Wock-Oliver Inc Industrial Area Phase 2, Panchkula, Haryana

We offer Turbo Bio Reactor. TURBO BIO REACTOR (TBR™) The TBR™ is an advanced MBBR™ biofilm technology is based on specially designed plastic biofilm carriers or biocarriers that are suspended and in continuous movement within a tank or reactor of specified volume. The design of associated aerators, grids, sieves, spray nozzles and other integral parts to the reactor is also of great importance in making up the system as a whole, which is what Wock Oliver is marketing . A bio catalyst is used in VOK bio media which is specific to various industrial effulents.

We are offering reverse osmosis. Wock-oliver’s reverse osmosis separation technology is used to remove dissolved impurities from water through the use of a semi-permeable membrane. It is also one of the methods used to desalinate seawater. Reverse osmosis is used to purify liquids in which water is an undesirable impurity (e.g., ethanol). Municipalities and industrial facilities can use ro permeate as a consistently pure drinking water supply and to transform drinking water to high purity water for industrial use at microelectronics, food and beverage, power, and pharmaceutical facilities. The technology is also very effective at removing bacteria, pyrogens, and organic contaminants.

Application : Water Purifies

Weight : 1000-2000kg

Voltage : 220V

Automatic Grade : Automatic

Power : 3-6kw

Driven Type : Pneumatic

We offer sbr System. Membrane technology has led to a revolutionary new concept in wastewater treatment. Membranes act as a barrier to bacteria and suspended solids to produce a low turbidity treatment plant effluent with very low bacteria counts. MBR is the combination of a membrane process like microfiltration or ultra filtration with a suspended growth bioreactor. This very compact arrangement produces a MFUF quality effluent suitable for reuse applications or as a high quality feed water source for Reverse Osmosis treatment The submerged configuration relies on coarse bubble aeration to produce mixing and limit fouling. The energy demand of the submerged system can be up to 2 times lower than the side stream systems and submerged systems operate at a lower flux, demanding more membrane area. In submerged configurations, aeration is considered as one of the major parameter on process performances both hydraulic and biological. Aeration maintains solids in suspension, scours the membrane surface and provides oxygen to the biomass, leading to a better biodegradability and cell synthesis. MBRs operate at solid retention times (SRT) as low as 10–20 days, resulting in more manageable mixed liquor suspended solids (MLSS) levels (10-15 gL). Thanks to these new operating conditions, the oxygen transfer and the pumping cost in the MBR have decreased and overall maintenance has been simplified. Typical hydraulic retention times (HRT) range between 3 and 10 hours. In terms of membrane configurations, mainly hollow fibre and flat sheet membranes are applied for MBR applications.

We are offering filtration system. Ultra filtration ultrafiltration (uf) is a variety of membrane filtration in which hydrostatic pressure forces a liquid against a semipermeable membrane. Suspended solids and solutes of high molecular weight are retained, while water and low molecular weight solutes pass through the membrane. This separation process is used in industry and research for purifying and concentrating macromolecular (103 - 106 da) solutions, especially protein solutions. Ultrafiltration is not fundamentally different from microfiltration or nanofiltration, except in terms of the size of the molecules it retains. Mostly, ultrafiltration is applied in cross-flow mode and separation in ultrafiltration undergoes concentration polarization. Uf membranes typically have pore sizes in the range of 0.01 - 0.10 µm. The smaller the nominal pore size, the higher the removal capability.

We are offering filter press wock-oliver’s filter presses are used for the purpose of dewatering sludge and slurry produced in wastewater treatment, and chemical and mineral processing. Most wastewater treatment processes will produce sludge or slurry that is commonly disposed as a liquid waste. This sludge or slurry can be dehydrated in an wock-oliver’s filter press via a method called sludge dewatering. By using an wock-oliver’s filter press a reduction of up to 90% sludge volume can be achieved. In most instances the sludge or slurry is conditioned with polyelectrolyte and then dewater in an wock-oliver’s filter press to produce a solid dry filter cake. the filter press has been the focus of manufacturing for many years. We have built a solid reputation for building quality filter presses, clarifiers, sludge dryers, complete waste treatment systems, filter cloths and filter plates plates. Our filter presses have been used in a variety of industries from plating and metal finishing to chemical and food processing to name a few. Wock-oliver filter presses feature heavy duty steel construction with polypro gasketed plates. These filter presses can be manufactured with manual or automatic closures, but always with a hydraulic cylinder for sure, high pressure closing. Wock-oliver filter presses are always expandable for larger future capacity by adding longer sidebars and additional plates.

