In collaboration with RITE, Japan’s Honda Corporation recently developed the world’s first new technology that utilizes non-edible parts of plants as raw materials for bioethanol production, opening up new opportunities for the development of bioethanol fuel for vehicles. road.
The carbon dioxide (CO2) released by bioethanol during combustion is originally absorbed by plants through photosynthesis and therefore does not affect the total amount of CO2 in the atmosphere. As a high-profile carbon-neutral fuel, bioethanol can effectively counter global warming. However, at present, raw materials for the production of bioethanol use sugar cane, corn sugar and starch and other edible substances, so the supply is limited.
The research results jointly developed by Honda and RITE have established the technological basis for the production of ethanol fuel from plant fibers in non-edible plant stems, leaves and other soft bio-organics. This new technology has taken a real lead in the real popularity of bio-ethanol fuels. A sexual step.
The carbon dioxide (CO2) released by bioethanol during combustion is originally absorbed by plants through photosynthesis and therefore does not affect the total amount of CO2 in the atmosphere. As a high-profile carbon-neutral fuel, bioethanol can effectively counter global warming. However, at present, raw materials for the production of bioethanol use sugar cane, corn sugar and starch and other edible substances, so the supply is limited.
The research results jointly developed by Honda and RITE have established the technological basis for the production of ethanol fuel from plant fibers in non-edible plant stems, leaves and other soft bio-organics. This new technology has taken a real lead in the real popularity of bio-ethanol fuels. A sexual step.
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