The plant fiber is a kind of polysaccharide which is component of cellulose and semi-cellulose. Using such inedible substances are the best raw materials for Cosmo bio-ethanol, they are environmental protection, natural and less controversy.
【material examination】 bamboo
bio-mass ethanol production：1kg bamboo produce about 254g ethanol
other residues: 1kg bamboo produce about 492g
【material examination】 tea leaves
bio-mass ethanol production：1kg tea leaves produce about 126g ethanol
other residues: 1kg tea leaves produce about 784g
【material examination】 black tea leaves
bio-mass ethanol production：1kg black tea leaves produce about 140g ethanol
other residues: 1kg black tea leaves produce about 720g
【material examination】 straw
bio-mass ethanol production：1kg straw produce about 241g ethanol
other residues: 1kg straw produce about 518g
【material examination】 waterweeds
bio-mass ethanol production：1kg waterweeds produce about 163g ethanol
other residues: 1kg waterweeds produce about 674g
【material examination】
dregs from soybean
【material examination】
dregs from soy-bean sauce
bio-mass ethanol production：1kg soybean dregs produce about 178g ethanol
other residues：1kg soybean dregs produce about 644g
bio-mass ethanol production：1kg soybean sauce dregs produce about 163g ethanol
other residues: 1kg soy-bean sauce dregs produce about 674g
【material examination 】
Napiergrass Taishigrass
bio-mass ethanol production：1kg Napiergrass Taishigrass produce about 182g ethanol
other residues: 1kg Napiergrass Taishigrass produce about 636g
We can produce bio-ethanol by waste paper!!
The raw material of paper is wood, and the main component is cellulose.
So excluding of duplicating paper, most stuffs that were made from woods could be used to produce bio-ethanol.
Manufacturing procedure
In fiber biomass ethanol field presently, the output ratio of ethanol-producing by paper is at most 20~25%.
Using of 1 ton maize can only produce 300~350kg biomass ethanol.
The high-tech hydrolysis technology of Mother Cosmo, we use of special enzyme with higher saccharification efficiency. Up to 90% of paper transforms into sugar after saccharification, only 10% dregs was remained.
These can be used as raw materials of fiber biomass ethanol.
