Biological enzyme water purifying agent

Abstract

The invention discloses a biological enzyme water purifying agent. The biological enzyme water purifying agent is characterized by comprising, by weight, 10%-15% of protease, 10%-15% of lipase, 10%-15% of cellulose, 10%-15% of pectinase, 5%-15% of bacillus brevis, 5%-10% of nitration coccus, 0.1%-2% of rosa multiflora extracting solution, and the balance being water being completed to 100%. The biological enzyme water purifying agent is a completely natural biological product. Use of the biological enzyme water purifying agent is free of influence of creature types (such as fishes, shellfishes, mollusks, and plankton) existing in water. The biological enzyme water purifying agent not only cannot cause damage to the aquatic organisms, but also strengthens activity of aquatic organism groups due to the improvement of water environment, can purify the water environment, increases transparency and dissolved oxygen of a water body, largely decreases ammonia nitrogen, biochemical oxygen demand (BOD) 5, and phosphorus, balances saprophytic bacteria community, decreases pathogenic bacteria and native parasites, can remove nutriment such as nitrogen and phosphorus in water, enable algae to lose a growing base so as to retrain growth of the algae, and the function of natural self-purification is recovered.

Description

technical field [0001] The invention belongs to the field of combination of biotechnology and environmental technology, and in particular relates to a biological enzyme water purifier. Background technique [0002] At present, the commonly used water treatment purifiers mainly include two categories: inorganic flocculants and organic polymer flocculants. Each chemical product is a highly targeted product, and it will fail when it encounters other complex chemical substrates; after using chemical products, there will always be chemical residues in the water body, which may bring side effects or new pollution; The use of chemical products can mask the odor, but it cannot change its origin or stop it from escaping. [0003] Aluminum-based flocculants usually use polyaluminum chloride, crystalline aluminum chloride, aluminum sulfate, aluminum hydroxide flakes, etc. to generate charged colloidal ions in water, which can absorb other colloidal ions with opposite charges in water,...

AI Technical Summary

Problems solved by technology

[0004] In terms of safety of organic flocculants, although fully polymerized enamine flocculants themselves have no pr