- Sodium humate can reduce harmful substances in chemical fertilizers such as nitrite and improve feed utilization.
Highly active sodium humate, for the feed or waters with urea and ammonium added to increase protein source and fertilizer, can not only relieve the ammonium poisoning of animals (highly active sodium humate forms ammonium humate quickly with ammonium) To quickly evaporate toxic substances, it can also speed up the conversion of non-protein nitrogen into amino acids and protein nitrogen in feed, greatly improve feed utilization and improve economic efficiency.
Second, sodium humate can make the oil in the feed difficult to oxidize, reduce the bad odor, promote the rapid absorption and diffusion of the feed in the animal’s digestive organs, increase the activity of digestive enzymes, and reduce the incidence.
Fourth, sterilization and disinfection
Highly active sodium humate is refined by physical, chemical and biological fermentation. It is essentially different from conventional weathered coal-based extraction of HA. It has been proven to be effective in killing fungi and bacteria through many years of research in agriculture, medicine and animal husbandry. At present, it has been widely used in plant sterilization, animal disinfection and anti-inflammatory. In addition to FA, bio-fermented humic acid also contains a certain amount of base acid, nucleic acid, vitamins, inositol, polysaccharides, active strains and enzymes, which directly participate in metabolism, repair biofilm, increase cell viability and inhibit sympathetic excitation. Enhance the function of the digestive system and various organs to reduce body temperature, prolong sleep time, and reduce the consumption of anti-gene mutations. BFA-containing biocomposites have a significant effect on alleviating the common “stress response”, “edema disease”, “vibriosis”, and “bacterial ulcer disease” in shrimp and crab cage culture in southern China. The research on humic acid has been in China for more than 200 years. At present, researchers at home and abroad have always had a strong interest in humic acid, but its structure is complex and uneven. Its mechanism of action remains unknown. Biochemical humic acid is now in the initial stage of development and application. The physical and chemical indicators and chemical composition analysis are different due to different production materials, processes, and microbial agents. However, the biochemical product biochemical fulvic acid obtained from the same production raw materials, processes and microbial agents has stable composition and physical and chemical indexes and use effects. The application of biohumic acid to the improvement of aquaculture waters has just begun. The research on the treatment effect of fulvic acid and microorganisms on pollutants and the interaction and mechanism of the two have to be repeatedly expanded and deepened. More exploration is needed. However, it is believed that this new ecological preparation will certainly have broad prospects for water quality improvement.