics:

In accordance with the requirements of the Kyoto Protocol, CO₂ emissions can be reduced, so the environment can be effectively protected

Excess agricultural production capacity can be effectively used

Compared with politically independent oil-producing countries, bio-energy raw materials are more global.

Since synthetic fuels can be customized according to requirements, the application is more fashionable, such as in the future engine technology.

First-generation biofuel products

Vegetable oil fuel:

Ingredients	Fuel	Development goals
Oil plants from agricultural production: Rapeseed Sunflower seeds Soy Linseed etc.	Untreated natural vegetable oil Biodiesel	Through a more favorable tax exemption policy than mineral oil, its economic benefits can be guaranteed for a long time Create an ideal raw material farming environment Increase market share Have emphasized the matching method

Bioethanol:

Ingredients	Fuel	Development goals
Renewable resources Cereals Corn Beets Potatoes Sugarcane (import)	Ethanol Ethanol-gasoline blend Ethyl tert-butyl ether* see legend	Ensure long-term economic advantage by lowering mineral oil taxes Ensure long-term economic advantage by lowering mineral oil taxes Successfully entered the fuel market through mixed use with fossil fuels

Legend description:

Name abbreviation	Description
Biofuels: Synfuels: BTL: GTL: CTL: CNG: LPG: ETBE: FAME: RME:	Biofuel Synthetic fuel Biological raw materials for oil production Gas liquefaction Coal liquefaction Compressed natural gas Liquefied petroleum gas/propane Ethanol tert-butyl ether Fatty acid methyl ester Rapeseed methyl ester (new biofuel)

Source from: www.biotechnologie.de

Second-generation biofuel products

Man-made fuel (synthetic fuel):

Ingredients	Fuel	Development goals
Gasification of renewable resources and biological residues: Wood Straw Dry fermentation residue Waste and recycling residues	Gaseous methane and hydrogen-containing synthetic fuel Liquid synthetic fuel to replace gasoline and diesel Methanol	Ensure long-term economic advantage by lowering mineral oil taxes Create an ideal raw material farming environment Traceable management system and quality assurance Successfully entered the fuel market through mixed use with fossil fuels

The third generation of biofuel products

hydrogen：

Ingredients	Fuel	Development goals
Using biological materials as raw materials, through thermochemical technology and microbial processes such as electrolysis, driven by solar energy and wind turbines	H₂-CH₄mixtures for fuel cells	Ensure long-term economic advantage by lowering mineral oil taxes Create an ideal raw material farming environment Traceable management system and quality assurance Successfully entered the fuel market through mixed use with fossil fuels

Production-about-detergent

Caprolactam

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