Nuisanceless algae processing agent and using method thereof

Abstract

The invention relates to an anti-pollution alga finishing agent and an application method thereof. The finishing agent is compounded by silver-containing multiaperture inorganic polymer material and polymeric flocculant, or nanometer silver natural biological polymer material or polymer material and made into powder, particle products; or the silver-containing multiaperture inorganic polymer material self mixes with resin to produce various spheres, sponge products, etc. The aperture of the silver-containing multiaperture inorganic polymer material is 5-50nm and the silver content is 0.01-10 percent (weight); the multiaperture inorganic polymer material(s) is one or a plurality of glass, ceramics, diatomite, kaoline, zeolite, molecular sieve and nanometer anion powder, therefore, silver is one or a plurality of Ag simple substance, Ag ion, Ag2O and AgO and is combined with the multiaperture framework of the multiaperture inorganic polymer materials. The invention has simple application and is suitable for treating water pollution caused by algae in rivers and pools and improving microenvironment of water body of aquatic product and fancy fishery cultivation.

Description

technical field [0001] The invention relates to a pollution-free algae treatment agent and its application method. It is especially suitable for controlling water pollution caused by cyanobacteria blooms in rivers and lakes, and improving the microenvironment of water bodies in aquatic fisheries and ornamental fisheries. Background technique [0002] While my country's economy continues to grow at a high speed, the biggest negative effect is that environmental pollution is becoming more and more serious. The quality of water environment in large rivers, rivers, lakes, reservoirs, etc. is deteriorating day by day, and the degree of eutrophication is serious. Because there are too many nutrients in the water body, aquatic organisms (mainly algae) reproduce in large numbers, and the respiration of algae and the decomposition of dead algae consume a large amount of oxygen, resulting in a serious anoxic state in the water body. In severe cases, cyanobacterial blooms will cover t...

AI Technical Summary

Problems solved by technology

A large amount of silicate and alkaline substances brought by kaolin seal the bottom mud, causing hypoxia in the bottom mud, causing the death of benthic organisms, and even releasing harmful gases, further destroying the biological chain of the water body

Therefore, the use of kaolin for treatment is only a short-term action; the mechanical method is to dig out the silt of the whole lake, but it is difficult to implement it in large rivers and lakes

If it is to be implemented, it will require tens of billions of huge funds; the chemical method is to use chemical algicides to poison and kill cyanobacteria, and copper sulfate is commonly used in early ocean red tide control, and the effect is better, but divalent copper ions are harmful to biological larvae. Metamorphosis is teratogenic and copper sulfate is toxic, which can destroy the normal ecosystem of the water body. The effect of use is also short-term and requires frequent use

At present, the use of special aquatic products and sea treasures is cautious. In addition, since most rivers, lakes and reservoirs are drinking water sources for urban residents, copper sulfate cannot be used to treat cyanobacteria; ecological methods have also been reported to treat cyanobacteria, such as silver carp Large-scale stocking of bighead carp is used to eliminate cyanobacteria blooms, and it is believed that large-scale stocking of silver carp and bighead carp is the decisive factor for the disappearance of cyanobacteria blooms. However, Taihu Lake and Dianchi Lake have used large-scale stocking of silver carp and bighead carp, but only part of the cyanobacteria in the water body has been removed.