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Hrushikesh Water Science Private Limited

Pune, Maharashtra

| GST  27AABCH2605Q1ZE

| Verified Supplier

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Established in the year 1995, we Hrushikesh Water Sciences Pvt. Ltd. are a turnkey process engineering company specialized in industrial DM plant, industrial UV sterilizers, purified water systems. We skillfully undertake turnkey projects including mechanical, electrical, instrumentation and control. We are very well assisted by highly experienced & competent engineering staff who efficiently monitor each phase of installation. Our expertise lies in planning and controlling projects using latest computer software. With dedicated vendor base, we are able to carry out fabrication, erection and automation work. Being a service-oriented company, we always ensure that projects are completed within the specified time period. Our efficient team of experts are always ready to provide best services to our esteemed clients....Read More

Sand Filter

Sand Filter

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Sand Filter
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Sand Filter

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Sand filtration is frequently used and very robust method to remove suspended solids from water. The filtration medium consists of a multiple layer of high silica sand with a variety in size and specific gravity.  Sand filters can be supplied in different sizes and materials both hand operated or fully automatically. A special application of a sand filter is the removal of iron in surface and ground or well water. An iron removal installation consists of a aeration to oxidize and precipitate the iron and manganese, followed by removal of the precipitated particles with the sand filter. During service Water enters from the top, travels through the filtering media & goes out from the bottom. The suspended solids in the water get trapped in the filter & we get clean clear water at the outlet. This accumulated dirt (suspended solids) needs to be removed otherwise the filter will get choked & will result in less treatment flow, damage to the filter, damage to the pump, etc. The cleaning operation of the filter is called Backwash. This backwash operation needs to done once the differential pressure across the filter reaches 0.8 kg/cm2 or 24 hours of service cycle whichever is earlier. 

FRP Body with Multi-port valve Filtration Systems : Flow range - 1 m3/hour to 16 m3/hour. Carbon steel (Epoxy-coated) Body with C.I. valves Filtration Systems : Flow range - 7 m3/hour to 250 m3/hour.

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Water softening systems
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Water softening systems

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The hardness in water is caused by Calcium (Ca+) and Magnesium (Mg+) salts. These ions  form hard, difficult to remove layer on surfaces of pipes and equipment in drinking water and process water systems and are normally known as scale in the water. This scale reduces the efficiency of the equipments and reduces the life of it too. This scale built-up increases fuel and maintenance costs. Softening units offer a water purification solution for hard water and limescale removal. 

Softening Process Regeneration Water Quality Applications FRP Softening Units Carbon Steel Softening Units

 

Softening Process :

 

  • Softeners are specific ion exchangers which are designed to remove ions with a multiple positive charge. A process in which Contaminant ions are removed from water is called ion exchange.
  • As the name implies, contaminant ions are not merely removed from the water; instead, they are exchanged for another kind of ion.
  • This process occurs in ion exchange resin.
  • Initially, resin is loaded with Sodium (Na+) ion. As water passes through the resin, the contaminant ions in the water displace the loaded ions from the sites on the resin. This is because the resin has a greater affinity for the contaminant ions. Affinity for most resins is based loosely on ionic size and charge. In general, affinities are as follows:
  • single charge ions (H+, Na+) < 2 charges (Ca++, Mg++) < 3 charges (Fe+++) < etc.
  • Water is passed through a column filled with ion exchange resin. Water is discharged from the bottom of the column with little or undetectable concentrations of hardness causing ions.
  • Regeneration Over a period of time most of the softener resin gets converted into Ca, Mg form and it has no Sodium Ions (Na+) to replace Ca, Mg ions.
  • This is called the resin exhaustion or end of service cycle. The exhausted resin has to be brought back into Sodium (Na+) form to continue the process and use it again and again. The procedure of converting exhausted resin into Sodium (Na+) form is called regeneration.
  • Normal salt is used for regeneration. Water Quality
  • The hardness of treated water generally we get after softener is less than 5 ppm as CaCO3, which is considered as commercial zero.
  • We supply hardness test kit along with softener, as well as spare.

