Demineralizing is an important part of a chemical and mineral processing unit. To cater to this need of our clients, we offer Demineralizer Plants that are capable of processing dissolved ionic material from water and removing them by the means of Demineralizing process. This plant is fitted with an ion exchange unit called as demineralizer or deionizer that consists of cation bed, an anion bed and a mixed bed in series. Such kind of structure gives our plant maximum or highest ion removal efficiency. Why our Demineralizer Plants ? Unique deionizer technologyConsists of cation bed and anion bed and mixed bedAdvanced technologyHigh processing capacity Used for Processing dissolved ionic material from water.

The company is a leading Manufacturer, Exporter and Supplier of Sequencing Batch Reactor System in Delhi (India). The SBR System is widely appreciated for the timely and well-arranged functioning that covers the processes of equalization, biological treatment and settling. The Sequencing Batch Reactor System is absolutely simple and flexible with full capability to adapt to the specific conditions. Working Of Sequencing Batch Reactor System : Reaction tank is filled with raw wastewater During the fill phase and the subsequent react phase, the wastewater treated biologically Reaction tank can perform both nitrification and de-nitrification which means that the plant can offer the needed conditions without pumping the water to another tank with the right conditions Need for an internal recirculation is eliminated After biological treatment, a settling phase is initiated As the system includes internal sedimentation, the need for external clarifier with recirculation of sludge eliminated After sedimentation, the treated water discharged from the system before the admission of the new wastewater Water volume varies during a sequence Phases Of A Sequence In Sequencing Batch Reactor System : A sequence consists of five main phases which can be divided further into sub phases depending on the treatment. Fill React Settle Decant Idle Advantages Of Sequencing Batch Reactor System : Minimal footprint Good flexibility as well as control Eliminates the need for clarifiers and other equipment and saves cost Equalization, primary clarification (in most cases), biological treatment and secondary clarification can be achieved in a single reactor vessel

The company is a well-known Manufacturer, Exporter and Supplier of Dissolved Air Flotation System in Delhi (India). Commonly known as DAF systems, the Dissolved Air Flotation Systems have a wide range of applications in the various treatment plants like the Sewage Treatment Plants, Effluent Treatment Plants and the Waste Water Treatment Plants. Features Of Dissolved Air Flotation Systems : Separation of suspended solids done by fine gas bubbles which become attached to particulate matter, and float them to the surface where it is removed by skimming Gas bubbles introduced by reducing the pressure of the wastewater causing dissolved gases to be released Designs include rectangular, circular, cross flow and inclined parallel plate systems Very effective for removing oil, grease and TSS Applications Of Dissolved Air Flotation Systems : Used for removing suspended matter that does not float or sink in water and waste water Commonly used to separate grease, oil and fat matters from industrial wastes Used to remove oil and grease from water and wastewater treatment plants, by the technique of solid liquid separation Wide applications in process industry

We are one of the major Manufacturers, Exporters and Suppliers of Moving Bed Bioreactor System in Delhi (India). Known as the MBBR Systems, the Moving Bed Bioreactor System are high quality products based on the reactors. The reactors of the Moving Bed Bioreactor System are filled with various plastic carriers which help in providing a surface area that is to be occupied by the bacteria. These bacteria then subsequently grow into a biofilm. Features Of Moving Bed Bioreactor System : Reactors can be operated under aerobic conditions for BOD removal and nitrification Operation under anoxic conditions for de-nitrification also possible Carriers kept in constant circulation during operation In aerobic reactors, circulation induced through the action of air bubbles injected into the tank by coarse bubble diffuser systems In an anoxic reactor, submerged mixer is typically supplied Can occupy up to 70% of the reactor volume on a bulk volume basis Uses the surface area of biofilm to grow microorganisms/bacteria

Worried about the industrial chemicals and biological waste? we put all your worries to an end by technologically advanced sewage treatment plant. The sewage treatment plant offered by us, has been termed has been very popular in industrial circles, who prefer it for its high capacity to process sewage contaminated water. Using the most advanced biological and chemical processes, our plant processes the sewage water making it pure and contamination free. Why our sewage treatment plants ? technologically advanced processing equipped with wear resistant sparesdesigned by experts high processing capacity technologies used by us submerged aerated fixed film (saff) reactor fluidized aerated bio (fab) reactorbio-towersbio-reactors (aerobic & anaerobic) and many more

We are proud to offer another ecological jewel from our inventory in the form of Reverse Osmosis Plant. The Reverse Osmosis Plant offered by us is equipped with latest RO technology, under which the water is filtered and processed to remove any form of chemical or other contaminations. Designed by experts in accordance with international quality and performance standards, our Reverse Osmosis Plant not only offers pure water but also enhances its taste. Why our Reverse Osmosis Plant ? Water is treated from all kinds of impurities and toxin chemicalsSafe, contamination free and tasty waterAdvanced technologyHigh performance Process Involves Water filtration under high pressure using special membranes to remove suspended, dissolved, bacterial and chemical impurities up to 0.0001 micron (1 micron = 1/1000 mm) from water.