Oxybee Solutions products

Oxybee Solutions is a leading RO Plant Manufacturer in India. We maintain great professional working relationships with many top vendors in the water industry which ensures that we use nothing but the best parts and components for our reverse osmosis systems.

Our organization is a reputed manufacturer, exporter and supplier quality assured Industrial Ultrafiltration Systems. It is a latest and growing membrane based plant that is normally used for fine physical filtration. Offered systems are designed for a variety of industrial, commercial and municipal applications that requires high quality equipment with a fast delivery. These Industrial Ultrafiltration Systems are pre-engineered, pre-assembled and factory tested units minimize installation and start-up time. Provided systems can be easily availed from us in different technical options.

We are engaged in the manufacturing, exporting and supplying of superior quality Water Softening Plant that shows excellent performance in diverse Industrial applications. It is based on Ion Exchange Technology and comprises one vessel filled with strong acid cation exchange Resin. They are available in a range of diameters. We provide Industrial Water Softening Plant at very competitive price as compared to our counterparts.

Demineralization is the process of removing mineral salts from water by using the ion exchange process.

This is a conventional process to treat the hospital wastewater. In this process the wastewater is treated in open tank called aeration tank and air is supplied either through fixed / floating surface aerator or air blower to provide oxygen for the aerobic microbes. Around 12-15 hour hydraulic retention time is provided for the treatment of wastewater. The microorganisms utilize the oxygen in the air and convert the organic matter into stabilized, low-energy compounds such as NO3, SO4, and CO3 and synthesize new bacterial cells. The overflow carried to the adjacent clarification system contains active microbes and is required to be recycled back to aeration tank to maintain specified critical performance rating parameter like MLSS and F/M ratio.

The FBR process is the latest advance in attached growth aerobic biological treatment technology. FBR employs RING PAC MEDIA, neutrally buoyant bio film carrier elements, to achieve outstanding BOD/COD removal productivity from a compact bioreactor. In Fluidized Bed Reactors, the liquid to be treated is pumped through a bed of small media at a sufficient velocity to cause fluidization. In the fluidized state the media provide a large specific surface for attached biological growth and allow biomass concentrations in the range 10-40 kg/m3 to develop.

The FBR process is the latest advance in attached growth aerobic biological treatment technology. FBR employs RING PAC MEDIA, neutrally buoyant bio film carrier elements, to achieve outstanding BOD/COD removal productivity from a compact bioreactor. In Fluidized Bed Reactors, the liquid to be treated is pumped through a bed of small media at a sufficient velocity to cause fluidization. In the fluidized state the media provide a large specific surface for attached biological growth and allow biomass concentrations in the range 10-40 kg/m3 to develop.

Controlling chemical and biological load in water is a challenge. With the ever stringent pollution norms, it is becoming important to use environment friendly technologies, which are effective. At Oxybee solutions a complete range of products and equipment, together with a commitment to service, enable us to provide our customers with a range of solutions specifically tailored to their needs.

Biological treatment is an important and integral part of any wastewater treatment plant that treats wastewater from either municipality or industry having soluble organic impurities or a mix of the two types of wastewater sources.

One advantage of this orientation is flexibility of operation. The total time in the SBR is used to establish the size of system and can be related to the total volume of a conventional continuous-flow facility. As a result, the fraction of time devoted to a specific function in SBR is equivalent to some corresponding tank in a space oriented system. Therefore the relative tank volumes dedicated to , say aeration and sedimentation in the SBR can redistributed easily by adjusting the mechanism which controls the time ( and , therefore share the total volume) planned for either function. In conventional ASP, the relative tank volume is fixed and cannot be shared or redistributed as easily as in SBR.