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Reverse Osmosis Plant
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Reverse Osmosis Plant

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  • R.O is a membrane process that acts as a filter to remove up to 95 - 99 % of all dissolved minerals, 95 - 97 % of most dissolved organics, and more than 98 % of biological and colloidal matter from water
  • The water is passed over a membrane under pressure. Depending on raw water quality a larger or smaller part of water goes through membrane, leaving most of the dissolved solids behind.
  • These solids and leftover water (reject) leaves membrane surface and is piped to drain. The water which goes through membrane and gets purified is called permeate.
  • The equipment which accomplishes the process is called a Reverse Osmosis (R.O) Unit
  • An R.O Unit only passes some of Total Dissolved Solids (TDS) through membranes. The percentage which gets through is called TDS-passage or salt-passage. At a given value of salt-passage TDS, or quality of permeate will change as feed TDS changes.
  • An approximation of TDS in water can be attained by using a conductivity meter.
  • Along with the amounts of solids passing through membranes, to be considered is the amount of purified water retrieved from feed water. This is called recovery which is usually stated as a percentage. Normal recoveries are in the range of 40 - 80 % for brackish water and 10 - 40 % for sea water.
  • The recovery of R.O system is preset during commissioning.
  • When recovery is changed, so is the salt-passage. On the other hand, if system is run at a lower recovery, there is a better permeate water quality.
  • The amount of water passed through membranes is directly proportional to the net pressure on them. Increasing system pressure increases permeate flow rate. Thus, if pressure is raised and reject flow rate is held fixed, the recovery goes up.
  • Similarly, if system pressure is held fixed and reject flow rate is made to decrease, the recovery also goes up. If, at a constant pressure, reject flow were stopped altogether, the recovery would be 100 %. There must always be enough reject flow to flush out rejected salts.
  • The temperature of feed water can change the output by as much as 50 % in the range from nearly freezing to 40 C. Unfortunately, it is not always possible to control temperature of the water, which varies depending on the location and time of the year.

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Reverse Osmosis Systems
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Reverse Osmosis Systems

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The physical and chemical nature of many natural waters is such that it is not suitable to be treated directly by reverse osmosis. The process and equipment required to condition the feed water are referred to as per-treatment.

 


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Electro-de-ionization
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Electro-de-ionization

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The EDI design combines two well-established water purification technologies electrodialysis and ion-exchange resin deionization.


Through this revolutionary technique, dissolved salts can be removed with low energy cost and without the need for chemical regeneration; the result is high-quality pure water of multi-M_.cm resistivity which can be produced continuously at substantial flow rates.


EDI removes ions from water by forcing them out of the feed stream into adjacent streams via an electric potential. The resins operate in steady state; they act not as an ion reservoir but as an ion conduit.


Benefits of EDI
  • The primary environmental and economic benefit of EDI is the elimination of the use of resin regeneration chemicals
  • The primary quality benefit of EDI is the continuous process eliminates spikes and upsets.
  • EDI Produces Ultrapure Water up to 18.1 Megohm
  • EDI enables a Simple System (no concentrate recirculation)
  • No Regeneration Chemicals Required
  • Compact, Lightweight.
  • Consistent and predictable results
  • Continuous, simple operation (no DI batch changes)
  • EDI is cost effective
  • No hazardous waste (and cost associated)
  • No regeneration chemicals (and cost and risk)
  • Reduced facility requirements

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Water For Pharmaceutical Industry
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Hrushikesh Water Sciences Pvt. Ltd. has developed into a leading turnkey process engineering company specializing in purified water, highly purified water, water for injection (WFI), ultra filtration, pure steam, CIP/SIP and UV Sterilizers systems to the pharmaceutical industry.


Key Features:
  • Full Recirculating RO/EDI System per cGMPs
  • Flowrates from 300L/hr to 10,000L/hr
  • Sophisticated GAMP4 PLC based control System with large colour, touch screen HMI
  • USP28 compliant for purified water and WFI
  • EP compliant for purified and highly purified water
  • Integrated CIP system
  • RO/EDI recycles to minimise water sent to drain
  • Water quality of < 1.0 micro-s/cm, < 250ppb TOC, < 50 cfu/ml and < 0.25eu endotoxins
  • Hot water sanitizable membranes.
  • Hot water sanitizable electro-deionisation unit (EDI).
  • Multi-Stage 316 SS Reverse Osmosis Feed Pump
  • Sanitary 316L SS Diaphragm Valves / Sample Valves
  • Sanitary 316L SS RO Vessels
  • ASME BPE compliant 316L SS Hygienic Product Piping beginning at the RO permeate ports
  • Product Conductivity Monitors at RO & EDI outlets with 3-way diversion valves.
  • Polished SS Frame
  • 50Hz/415V/3-PH
  • Full FAT, IQ and OQ prior to shipment.
  • Validation Documentation

