34 results about "Cellulomonas sp." patented technology

The invention provides a live microbe compound used for fermenting and producing of an organic fertilizer. The live microbe compound is characterized in that the microbe compound consists of bean fiber monad, bacillus stearothermophilus, lactobacilli, methanobacteria, thiobacillus, bacillus licheniformis, bacillus polymyxa, streptomycete, high-temperature actinomyces, high-temperature monad, nitrogen-fixing bacteria, nitration monad, nitrobacter, nodule bacteria, aspergillus oryzae, yeast, penicillium, humicola lanuginosa, rhizopus and mycorrhizal fungi. In addition, the invention further provides the organic fertilizer produced through the fermentation of the microbe compound and an application and a method of the organic fertilizer.

The invention discloses a straw degradation acidification microbial inoculum and a manufacturing method thereof. Active ingredients of the composite microbial inoculum for degrading straw are cellulomonas flavigena, clostridium cellulolyticum, bacillus subtilis and bacillus cereus. The microbial inoculum breaks through the limitation that fungi and lytic enzymes thereof cannot quickly and efficiently decompose natural cellulose, a key pretreatment technology is provided for straw biogas fermentation, and the straw degradation acidification microbial inoculum has wide application prospect in the field of preparation of biogas from lignocellulose raw materials such as the straw.

The invention relates to a cellulomonas fimi DA 8 bacterial strain as well as an acquiring method and application thereof. The bacterial strain has the capability of producing pectinase and hemicellulase and has flax degumming activity. The cellulomonas fimi bacterial strain screened by the method has the advantages of large enzyme yield, complete enzyme system, no toxicity, rough culturing condition and the like; after used for flax degumming, the composite degumming enzyme solution not only greatly shortens a degumming period, but also reduces the cost, the fiber splitting degree is improved, and the degumming efficiency reaches 95%. The degumming method requires basically the same equipment required in the traditional warm water degumming method so that the method is especially suitable for improving a process on the basis of the traditional equipment in old enterprises; the cellulomonas fimi bacterial strain screened with the method not only can be used for flax raw-stem degumming, roving scouring, flax fabric biological pretreatment, but also can be used for bast fiber degumming and biological pretreatment of bast fiber plants, such as ramie, jute, hemp and the like.

The invention belongs to the technical field of microorganisms and discloses a microbial preparation for repairing hydroxymethyl cellulose wastewater. The microbial preparation is prepared from the following raw materials: anabaena variabilis domestication liquid, cellulomonas flavigena domestication liquid, bacillus subtilis domestication liquid and Aspergillus niger domestication liquid, wherein the anabaena variabilis domestication liquid, the cellulomonas flavigena domestication liquid, the bacillus subtilis domestication liquid and the Aspergillus niger domestication liquid are separately used. According to the microbial preparation disclosed by the invention, four microorganisms are adopted, reasonably matched and well synergized, so that proliferation and enzyme activity of the microorganisms can be promoted; the microbial preparation has a good effect for repairing hydroxymethyl cellulose wastewater.

The invention relates to the biological fermentation technology, in particular to a compound microbial starter, and a method which uses the compound microbial starter to produce high-energy protein biological feed. The compound microbial starter selects cellulomonas sp dinitrogen, cellulomonas flavigena, condensate bacillus, lactobacillus acidophilus, bacillus subtilis, lactobacillus starch, compound enzyme bacteria, propionic acid bacteria, candida yeast, saccharomyces diastaticus, saccharomyces cerevisiae, as well as aroma-producing yeast as the bacteria sources, and makes use of the modern biotechnology to prepare various microbial agents; the microbial agents are then treated with anaerobic fermentation with the discarded sweet corn cobs, corn stalks, pea skins, abandoned vegetables and other discarded crops, so as to obtain the high-energy protein biological feed required in livestock and poultry breeding industry. The invention solves the problem of low utilization rate of crop resources; and the high-energy protein biological feed can improve the palatability of feed, increase the enzyme content of the feed, provide an effective way for developing the animal husbandry and solving the food conflicts between people and livestock, as well as reduce the pollution to the environment caused by the traditional crop waste burning.