الوصف

SOLARWLA PLUG FLOW-TYPE solar aerator is a small and high efficiency aeration equipment designed according to the theory of PLUG FLOW-TYPE aeration theory and optimized design according to the theory of PLUG FLOW-TYPE aeration.
The PLUG FLOW-TYPE solar aerator adopts an integrated structure and floats in the water.
Working principle of PLUG FLOW-TYPE solar aerator
SOLARWLA pumping solar aerator by injection of air to water, by means of diversion, make continuous large longitudinal and transverse water circulation flow rate, maximum limit will surface dissolved oxygen super saturated water transferred to the water bottom, make water aeration circulation, increase the dissolved oxygen, and through its unique biological carrier, enrichment of microorganism decomposition of pollutants in water, improve water self-purification ability.
Aerator SOLARWLA pumping type solar energy transferring anoxic zone at the bottom of the water to the water surface, mixed with oxygen-enriched water surface, at the same time, the surface is rich in the DO water level under the action of a cyclic flow diffusion and longitudinal into the underlying anoxic zone, so as to realize horizontal oxygen-rich water circulation loop.
The structure and characteristics of PLUG FLOW-TYPE solar aerator
SOLARWLA pumping solar aerator is mainly composed of the solar cell components, blower motor, special floating body, biological rectifier gate and diversion tube, its pipelines, air release and so on the integration of water purification equipment.
Equipment selection
SOLARWLA pumping type solar aerator, without being limited by the power supply condition, mainly used in combining dead zones, landscape, parks, small and medium-sized, small pond pool oxidation pond (pool), fire cistern, beheaded river (city), etc.
Table 1 equipment parameter model form
Parameter/type
SOLARWLA*0
SOLARWLA**0
Dynamic type
Solar energy (*8V)
Solar energy (*6V)
Motor power P (W)
*0
**0
Battery pack
selectable
selectable
Installation depth H (m)
0.6 ~ 1.0
0.8 ~ 1.2
Oxygen increasing capacity W (KgO2 / h)
0.*9 ~ 0.*3
0.*5 ~ 0.*0
Circulatory flux Q (m cubed over h)
*5
*5
Induction flow Q (m cubed/d)
***0
***0