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Water Management Solution
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Water is the precious and indespensible source on the earth.Day by day th availability of water is becoming less and less due to rapid urbanisation and increasing population.Majority of the water sources are contaminated due to urbanisation and industrialisation. To get good quality and continious supply of water from municipal authoroties is becoming more and more difficult.

 

 

 

we at Hrushikesh water sciences provide a treatment plants for drinking purpose, domestic use, rainwater harvesting, sewage treatment and recycling.

We give the Total water management solutions for the housing colonies. By which water consumption can be reduced upto 50% by recycling of water. Water recycling plant cost and its associated plumbing cost can be recovered within 2 years, by way of reduced consumption and there will be saving upto approximately Rs.85000 for a housing colony of 100 families(cost of water is Rs.6.50/1000ltr.)

Water recycling will reduce the cost of living for the housing colonies at the same time they will be doing service for the community by making that much water available for others.

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Continuous Filter
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Continuous Filter

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Activated carbon (AC) filtration is most effective in removing organic contaminants from water. Organic substances are composed of two basic elements, carbon and hydrogen. Because organic chemicals are often responsible for taste, odor, and color problems, AC filtration can generally be used to improve aesthetically objectional water. AC filtration will also remove chlorine. AC filtration is recognized by the Water Quality Association as an acceptable method to maintain certain drinking water contaminants within the limits

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Cartridge filter
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Cartridge filter

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Cartridge filtration units generally operate most effectively and economically on applications having contamination levels of less than 10 ppm. For heavier contamination applications, cartridges are normally used as final polishing filters.

Applications
  • Drinking water systems
  • Pre RO water
  • Chemicals
  • Beverages
  • Solvents
  • Compressed air
  • Cosmetics
  • Alcohol

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Wound cartridge filters
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Wound cartridge filters

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The most common type of depth filters   materials: natural or synthetic yards, which are wounded around a central tube or former numerous applications in the industry

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Resin Bonded Filter Cartridge
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  • One-piece cordless construction, consisting of resin bonded fibers of solid particles  
  • Filtration range is between 5 to 125 micron, good chemical comparability/flow rate  
  • Frequent application: viscous fluids, process duties

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Pleated Cartridge Filters
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  • Most common cartridge filter system of today.
  • Materials: cellulose basis, resin impregnation; polyester, microfiber glass, polypropylene  
  • Advantages: increased surface area (up to 60 %) compared to traditional cartridge filters 

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Cartridge Filters
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Cartridge Filters

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Material: stainless steel fibers, connected to a mat, used in the polymer industry.  Hollow fiber membrane cartridge filters: for applications under 0.5 micron, for example used for the removal of aerosols. Further applications can be, for example microbiology (filtration range down to 0.01 micron), where sterility is very important. 

We can provide any replacement cartridge filters for retrofitting or improvement.

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Bag Filter
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Bag Filter

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A Bag filter works by the principle of micro filtration. The liquid is purified in bags by passing small permeable pores. Bag filters can be used for large amounts of water. The sizes of these pores are between the 1-200 micron The capacity depends on the surface area from the bags. Bigger systems can clean up to more than 100 m 3 /hr. There are special bags for various chemicals The liquid flows from the top of the filter house (manufactured in stainless or epoxy coated carbon steel) and is distributed equally in the bag. The liquid comes out at the bottom leaving the dirt behind. Since the bag is locked in at the top of the vessel all the dirt is trapped inside the bag. The filter vessel never requires cleaning after use. Bag filters systems are applied is various industries solutions. Treated liquids include: milk products, paint, lime, beer etc.

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Ultra-Filtration
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Ultra-Filtration

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Ultrafiltration (UF) is a 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. Ultrafiltration is not fundamentally different from reverse osmosis, microfiltration or nanofiltration, except in terms of the size of the molecules it retains.


