90m3 Aerobic Reactor Wastewater Treatment Fluidized Aerobic Bioreactor

Aerobic Reactor Wastewater Treatment Fluidized Aerobic Bioreactor

Aerobic Reactor Introduction:

An aerobic reactor exploits oxygen as the terminal electron acceptor and is able to sustain a large number of important reactions that use a number of different electron donors. Principal among these are: oxidation of organic material, which reduces the BOD; oxidation of ammonia to nitrate, which reduces the ammonia concentration; and the luxury uptake of phosphate with the synthesis of polyphosphate, which reduces effluent phosphate concentrations.

A variety of options are available to achieve aerobic conditions in wastewaters. The strength of the incoming wastewater dictates the amount of oxygen that must be introduced into the reactor and guideline values are around 1.2 mg oxygen for every mg of BOD to be removed and 4.8 mg of oxygen for every mg ammonia to be removed. Thus, for a wastewater which has a BOD of 180 mg/l and ammonia of 25 mg/l and which must achieve an effluent quality of 20 mg/l BOD and 1 mg/l ammonia, it is necessary to introduce 307 mg O2/l. Natural processes such as atmospheric diffusion and photosynthesis are able to introduce oxygen to a wastewater, although very slowly and thus the wastewater must be retained for a long time to achieve the necessary oxygen transfer. As a consequence, natural treatment options, such as waste stabilization ponds, have long hydraulic retention times, typically between 15 and 40 days, with large reactor volumes. By contrast as the rate of oxygen transfer is increased by mechanical means, the retention time of the wastewater can be reduced to as little as a few hours in the activated sludge process. However, as aeration intensity increases, so does the cost of the treatment process and high intensity aeration is both capital and operating cost intensive.

Aerobic Reactor Specification:

Qingdao JCWY Environmental Protection Technology Co., LTD., is a scientific and technological enterprise mainly engaged in the development of new energy industry, environmental protection sewage, air pollution control, large-scale biogas project design, construction general contracting and integrated equipment R&D, production, sales and service.

The company formulates reasonable treatment plans for different pollution sources and adopts the most advanced CSTR, UASB and IC sewage treatment process enable waste treatment to achieve the economic and ecological effects of reduction, harmlessness and recycling. With a professional team, strict management and excellent equipment, and perfect testing methods, the company strives to create products that are constantly improving.

The company has passed ISO9001:2008 quality management system certification and ISO14001:2004 environmental system certification. And our products are manufactured in strict accordance with international ISO9001 quality system standards, and our business spreads all over the world. Our high-standard production technology and reasonable price have won the praise of a large number of customers.