Скачать с ютуб RioVation BioMaze Microbes Hard At Work Cleaning Up the Wastewater in a Two Compartment Septic Tank в хорошем качестве

RioVation BioMaze Microbes Hard At Work Cleaning Up the Wastewater in a Two Compartment Septic Tank

These videos of various microorganisms were sampled from a RioVation BM2624 Biofilm Reactor installed in a two compartment septic tank. Some samples were from the biofilm and others were from a grab sample of the effluent with microorganisms in suspension. A Swift 380T microscope was used with an adapter to hold cellphone for the videos. In a wastewater treatment system, the next higher life form above bacteria is protozoa. These single-celled animals perform three significant roles in the wastewater treatment process: floc formation, cropping of bacteria, and removal of suspended material. Protozoa are also indicators of biomass health and effluent quality. Because protozoa are much larger in size than individual bacteria, identification and characterization is readily performed. Four major groups of protozoa have been identified: Mastigo-phora, Sarcodina, Sporazoz, and Ciliata. Ciliatae are the largest and most important protozoa in biological wastewater treatment, where they feed on bacteria and aid in both bioflocculation and clarification. Metazoans are very similar to protozoa except that they are usually multicelled animals. Macro-invertebrates such as nematodes and rotifers are typically found only in a well-developed biomass. Stalk ciliates and suctorians are the ideal indicator protozoa for most wastewater systems. Present only in systems with good dissolved oxygen (DO), low soluble organics, and good floc forming conditions, stalk forms do not move and are easy to observe. These protozoa anchor to the floc and are only mobile in early phases and after shock events. Stalks are highly susceptible to shock events - pH swing and toxic compounds. Colonial stalks - if seen, you have great quality water Look at what researchers are saying: “Aerobic treatment units (ATUs) are systems that use natural processes to treat wastewater and are frequently used to renovate biologically clogged, failing septic tank-soil absorption units.” -West Virginia University Read more from WVU https://www.nesc.wvu.edu/ A Purdue University Study reports adding an aerobic treating unit (ATU) has been found to restore the original functioning of the soil absorption system (drainfield) in a matter of months. Read more from Purdue https://www.co.hendricks.in.us/egov/d... Contact your local licensed septic professional to inquire about having your septic converted to a BioMaze Biofilm Reactor. Installers can request a professional account and qualify for discounts. https://riovation.com/professional-re... https://riovation.com