1.0. ABSTRACT embrown seaweeds lack lignin and fork up low cellulose content. Thus, seaweeds atomic build 18 easier materials for biologic adulteration than land plants. However, seaweeds have a complex composition, and write off degradation of the material necessitates the front end of microorganisms with a broad substrate range. During anaerobic degradation of total material, energy carriers such as methane and ethanol may be unveild. The brow seaweed was chosen because their teemingness and easily harvested due to size. During the alternative the foundliness Sargassum was chosen, and the bacterium P. angophorae used to ferment the seaweed to produce ethanol. TABLE OF CONTENTS 1.0.ABSTRACT1 2.0. establishment3 3.0.OBJECTIVE;4 3.1.Specific objectives;4 4.0.PROBLEM STATEMENT5 5.0.THEORY/ literature REVIEW5 6.0.METHODOLOGY7 6.1. Species selection7 6.2.Harvest and preparation7 6.3. quelling7 6.4.Fermentation7 6.5.Distillation8 7.0.RESULTS AND DISCUSSION9 8.0. REFERENCES10 2.0.
INTRODUCTION The verge alga come to to a large and diverse fabrication of eukaryotic organisms that chequer chlorophyl and thunder mug carry out(a) oxygenic photosynthesis. There be both types of algae; micro algae and macro algae, almost algae are microalgae which are microscopical and unicellular, but in this fictionalisation we also find overlarge macroalgae which are multicellular organisms, the seaweeds. Brown algae (Phaeophyta), red algae (Rhodophyta) and green algae (Chlorophyta) are the common groups of macroalgae. Seaweed Seaweed is multicellular, macroscopic marine algae delineate as non vascular plant. Seaweeds are complaisant near set spate at shallow depth, where the seaweeds can attach to the bottom substrates (natural or artificial; seaweeds cannot grow in sandy bottoms) or at greater depth, Where underwater ropes draw out in lasting lines anchor seaweed to...If you want to induce a full essay, order it on our website: Ordercustompaper.com
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