Lalitha Enterprises

Mallapur, Hyderabad, Telangana

We are a well-reckoned Water Treatment Chemicals Supplier in India. The Water Treatment Chemicals are available with us in a wide range as per the special requirements of the clients. The Water Treatment Chemicals prevent scaling and corrosion in the system. The Water Treatment Chemicals can be availed from us at the most competitive prices. Water Treatment Chemicals Include

• IRVINE 4 G AQUAKEM B 1011, IRVINE 4 G AQUAKEM B 1023, IRVINE 4 G AQUAKEM B 1030- Boiler water anti scalents for preventing scaling in boilers
• IRVINE 4 G AQUAKEM B 1047 Sludge conditioners
• IRVINE 4 G AQUAKEM B1053, 1055 Amine based Oxygen scavengers and return condensate treatment chemicals which removes oxygen in the boiler water and Return condensate
• IRVINE 4 G AQUAKEM B1026 a sulphite based Oxygen Scavenger removes oxygen in boiler water and prevents corrosion.
• Cooling tower water treatment chemicals : ANTISACLENTS LINE -IRVINE 4 G AQUAKEM C3045, IRVINE 4 G AQUAKEM C 3056 IRVINE 4 G AQUAKEM C 3028,

• Biocides Irvine 4 G Aquakem C3070, Irvine 4 G Aquakem C3071.
  • R.O. Antiscalents, Membrane Cleaning chemicals
  • Poly Electrolytes (Cationic, Anionic and non ionic)
  • TCCA granules and tablets
  • R.O. Plants
  • Water Softeners, D.M. Plants
  • Water treatment systems like evaporators, ATFD

we are offering reverse osmosis plant, which is used to produce high-quality demineralised water, especially where the client needs to minimize the use of chemicals which are the regenerants associated with the more conventional demineralised ion exchange process. reverse osmosis plant is used extensively in the food and beverage industry (especially the brewing industry), pharmaceutical and the electronic industries. Reverse osmosis plant uses a computerized programme for studying the water chemistry so as to select the most suitable membrane configuration and in order to provide a plant which gives a low water-rejection rate. in its simplest presentation reverse osmosis and ultra filtration system is a membrane process that acts as molecular filters to remove (permeable to water not salt and separating pure water and salt solution, by applying external pressure) dissolved mineral, organic and inorganic, and heavy metals. Reverse osmosis plant will also remove microbial matter including bacterial spores and viruses, which cannot be removed by any ion exchange technique from water and waste water. reverse osmosis plant has emerged as a serious alternative to chemical treatment systems due to a number of reasons. The minimal use of chemicals makes reverse osmosis plant environmentally desirable. Reverse osmosis is a simple process and the operational and maintenance costs are lower. Reverse osmosis plant has higher production capacity to space ratio via-a-via other technologies. Ion exchange processes, on other hand, incur high resin replacement costs, substantially higher regeneration costs and inordinate downtime costs due the need for replacing ion exchange columns. While the biggest operating costs for ion exchange systems are regeneration chemicals, the major cost component in reverse osmosis plant is energy i.e. Electrical power to operate the reverse osmosis feed pump. commercial reverse osmosis plant we design the reverse osm

We are offering Reverse Osmosis Plant, which is used to produce high-quality low dissolved solids water, especially where the client needs to minimize the use of chemicals which are the regenerants associated with the more conventional demineralised ion exchange process. Reverse Osmosis Plant is used extensively in the Food and Beverage industry (especially the brewing industry), Pharmaceutical and the Electronic industries. Reverse Osmosis Plant uses a computerized programme for studying the water chemistry so as to select the most suitable membrane configuration and in order to provide a plant which gives a low water-rejection rate. In its simplest presentation Reverse Osmosis and Ultra Filtration System is a membrane process that acts as molecular filters to remove (permeable to water not salt and separating pure water and salt solution, by applying external pressure) dissolved mineral, organic and inorganic, and heavy metals. Reverse Osmosis Plant will also remove microbial matter including bacterial spores and viruses, which cannot be removed by any ion exchange technique from water and waste water. Reverse Osmosis Plant has emerged as a serious alternative to chemical treatment systems due to a number of reasons. The minimal use of chemicals makes Reverse Osmosis Plant environmentally desirable. Reverse osmosis is a simple process and the operational and maintenance costs are lower. Reverse Osmosis Plant has higher production capacity to space ratio via-a-via other technologies. Ion exchange processes, on other hand, incur high resin replacement costs, substantially higher regeneration costs and inordinate downtime costs due the need for replacing ion exchange columns. While the biggest operating costs for ion exchange systems are regeneration chemicals, the major cost component in Reverse Osmosis Plant is energy i.e. electrical power to operate the Reverse Osmosis feed pump. Commercial Reverse Osmosis PlantWe design the Reverse Osmosis Plant according to the need for tap water, brackish water & sea water application. Our production range starts from 100 lph (liter per hour) to 20 m3 per hour for 400 tds to 45, 000 tds. Mineral Water PlantsTo assure the quality of mineral water (purified drinking water), we design and install turnkey system of mineral water plants incorporating the best equipment, parts & components. We offer a single convenient source for all system accessories, including pre treatment, filtration and disinfection of water.

