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Waste Water Treatment Plant
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1 Piece (MOQ)
Industrial Water Purifier
130,000 Per Unit
1 Unit (MOQ)
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Mineral Water Treatment Plant
250,000 - 2,500,000 Per Number
1 Set (MOQ)
Zero Discharge System
20,000 Per Piece
5 Piece(s) (MOQ)
We are amidst the dependable Manufacturers, Exporters and Suppliers of the Zero Discharge System. The Zero Discharge System evaporates water from Pretreated Effluent in almost the same way as thermal evaporators, employing the principle of diffusion at normal temperature. To recapitulate the basic aspects of the novel design : Braj Projects Pvt.Ltd. design basically differs from conventional evaporators in the underlying principle; the former uses heat to evaporate water, whereas the later (Braj Projects Pvt.Ltd.'s design) employs the natural phenomenon of diffusion of water which does not require heat. The natural process of diffusion is as such slow, but can be greatly enhanced by, large inter facial area between air and water, turbulence, finer particle size of water and large air to water ratio. It has been proven scientifically in the highly reputed universities and renowned institutions in the West that at sub-micron size of the water particles in the normal atmosphere, the natural process of evaporation, called diffusional evaporation, ensures that it is completely vaporizes before it hits the ground, if released at sufficient height. In order to utilize this well-proven principle for practical and effective evaporation of effluent into water in the atmosphere, the effluent has to be adequately stripped off all its dissolved organic and inorganic contents beforehand, besides removal of turbidity, suspended solids etc. This process of natural evaporation would be dependent on the atmospheric conditions like humidity, wind speed, temperature etc and therefore should be harnessed and designed for the adverse combinations of governing parameters so that at all other time higher evaporation would occur. Braj Projects Pvt.Ltd. does not claim that it has Invented Natural Evaporation By Diffusion, but it does claim that it has harnessed this principle for practical, effective evaporation of effluent into water by perhaps more user-friendly method suitable for the Indian conditions With above background, it becomes clear that the effluent has to be properly pretreated before it is pumped into Braj Projects Pvt.Ltd.'s ZDS involving; equalization, pH control, removal of volatile organics, removal of suspended solids and turbidity, and lastly adequate removal of dissolved impurities. There are basically two types of dissolved impurities in the effluent, organic and inorganic, manifesting themselves as COD, BOD,TOC, etc. and TDS. Firstly, the effluent has to be passed through a packed bed of activated carbon, granular form, with app surface area about 80-100sq meter per gram. It is well known that activated carbon of good quality possesses extremely good adsorptive for most of the organic impurities present in the textile effluents. Therefore, after passage thru carbon bed ,most of the dissolved organics of the effluent would be removed, with optimum contact time and sufficient depth of the bed, say,.5m to 1.0meter and dia of about 0.5 to 0.75m.The carbon bed as usual would have distributors, supporting plate, mild steel shell, inlet and outlet and so on. After removal of organics in the carbon bed of adequate quantity, the effluent is passed through a mixed bed of anionic and cationic resins which are well known to remove inorganic salts from the effluent by the ion exchange process. This would be also made from mild steel shell lined with epoxy to withstand corrosion by the effluent. It would be a packed bed with usual connections like inlet, outlet, distributor etc. The anionic and cationic resins would be in the form of spherical particles packed to sufficient depth and adequate residence time. Both the carbon granules and resins are available in India and have been used in the industry for effluent/water treatment with a high degree of success over the last several decades. Their designs have been standardized in our country. The Overall Picture of Our ZDS Is As Follows Equalization VOC removal by vigorous aeration (optional in the textile effluents) pH control Removal of suspended and turbid particles in a multimedia filter Removal of dissolved organics by the activated granular carbon bed Removal of highly concentrated portion of waste water as recycled stream in effluent storage tank or sludge drying beds Removal of dissolved inorganic(TDS) in a packed bed of ion exchange resins, anionic and cationic both, and then pumping the so pretreated effluent into our ZDS along with