UF's main attraction is its ability to purify, separate, and concentrate target macromolecules in continuous systems. UF does this by pressurizing the solution flow. The solvent and other dissolved components that pass through the membrane are known as permeate. The components that do not pass through are known as retentate. Depending on the Molecular Weight Cut Off (MWCO) of the membrane used, macromolecules may be purified, separated, or concentrated in either fraction.


Effective solids separation and pathogen removal

Ultrafiltration (UF) is a pressure-driven barrier to suspended solids, bacteria, viruses, endotoxins and other pathogens to produce water with very high purity and low silt density. It serves as a pretreatment for surface water, seawater, and biologically treated municipal effluent before reverse osmosis and other membrane systems.


Examples of fields where ultra filtration is applied are:
  • Pre-treatment of water for nano filtration or Reverse Osmosis
  • The dairy industry (milk, cheese)
  • The food industry (proteins)
  • The metal industry (oil/ water emulsions separation, paint treatment)
  • The textile industry
  • The pharmaceutical / Bio-tech industry

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Plant Modifications
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Plant Modifications

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Over a period of time the changes are needed in the water treatment facilities. This may be due to change in the raw water analysis, as the manufacturing capacity needed to be increased, new developments in the water treatment technologies whereby more economical solutions are available, some of the equipments are not giving proper service which needs to be replaced, etc.

We undertake the projects for modification of existing water treatment plants to enhance capacity, to add some processes to acieve operational economy, to convert manual plants to automatic or semi-automatic operation as per requirement or just replacement of old worn out equipments.


Our team of process, mechanical, instrumentaion and control engineers assist clients in all aspects of process systems to carry out modification. We design, manufacture, supply, erect and commission the standard and customized water treatment systems to meet the client's need.

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Automation Control
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Automation Control

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We undertake the projects for converting existing manual water treatment plants to fully automatic or semi-automatic operation as per requirement.


Our in-house team of instrumentaion, controls and software engineers can assist clients in all aspects of process systems. We design the "Operating philosophy" and "Control philosophy" considering client's requirements and basic design of the water treatment system. We assist client's for choosing right instrumentation and control devices. Our engineers develop standard and customized systems to meet the client's URS utilizing well-known branded products.

 

The PLC unit facility can integrate with SCADA / DCS system and can have the facility to support windows function for all such integration. PLC unit can have three level password protection.

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Service Contracts
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Service Contracts

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Every equipment needs servicing and water treatment plant is not a exception to it. Periodical preventive maintenance keeps the down time minimum, increases the life of the equipment, minimizes the break-downs and overall life-cycle cost is minimized.


Though above is true for the water treatment plant, there is another consideration also. That is; water treatment plant is a process plant which processes the water to the desired quality. Here water is a raw material; whose quality is not constant all the time. There will be seasonal variations as well as variations over a longer period of time.


Due to above one needs to take corrective actions to get consistance quality water in required quantity. If the proper corrective actions are not taken in time then there may be increase in chemical consumption, power consumption as well as more operator's time to look after the plant.

We undertake the annual service contracts of existing water treatment plants to achieve operational economy.


Our team of process, mechanical, instrumentaion and control engineers assist clients in all aspects of process systems to carry out servicing of water treatment plant.

To know more; contact us with the details of your water treatment facility

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Dual Media Filter

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During service Water enters from the top, travels through the filtering media & goes out from the bottom. The suspended solids in the water get trapped in the filter & we get clean clear water at the outlet.  This accumulated dirt (suspended solids) needs to be removed otherwise the filter will get choked & will result in less treatment flow, damage to the filter, damage to the pump, etc. The cleaning operation of the filter is called Backwash. This backwash operation needs to done once the differential pressure across the filter reaches 0.8 kg/cm2 or 24 hours of service cycle whichever is earlier. FRP Body with Multi-port valve Dual Media Filtration Systems:Flow range - 1 m3/hour to 16 m3/hour. Carbon steel (Epoxy-coated) Body with C.I. valves Dual Media Filtration Systems:Flow range - 7 m3/hour to 250 m3/hour.

