1. TECHNOLOGY MANAGEMENT TOPICS, BIO GASOLINE E5
2. HISTORICAL DEVELOPMENT of BIOFUELS PRODUCTION PROCESS BIO-GAS TECHNOLOGY FUTURES
3. BIOMASS biomass (Biofuels) are fuels formed from these compounds is derived. -Export from the fat of the fauna: animal fat, coconut oil ...-produced from cereals: wheat, corn, soybeans ...-produced from agricultural waste: rubber, ...-produced from industrial waste product: sawdust, wood waste.
4. BIOFUELS biodiesel: CLASSIFICATION (Biodiesel) bio-Gasoline (Biogasoline) biological Gases (Biogas)
5. bio Gas-liquid fuel is a type of Biogasoline, including the use of ethanol as a fuel additive blend on gasoline instead of lead additives. Ethanol is made through the fermentation of organic products such as starches, xen-lu, lignocellulose. Ethanol was concocted with the proper proportion with gasoline to form bio-gasoline can completely replace gasoline for the use of lead additives.
6. materials of bio gas About techniques and economics, divided into 3 types: generation 1-sugar and starch of agriculture-technical simplicity and economy. 2nd generation-Cellulose, fiber excess of plant (straw, bagasse, wood, ...), flora: elephant grass, vetiver, hyacinth. -Current technique is not yet perfect, high production cost generation 3-Algae-growing techniques
7. Why the country race developed bio-gasoline
8.-gas prices and more expensive-Paleozoic petroleum reserves in the oilfield will frostbite in the future (circa 2100)-many countries want to depend less on the import of fuel in stock when their country is capable of producing alternative fuel,-Be political pressure to reduce the amount of CO2 to match the Kyoto compromise (1997).
9. The GASOLINE PRODUCTION PROCESS STRAW STRAW STRAW CUTTER BIOLOGICAL CHOPPED STRAW STEAM-EXPLOSION MACHINE was CRUSHING SUGAR ETHANOL FERMENTATION CHEMISTRY EQUIPMENT 5%-7% + AIR IMPURITIES DISTILLED ALCOHOL, BIO-GASOLINE
10. BIO GAS PRODUCTION PROCESS
11. What is E5 bio Gas bio-Gasoline E5 contains 5% fuel is able to, bio ethanol and 95% area of traditional gasoline. To ensure the quality of products, gasoline E5 was tightly controlled from the import of raw materials, processing, conservation, transport to sew distribution in the petrol. Gasoline E5 standard Vietnam TCVN 8063:2009 and the related international standards.
12. List of bio-gasoline factory E5 NLSH COMPANY LIMITED (OBF) PETROCHEMICAL COMPANIES and OIL and GAS BIOMASS (PVB) COMPANY BIOFUEL REGION (BSR-BF)
13. use bio-gas route E5 on 1-12-2014: Hanoi, HO CHI MINH CITY, Hai Phong, Da Nang, can tho, Quang Ngai province and BA RIA-Vung Tau-on 1-01-2015: official widely used nationwide-To 2025, ethanol and plant oil output reached 1.8 million tons, to meet about 5% of the country's petroleum needs.
14. The TECHNICAL CHARACTERISTICS and ADVANTAGES-Gasoline E5 RON 92 suited to all types of vehicles use gasoline engines. -Use gasoline E5 increases the resistance to detonation of the engine;help burning in the engine thoroughly, thus increasing capacity; increase the lifespan of engines;reduce CO2 emissions, SO2, SO3. -The process used very conveniently, won't need to adapt or replace any device of the motor, -In particular, can replace traditional gasoline gasoline E5 RON 92 at any given time, mixed with gasoline left in the tank in any ratio, and vice versa without disrupting the operation of the engine.
15. LIMITED production for is unsustainable due to affect food security. Because of unstable supply depends on the weather and agriculture. High production cost, many still concerned because the computer-water and prone to oxidation of Ethanol can damage fuel combustion chamber of the engine.
16. FUTURE TECHNOLOGY of PRODUCTION of BIOFUELS FROM ALGAE
17. Algae plant is the likely contents, take the solar energy into sugars, from which CO2 variations created protids and lipids. With each hectare planted annual algae can gain 20000 to 60000 litres petrol BIOFUELS FROM ALGAE
18. BIOFUELS FROM ALGAE pros: Easy cultivation, not used for agriculture. Grows fast, can be harvested year round. Restrictions: high farming costs a total of 40000 algae species known only a few species are suitable for the purpose of producing fuel oil.
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