compressed air through diffuser modules mounted at 50-60 feet elevation. Typical Characteristics Of The Equalized Textile Effluent pH : 6.5 -8.5 S S : 150-400ppm C O D : 800-3000ppm B O D : 200-450ppm Color : Moderate Oil and Grease : 5-30 ppm Ammoniacal Nitrogen : 50-150 ppm TDS : 5000-15000 ppm Toxicity : Not detected Typical Characteristics of the Pretreated Effluent before Zero Discharge System pH : 6.5 -7.5 S S : 10-500 ppm COD : 70-50,000 ppm BOD : 20-3000 ppm Color : Almost colorless Oil &Grease : 2-100 ppm TDS : 100-2, 00,000 ppm The packed beds of activated carbon and ion exchange resins are cylindrical, vertical columns with valves, pressure gauges, drains, level indicators, opening lids and man holes for cleaning and are self -supporting structures of about 2-3 feet diameter and 4-6 feet cylindrical heights, made from mild steel of about 4-6 mm plate and coated with epoxy paint. The present study on a pilot plant at Braj Projects Pvt.Ltd. over two years and exhaustive study of the commercial plant at a local chemical industry over the last 1.5 years have shown that there are no adverse effects of any kind either on the local climate or human beings or plantations in the vicinity of the ZDS plant as well as in the long ranges by the emissions from the ZDS. This is on the expected line technically also, because what is being discharged from the ZDS is water vapor well mixed with large amount of air and that too at highly elevated level of 50-60 feet from the ground. If we compare this with the discharges of the greenhouse gases from the boilers, driers, thermic fluid heaters and even multiple effect evaporators already approved by the regulatory authorities emitting vapors without mixing with air or the much -touted incinerators' gaseous emissions comprising carbon dioxide, carbon monoxide, heat and toxic substances as byproducts of combustion of the fossil fuels used for generation of heat/steam. This method of zero discharge is superior and much more eco-friendly on equivalent basis. Needless to mention, that like all other novel technologies emerging in the horizon in the global environmental scenario, the ZDS is also not cent per cent perfect, it does have a few limitations, however, if the industry has to opt for a zero discharge system that is very near to the sustainable, practical, cost effective and eco-friendly method of ensuring no liquid discharge. Braj Projects Pvt.Ltd.'s ZDS provides and tries to fill in the vacuum amongst the plethora of pseudo- zero discharge systems available in the Indian market. During the developmental process of the Zero Discharge System Braj Projects Pvt.Ltd. learnt that in one of the highly developed countries, such systems of very large capacities at industrial scale have been operating successfully for over 10-15 years. Now Braj Projects Pvt.Ltd. also has gone up to a full-fledged commercial plant employing this novel concept and it is of the opinion, based on exhaustive trials so far, that the system is techno-economically viable and sustainable remedy to the Zero Discharge compliance problem of the industry has ultimately arrived on the Indian horizon. Outcome of the Zero Discharge system Treated trade effluent disposal problem of a land locked industry will be solved on a sustainable way. Compliance of Zero Discharge norm will be achieved by the industry. Occasional underground pollution of the water strata will be solved. Price Range : Ranging from Rs. 5 Lakhs to 2 Crore
Dialysis RO Plant
150,000 Per Piece
1 Piece(s) (MOQ)
Description Raw Water Storage Tank (By Client) Raw Water Pump Sand Filter Unit Carbon filter Unit Antiscalent Dosing System Micron Cartridge Filter High Pressure Pump R.O. System U .V SYSTEM ( ALPHA MAKE) RO Treated Water Storage Tank (By Client)
Dissolved Air Flotation Daf System
500,000 Per Piece
1 Piece (MOQ)
WyunaSep NanoAir DAF system - Innovative and gered with new Nano Air bubble technology specially developed for DAF to increse the DAF efficiency and quality of treated water. Additional Information: Production Capacity: 12 unit/year Delivery Time: 10 weeks
Industrial Ro Plant
150,000 - 1,500,000 Per Pieces
1 Pieces (MOQ)
ro control panel
20,000 - 150,000 Per piece
1 Unit (MOQ)
Dm 45 Asphalt Hot Mix Plant
1,800,000 - 2,500,000 Per Set
1 Unit (MOQ)
Waste Water Recycling System
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watse water recycling systems, A ZLD system is a treatment process which is used to remove all the liquid waste from a system. The goal of ZLD water treatment is to reduce wastewater economically and produce potable water that is fit for normal use. Zero liquid discharge system is an advanced treatment method that comprises ultrafiltration, reverse osmosis, evaporation and fractional electro deionization. And we are a well-known supplier of ZLD systems.