We are chiefly engaged in the supplying of Waste Water Treatment Evaporators in all over the country. We offer MEEs (Multi Effect Evaporators), ATFDs, These Waste Water Treatment Evaporators are procured from the reliable sources to ensure their reliability. Our Waste Water Treatment Evaporators are very reasonably priced.
Wastewater evaporation is a time-tested method for reducing the water portion of water-based wastes. In its simplest form, the evaporator converts the water portion of water-based wastes to water vapor, while leaving the higher boiling contaminants behind. This greatly minimizes the amount of waste that needs to be hauled off-site.
The evaporation process itself involves both a Thermodynamic as well as Mass Transfer.
The Thermodynamic Phenomenon of evaporation involves providing enough heat energy to convert water to water vapor.
The Mass Transfer Phenomenon of evaporation can best be described as the “carry off” of small droplets of water. These droplets are created at the surface of vigorously boiling water and are “carried off” by oversized blowers or unfiltered water vapor.
This “carry off” is problematic with wastewater applications since the droplets of water may have contaminants such as soaps, metals, or oils entrained in them, thus causing an environmental impact outside the building.
Evaporation technology offers the simplest and most effective approach to industrial waste water minimization. Wastewater Evaporators are able to handle a wide range of waste streams simultaneously and are a great option for manufacturing processes that may expand or change in the future.
Many companies that generate industrial wastewater are hauling their water for disposal at a high cost per gallon. Other companies are treating the wastewater, often with labor and chemical intensive processes, and have to adhere to increasingly strict discharge limits to their local sewer authority.
Our evaporators provide significant value and deliver the most efficient wastewater evaporation possible for all levels of output.  An investment in one of our wastewater evaporators can save you tens of thousands of rupees over the life of the system.

Lalitha Enterprises is one of the dependable Ultrafiltration Plant Supplier. Ultra filtration is a tangential flow, pressure driven filtration process that separates particles on the basis of their molecular size. Pore diameters of ultra filtration membranes are in the range of 10 to 200 A (0.001 to 0.02 micron). Solvents and species having a diameter smaller than the pore size of the membrane will pass through the membrane and emerge as ultra filtrate, known as permeate. Rejected species are progressively concentrated in the retained stream. Ultra filtration membranes are reusable and cleanable with standard chemicals.

Features

• Compact unit with robust mild steel powder coated frame.

• Range of models with capacities from 30l/h up to 32, 000l/h.
• Built in safety features to protect high pressure pump membranes.
• Fully assembled and tested before dispatch.
• On-line device to monitor treated water quality.

Advantages

• Easy to startup and uses very little space on solids in feed water.
• Can handle fluctuations of total dissolved solids removal.
• Easy availability of spares and service.
• Short delivery periods.

Applications

• Removal of virtually all particulate matter, suspended solids, bacteria, viruses, and pyrogenic species from pharmaceutical and industrial process water.
• Removal of colloidal material (non-reactive silica, iron, aluminum, etc.)
• Removal of high molecular weight organic.
• Therefore, the product stream will contain water, ionic species, and low molecular weight material, whereas colloidal matter, particles, bacteria, viruses and pyrogenic species will be rejected by the membrane.
• Hygienic drinking water hotels, restaurants, hospitals and residences.
• Mineral water plants.
• High purity water for hospital for use in dialysis units.
• As a retrofit to demineralization plants in industries to reduce regeneration chemicals.

The company supplies an extensive and comprehensive range of water softening plants across the country. The presence of hardness salts (calcium and magnesium ions) in the make up water supplies to boilers, cooling and process waters can have a serious impact on their performance. Loss of heat transfer in boilers and poor cooling in re-circulating cooling systems result in an increase in both energy and water consumption and also an increase in operating costs. our standard range of water softening plants effectively removes these hardness salts and provides a valuable return on your investment. Our water softening plant is designed for counter current regeneration with up-flow rate and co-current regeneration with down-flow rate. the water softening plant uses the well-proven "ion exchange" process to convert the hard water ions of calcium and magnesium to sodium ions. The resultant water to service is typically less than 4 ppm total hardness.

We take up complete revamping of any r.o. Plant. Such as cleaning of acf, psf and membrane cleaning boiler descaling, condensor /heat exchanger descaling

The active biocidal substance is chlorine dioxide (ClO2). It is 10 x more powerful than chlorine (and chlorine type disinfectants), works at a broad pH range from 4-10 and does not generate any by-products or side effects when used.Our Chlrorine di-Oxide 0.3% solution kills all water-borne micro organisms. These include bacteria, viruses, yeast, fungi, mold, spores, protozoans, cryptosporidia, actinomycetes, cysts, and other diseases. Chlorine di -Oxide also removes phenols, cyanides, and methanogens from water.Chlrorine Di-oxide is easy to use, simple to apply and contributes positively to all aspects of crop health. Chlrorine di-Oxide has no harmful environmental impact.Chlrorine di-Oxide is a 99.9+% pure chlorine dioxide in a 0.3% water solution. Chlrorine di-Oxideis delivered as a powder kit of two components. These have a 5 year shelf life. Once added to a specific volume of water, the components react to produce a 99.9+% pure chlorine dioxide solution with a full-potency shelf-life of up to 30 days.

Industrial Effluent water contains long chain components which are broken into small components by the enzymes and are furrther consumed by the environmentally friendly bacteriaconverting them into carbondi-0xide and water. This will drastically reduce theCOD, BOD, Smell of the effluent.

The blend of micro Organisms and enzymes degrade the nutrients in the sewage water . In this process nitrate and ammonia are oxidized by our products . Through regular usage the sewage water quality is improved with less BOD, COD and odur level

The dosages of these chemical depending upon the  quantity and quality of the water 

Chlorine dioxide comes in twin packets - component A and B. Which u can dissolve in 50 litres of water to get 50 litres of Chlorine dioxide. We have two variants as 0.3% and 0.5%.for any clarification u can contact us.