We are offering decanter.

We offer Daf flotation Clarifiers. DISSOLVED AIR FLOATATION CLARIFIER (DAF) Wock-Oliver's DAF , Dissolved air floatation clarifier has been widely used for industrial wastewater treatment. The typical industrial wastes treated by flotation are paper mill backwater, oily wastewater as well effluents from sugar, dairy, textile industries and tanneries Dissolved air flotation clarifiers or dissolved air flotation units (with 3 - 5 minutes of detention time) can replace sedimentation (with 2 - 3 hours of detention time) for clarification, has been overlooked by environmental engineers for many decades. Modern high rate DAF clarifiers have advanced to such an extent that they could overshadow conventional settling clarifiers in wastewater treatment. DAF hydraulic loading has increased from 1 Lm2.s to 2.5 Lm2.s and for a triple stacked unit to 7.5 Lm2.s. The detention time has decreased from 30 minutes to 3 minutes. Air dissolving is improved and now requires only 10 seconds retention time in the air mixing tube instead of the previous 60 seconds. The smaller size and weight of a modern DAF unit allow for inexpensive construction and flexibility of erection using prefabricated units. The availability of excellent flocculating chemicals gives a high stability of operation and high clarification degree.

Domestic waste water management system of any city consists of collection. Treatment and disposal. In conventional centralized sewage treatment system, about 80% of the cost is accounted for the collection. The cost of collection of sewage and its conveyance to the terminal point in the large cities is very high. Further, the depth of sewer goes on increasing with the increase of length of sewer line and pumping of the sewage at the intermediate and terminal points requires a lot of energy. In centralized treatment system volume of the sewage becomes very large and the distance of conveyance, as the sewage treatment plants are generally located outside of the cities, is very long. Further cts aggravates the environmental problem also, because of large volume of the waste water of the entire city is discharged at one place. In decentralized treatment system, a balance between the advantages of large scale treatment in terms of economics of scale and individual responsibility for domestic waste water treatment system can be obtained by providing colony wise sector-wise treatment system. Responsibility of construction as well as operation and maintenance may be taken up collectively by the residential colonies! builders developers. Specific treatment technology should be selected as per the prevailing ground situation like availability of the land etc. Keeping in mind all these points wock-oliver india ltd. Offer decentralized state of the art following package sewage treatment system.

We offer Wock-Oliver . Wock-Oliver an original equipment manufacturer of industrial water and wastewater treatment systems, and a supplier of water management services, Wock-Oliver is dedicated to treating, restoring and purifying water the world over. With facilities in 60 countries, and more than 1000 installations, Wock-Oliver is known for their innovative responses to both thermal and membrane desalination and water re-use challenges. Wock-Oliver’s technologies include pretreatment, ion exchange, membrane processes, wastewater recycling, zero liquid discharge (ZLD) and evaporative processes. We offer both customized and pre-engineered solutions. Want water for steam generation in power and chemical processing plants? Interested in the recycling and re-use of wastewater for ZLD? Do you need to meet strict environmental discharge guidelines? Is seawater your only source of water supply? Our integrated water treatment technologies are the solutions, and can include design and engineering, project management, manufacturing, turnkey installation and commissioning, as well as field troubleshooting. Want to know more about Wock-Oliver? Explore our website. Wock-Oliver knows you will see how innovation, leadership, and a lower overall life cycle cost of treatment sets us apart. Wock-Oliver is committed to maintaining technical leadership in following distinct technologies: + Pre-treatment + Ion Exchange + Membrane Processes + Wastewater RecycleReuse + Zero Liquid Discharge + Desalination + Evaporative Processes + MBR + MBBR + RBC

We offer Industrial Waste Water Treatment. Wockoliver is a leading provider of water and wastewater technology and equipment Globally. It is now the only broad based water company in the world and provides a complete range of in-house services including: + Pilot plant and treatability studies. + Process selection and design. + Equipment design. + In-house manufacture. + Project management. + Equipment installation. + Equipment and process commissioning. + Plant operation and maintenance. + Building, owning and operating treatment plants. + Speciality expertise in industrial waste. It has a wide range of expertise from staff including professional engineers (civil, mechanical, chemical, electrical and environmental), draftspersons, boilermakers, fitter and turners, painters, certified water and wastewater plant operators, etc., supporting its specialist activities.