Fine Bubble Tube Diffuser
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10 Piece (MOQ)
Salient Feature Dia of 65 mm and 90 mm with slits of 1 to 1.25 mm Effective Length of 1000 mm Two grooved design to reduce pressure drop and Coverage area of 1.5 sq mt for 65 mm and 2.0 sq mt for 90 mm Design Air Flow up to 8 Nm3/hr for 65 mm and 12 Nm3/hr for 90 mm, High SOTE up to 7 % per meter depth Connection size 1” BSPT Application For maintaining DO in aeration tan Material Membrane in EPDM , Silicon Rubber as wellwq Body in 20% Glass Filled PP
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Industrial Ro Plant
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Swimming Pool Filtration Plant
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Owning and maintaining an aboveground or in ground swimming pool requires an investment of money, time & several pieces of important swimming pool equipment that will keep your pool in top-working condition, and leave you free to enjoy more. We carry a complete line of swimming pool equipment - top-quality products from the best manufacturers in the business. Pollution in pool water comes either from the environment or is carried into the water by the swimmers. Environmental pollution includes dust, leaves, chemical wastes, pollen, spores, bacteria and so on, that are blown into the water by the wind. Swimmers carry other pollutants into the water: sweat, suntan oils, urine, bacteria, viruses, etc.Every swimming pool has a circulation pump and filter. The filters most common these days are sand filters. The pool pump ensures that the swimming pool water moves through the filter every day, thus removing unwanted pollutants and disinfected organic materials as quickly as possible.Generally, the swimming pool pump should run for at least 6 - 8 hours each day. There is usually a timer which cycles the pool pump on and off to ensure this constant filtration. The circulation of pool water will remove floating or suspended particles of dirt from the water, but has no effect on the substances which have settled to the bottom of the swimming pool or "stuck" to the walls.Depending on the environmental conditions and swimmer load, the swimming pool needs regular brushing and vacuuming, generally about once a week in the swimming season for home pools. With the circulation pump turned off, the walls and floor of the pool are swept with a stiff brush. When the "dust" from the brushing settles, it is vacuumed off the floor of the swimming pool. The pool must also be vacuumed after treating with a flocculant. Nowadays, there is a variety of automatic swimming pool cleaners, which suck the dirt off the walls and floor of the swimming pool whenever the pool pump is running. These are really great for pool owners who never seem to have the time for swimming pool chores.After vacuuming is done, it is time to backwash the filter. Sand filters trap dust and dirt, as the name implies, in a bed of sand. When the filter has accumulated a large amount of dirt, the water cannot pass freely through the sand and the filter loses efficiency as the pressure increases. Backwashing sends water backwards through the filter and flushes the trapped dirt out. After backwashing, you will notice an increase in return pressure to the pool, and if you have a pressure guage, you should notice an increase of at least 0,5 bar.Products We Offered Swimming pool filter / pump Swimming Pool side equipments(grating, ladders, multi floor inlet, skimmers, suction port, main drain, pool cover) Swimming Pool Cleaning equipments (Brush, vacuum head, net, telescopic head, vacuum hose, floating tablet dispenser, suction sweeper) Swimming Pool side equipments (grating, ladders, multi floor inlet, skimmers, suction port, main drain, pool cover) Swimming Pool chemicals (tcca tablet, tcca granular, liquid chlorine, hydrochloric acid(hcl), poly aluminum chloride, alum)
Clarifier And Clariflocculator
1,000,000 Per Piece
1 Unit (MOQ)
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Industrial Hot Water Generator
1,000,000 - 10,000,000 Per Piece
1 Piece (MOQ)
We are offering industrial hot water generator.fluidized bed combustion 4 pass vertical hot water circulating system with capacity 1000000 to 4000000 kcal.hr. And temperature upto 150 degree c, fuel used: saw dust, rice husk, coal, lignite, wood, briquetts, agro waste, pellets, palm kennal extracts, coffee extracts, ground nut shell, etc.