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UV Disinfection Systems

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A greater public awareness of contamination in water supplies has occurred in recent years which has resulted in the successful application of alternative methods of treatment, like UV treatment.

 


Light is electromagnetic radiation, or radiant energy traveling in the form of waves. UV energy is found in the electromagnetic spectrum between visible light and x-rays and can best be described as invisible radiation. The energy employed for UV water treatment is further categorized into two primary levels measured as wavelengths - 254 nm and 185 nm, where nm = 1/1000 of a micron. For disinfection and ozone destruction applications, the 254nm wavelength is utilized. For TOC reduction and chlorine destruction applications a unique wavelength.
 
Hrushikesh UV systems feature low pressure mercury discharge lamps. The lamps are constructed with a special quartz envelope material that looks like glass, but is actually a discriminating filter. This allows predominantly 254 nm or 185 nm UV energy to be transmitted into a water stream as it flows through the UV system's treatment chamber.

The primary uses of UV for water treatment are: Disinfection, TOC Reduction, Ozone Destruction and Chlorine Destruction.

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Disc-Filter

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Microsieving is an efficient and reliable technique for separation of particles from all kinds of liquids. These are generally used as pre-filters for coarse filtration and are available from 25 to 500 microns and flow rates upto 100 m3/hr.

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De-Alkanization

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The removal of alkalinity from a water supply by neutralization or ion exchange.

Alkalinity

Alkalinity means the buffering capacity of water, the capacity of the water to neutralize itself. It prevents the water pH levels from becoming too basic or acid. It also adds carbon to water. Alkalinity stabilizes water at pH levels around 7. However, when the acidity is high in water the alkalinity decreases, which can cause harmful conditions for aquatic life.

In water chemistry alkalinity is expressed in ppm or mg/L of equivalent calcium carbonate. Total alkalinity of water is the sum of all four sorts of alkalinity; Dissolved carbon dioxide (CO2), Bicarbonate (HCO3), Carbonate (CO3) and Hydroxyl (OH).

 

Why De-Alkanization?

 

Dealkalizers are most often used as pre-treatment to a boiler and are usually preceded by a water softener if required. Alkalinity is a factor that most often dictates the amount of boiler blowdown.

High alkalinity promotes boiler foaming and carryover and causes high amounts of boiler blowoff. When alkalinity is the limiting factor affecting the amount of blowdown, a dealkalizer will increase the cycles of concentrations and reduce blowdown and operating costs.

The reduction of blowdown by dealkalization keeps the water treatment chemicals in the boiler longer, thus minimizing the amount of chemicals required for efficient, noncorrosive operation.

Carbonate and bicarbonate alkalinities are decomposed by heat in boiler water releasing carbon dioxide into the steam. This gas combines with the condensed steam in process equipment and return lines to form carbonic acid. This depresses the pH value of the condensate returns and results in corrosive attack on the equipment and piping.

In general, a dealkalizer is best applied to boilers operating below 700 psi (48 bar). In order to justify installation of a dealkalizer on low-pressure boilers, the alkalinity content should be above 50 ppm with the amount of make-up water exceeding 4,000 litres per day.

Cooling system make-up will also benefit from reduced alkalinity. The addition of a dealkalizer to a cooling water system will substantially reduce the amount of acid required to treat the same amount of water.

Alkalinity needs to be removed and monitored to prevent scale and corrosion to minimize total operating costs.

 

De-Alkalizer

 

Dealkalization with Weak Acid Cation (WAC) Exchange Resin

When for the influent water, total hardness is high and equal to alkalinity, dealkalization using Weak Acid Cation Exchanger in H+ form becomes extremely efficient and cost effective.

The cations associated with alkalinity are exchanged for H+ ions. The carbonic acid formed is removed by degasser giving alkalinity free soft water. Salts of mineral acids or neutral salts are not exchanged.

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Demineralisation Plant

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Ion exchange technology is used to remove salts (cations and anions) from the water Soluble chemical compounds, when dissolved in water, become ionized; that is their molecules dissociate into positively and negatively charged components called ions. Consider common table salt, sodium chloride. In its solid form, this compound consists of one sodium atom (Na) and one chlorine atom (Cl) tightly coupled together (NaCl). When dissolved in water, however, the compound splits into two ions, Na and Cl-

Ion Exchange:

A process in which Contaminant ions are exchanged from water is called ion exchange. This process occurs in ion exchange resin.

