Abstract
This paper focuses on several factors on the effects of fermented seaweed feed, and obtains the optimal fermentation process through the analysis of nutrients. Through the experiment we can get, Seaweed waste fermented the best feed when adding 1% of microbial agents and 0.5% of corn powder, fermenting for 15 days.
Highlights
Renewable Fuels Agency reported that the grain to make bio-fuels has caused food prices at risk, but algae have the potential to produce bio-fuels that can alleviate the situation
This paper focuses on several factors on the effects of fermented seaweed feed, and obtains the optimal fermentation process through the analysis of nutrients
The previously mentioned methods were used to determine the nutrients of different fermentation technology, such as CP, crude fiber (CF), ether extract (EE), ash, moisture and nitrogen free extract (NFE)
Summary
Renewable Fuels Agency reported that the grain to make bio-fuels has caused food prices at risk, but algae have the potential to produce bio-fuels that can alleviate the situation. Using algae to produce biodiesel and biomass oil, opening a new technology path for bio-energy especially for bio-diesel industry, can effectively solve the bottleneck of the bio-fuels industry, and provide a healthy, stably, sustainable and new development for bio-fuel industry [1]. Production of bio-fuels will lead to a large number of biological waster which is rich in organic matter and nutrients , they were discharged, which may results in eutrophication and red tide, effects and damages the fisheries economy and ecology ,wastes a lot of natural resources, brings a series of environmental pollution problems. The deep processing of seaweed wastemaking seaweed can not reduce environmental pollution, and alleviate the problem of feed shortage [2], and bring considerable economic benefits. Feed nutritional compositions are different with the different fermentation technology of seaweed waste .This experiment studied and analyzed these different nutritional compositions in order to provide certain data for animal feed made of fermentative seaweed
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