1000 LPH RO Water Plant
150,000 - 200,000 Per Piece
1 Piece(s) (MOQ)
We provide the best quality Industrial RO Plant of 1000 Liters per Hour capacity.
Clarifier Water Tank
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1 piece (MOQ)
Ghee Clarifier
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1 Piece(s) (MOQ)
Our products are formed under the supervisor of experienced quality control managers utilizing only premium materials and the latest technologies. With the aid of our sophisticated packaging system, our skilled personnel are able to meet the standard as well as customized packaging requirements of the clients. Moreover, we check the entire lot before dispatch.
Solar Desalination
19,000 - 25,000 Per
1 Bag (MOQ)
In an era marked by growing concerns over water scarcity and climate change, innovative solutions are essential to address the pressing challenges of freshwater availability. Among these solutions, solar desalination emerges as a promising technology that not only provides access to clean water but also harnesses renewable energy sources, mitigating environmental impact and promoting sustainability. This article explores the principles of solar desalination and its diverse applications in combating water scarcity worldwide. ### Understanding Solar Desalination Solar desalination is a process that utilizes solar energy to remove salt and other impurities from seawater or brackish water, making it suitable for human consumption, agriculture, and various industrial purposes. Unlike traditional desalination methods, which often rely on fossil fuels or grid electricity, solar desalination systems harness the abundant energy of the sun, offering a clean and sustainable approach to freshwater production. #### Principles of Operation: Solar desalination systems employ various technologies to convert solar energy into heat, which is then used to evaporate water and separate it from dissolved salts and contaminants. Common methods include solar stills, solar-powered distillation systems, and solar-assisted reverse osmosis (RO) processes, each offering unique advantages depending on factors such as energy efficiency, scalability, and water quality requirements. ### Applications of Solar Desalination #### Rural Communities: In remote or off-grid areas where access to freshwater sources is limited, solar desalination provides a lifeline for communities facing water scarcity. Small-scale solar stills or portable solar-powered desalination units can be deployed to produce clean drinking water locally, reducing reliance on expensive water delivery services or vulnerable groundwater reserves. #### Agriculture: Agriculture accounts for a significant portion of global water consumption, and as water resources become increasingly strained, sustainable irrigation practices are essential for food security. Solar desalination offers a viable solution by providing saline water for irrigation purposes, enabling farmers to cultivate crops in arid regions where freshwater is scarce. #### Disaster Relief: In the aftermath of natural disasters or humanitarian crises, access to clean water is often compromised, posing significant health risks for affected populations. Solar desalination units can be rapidly deployed to provide emergency drinking water, reducing reliance on external aid and promoting self-sufficiency in disaster-affected areas. #### Industrial Applications: Industries such as mining, manufacturing, and power generation require large quantities of water for various processes, often sourcing water from freshwater reserves or municipal supplies. Solar desalination offers a sustainable alternative by tapping into saline water sources, reducing the strain on freshwater resources and minimizing environmental impact. ### Challenges and Future Prospects While solar desalination holds immense potential for addressing water scarcity, several challenges must be addressed to realize its widespread adoption. These include technological barriers, cost considerations, and environmental implications such as brine disposal and ecosystem impacts. Continued research and development efforts are needed to improve the efficiency, affordability, and scalability of solar desalination technologies, making them accessible to communities worldwide. ### Conclusion: A Solar-Powered Solution In an era defined by the imperative of sustainability, solar desalination emerges as a beacon of hope, offering a renewable and environmentally friendly approach to freshwater production. By harnessing the power of the sun, we can unlock the potential to provide clean water for communities, safeguard agricultural livelihoods, and foster resilience in the face of water scarcity. As we embrace the promise of solar desalination, let us strive to harness innovation and collaboration to build a more water-secure future for all.
Dewatering System
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We are offering dewatering system. Continuous discharge vacuum de-watering unit. The de-watering system consists of vacuum pump driver by 3 phase , 5 h.p. Electric motor & starter with water tank mounted on a transportation trolly.
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