Method for making seawater ecological ornamental aquarium and seawater ecological ornamental aquarium

Abstract

The invention relates to a method for making a seawater ecological ornamental aquarium and the aquarium. The aquarium comprises an ornamental bin. Live sand, live biolith, functional organisms such as starfishes, algae and hermit crabs, and ornamental organisms such as coral, fishes and shrimps are placed in the ornamental bin, wherein the live sand, the live biolith and the functional organisms are selected from a mature ecological culture pond; and then the ornamental bin is communicated with the mature ecological culture pond to form a mature and stable ecological system. The aquarium made by the method comprises the ornamental bin, a heating rod bin, a precipitation bin and a clear water bin; large particle suspended solids are placed in the precipitation bin; a heating rod is arranged in the heating rod bin to control the water temperature; and water flows through the clear water bin, the ornamental bin and the precipitation bin, then returns to the clear water bin and is circulated so as to keep excellent ecological balance of the aquarium. According to the invention, the little ecological system of the aquarium can be promoted to be mature in the shortest time; production period is shortened; cost is reduced; and meanwhile, consumers obtain the seawater ecological ornamental aquarium which is easy for feeding and simple to maintain.

Description

[0001] This application is based on the patent application with the application number 201210367013.3, which is submitted by the applicant on September 28, 2012, and is entitled a closed seawater ecological circulation cultivation method and its device system as the priority patent application. technical field [0002] The present invention relates to seawater ornamental biological aquarium breeding technology, which is a kind of seawater ecological closed cycle breeding technology, which raises seawater ornamental fish, ornamental shrimp, seaweed, coral and other varieties, and is a method of simulating and concentrating the ecology of natural coral reefs in an artificial and controllable environment. The imitation ecology technology of the system adopts this technology to make a seawater aquarium for ornamental use. Background technique [0003] At present, most seawater ornamental aquariums in China adopt a filter system dominated by nitrifying bacteria. The principle is: ...

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Problems solved by technology

[0003] At present, most seawater ornamental aquariums in China adopt a filter system dominated by nitrifying bacteria. The principle is: use the porous structure of filter materials such as biospheres, ceramic rings, coral sand, and bacterial houses to cultivate nitrifying bacteria in large densities. Nitrifying bacteria It can decompose the ammonia nitrogen waste produced by ornamental organisms in the aquarium into nitrite (NO2), and then convert the nitrite (NO2) into nitrate (NO3), but the nitrifying bacteria have no further processing ability, so it will cause the aquarium Nitrates accumulate in the body, and high concentrations of nitrates can cause the following problems:

[0009] The system design is complicated, and it is difficult for ordinary people to master: because there is no uniform implementation standard for this method, and the seawater aquarium is a rather complicated system engineering, which involves knowledge in many fields, such as lighting system, wave making system, temperature control system, Water circulation system, physical filtration system, water replenishment system, etc., but only the lighting system involves the type of bulb (LED, T5HO, HQI), color temperature, wavelength, wattage, light intensity (PAR value-that is, the light available for photosynthesis ), ballasts, timers, power distribution facilities, etc., ordinary people need a long time of study and practice to master

[0010] Moreover, the water raising process is complicated and lengthy: since there is no standardized plan for this method, the size, shape, lighting configuration, water flow intensity, protein skimmer processing capacity, water body size, quality and quantity of each tank are different. They are all the same, so now this method is different in the process of establishing and raising water, requiring the breeder to observe patiently and carefully and take corresponding measures (such as the growth of algae, the state of organisms) according to the actual situation (such as Adjust the lighting time, change the water, when to put what kind of creatures, etc.)

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