Product Name:High producing oxygen of Zeolites bacterial activity for water system aerationProduct Features:In aquaculture industry, the quality of water is the key factor that determines the efficiency of aquaculture. The surface of zeolite is porous, with a strong adsorption which can absorb a large amount of toxic substances. Spilling zeolite powder into water, not only can effectively control the ammonia nitrogen concentration of ponds but also increase the content of trace elements in water. It is a satisfactory product for pond quality in terms of optimize the culture ecological environment, promote the growth and development of aquatic organisms. O2 is a necessary condition for animal survivals. There are three main sources of O2 in aquaculture water:●O2 in air dissolution, phytoplankton photosynthesis and artificial recharge and aeration; ●Water consumption of oxygen are: physical, chemical oxygen and biological oxygen consumption. ●Biological consumption has the most important effects to the oxygen. It can be divided into aquatic biological oxygen consumption, organic matter consumption of oxygen and sediment oxygen consumption. ●Due to the oxygen content and feeding fish have a closely relationship, the amount of dissolved oxygen in the water sufficient to improve fish habitat and reduce the concentration of ammonia, nitrite nitrogen, hydrogen sulfide and other toxic and harmful substances. ●Zeolite research on pond results shows that the water outlet of the amount of dissolved oxygen overall increased compared with the water inlet, and becomes stable. ●Zeolite powder provide phytoplankton photosynthesis to the carbon and mineral nutrients after adding zeolite powder, with the intensity of phytoplankton photosynthesis increased by 57% compared to without zeolite powder. ●Zeolite as a biological filter, ammonia deconstruction of bacterial populations required for the sustainability to adapt the environment.●Ammonia levels have influence and threat of bacterial activity. Zeolite can take action that modify the impact on those kind of fluctuations and contribute to bacterial activity of a sustained benefit.