Initially, resin is loaded with hydrogen (H ) ion for cations and hydroxide (OH-) ion for anions. As water passes through the resin, the contaminant ions in the water displace the loaded ions from the sites on the resin. This is because the resin has a greater affinity for the contaminant ions. Affinity for most resins is based loosely on ionic size and charge.

Regeneration

 

Over a period of time most of the cation resin gets converted into Ca, Mg, Na form and it has no Hydrogen Ions (H ) to replace Ca, Mg, Na ions and the anion resin gets converted into Cl, SO4, SiO2 form and it has no Hydroxyl Ions (OH-) to replace Cl, SO4, SiO2 ions.. This is called the resin exhaustion or end of service cycle. The exhausted resin has to be brought back into Hydrogen (H ) Hydroxyl (OH-) form to continue the process and use it again and again. The procedure of converting exhausted resin into Hydrogen (H ) Hydroxyl (OH-) form is called regeneration.

Separate Bed DM Systems

 

Ion exchange occurs across at least two different columns. The first is a cation column, which is filled with resin loaded with positive hydrogen ions (H ). As water passes through this column, the positively charged impurities in the water are exchanged for the hydrogen ions A similar exchange takes place in the second column, the anion column. This column is filled with resin loaded with negative hydroxide ions (OH-). As the now cation-free water from the cation column passes through, any negatively charged contaminants are removed from the water and replaced by hydroxide ions from the resin. The water now has a neutral pH. hydroxide [OH-] and hydrogen [H ] ions exchanged in the columns combine, forming water [H2O).

Mixed Bed DI Systems

In a Mixed Bed DI System water is purified by removing all ions in one pass through an ion exchange bed. The bed consists of cation and anion resins in mixed condition, so that ions are actually removed in the same two step ion exchange process. All the traces of Cations and Anions of the dissolved solids and silica in the water are replaced by Hydrogen ion (H ) and Hydroxyl Ion (OH-) respectively. We get very high purity de-mineralized water at the outlet of the MB.

Water Quality:

The conductivity of pure water has been calculated to be 0.018 micro-siemens/cm @ 20 degree C. The conductivity of treated water from Seaprate Bed DM / DI Systems is about 1-2 micro-siemens/cm and a Mixed Bed System is usually less than 0.2 micro-siemens/cm.

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Coagulation-Flocculation
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Coagulation-Flocculation

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We classify water impurities in three categories: suspended solids, colloidal particles (less than 1 micron) and dissolved substances (less than several nanometers).

The coagulation-flocculation processes facilitate the removal of suspended solids (SS) and colloidal particles.

Coagulation is the destabilization of colloidal and other suspended solid particles brought about by the addition of a chemical reagent called as coagulant.

Flocculation is the agglomeration of destabilized particles into microfloc and after into bulky floccules which can be settled called floc. The addition of another reagent called flocculant or a flocculant aid may promote the formation of the floc.

The factors, which can promote the coagulation-flocculation, are the velocity gradient, the time, and the pH. The time and the velocity gradient are important to increase the probability of the particles to come together. Moreover the pH is a prominent factor in the removal of colloids.

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Dosing Systems
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Dosing Systems

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  • State-of- the art, accurate and reliable systems, which can be used for variety of chemicals.
  • Reliable and economical electro- magnetic or motor driven metering pumps, which can be adjusted from 10% to 100% of the maximum flow by frequency and / or stroke adjustment.
  • Variety of materials for liquid ends for assured leak-proof operation with wide variety of chemicals.
  • Available in wide range, from 1 to 100 liters / hr and pressures from 2 to 125 kg/cm2
  • Compact & sleek, it has a convenient control panel that controls all operation. Complete automation possible with additional instrumentation. Complete integration possible with other equipments, systems.
  • Easy to install, Easy to operate, Economical to use, Easy to maintain.
  • Complete package; HDPE semi- transparent Tank, Low level safety switch, Inlet / Outlet - tubing / piping, suction strainer with foot valve, discharge valve, air vent valve and One set of operation manual along with dosing system.
  • Depending on type of chemical; Optional motorized mixer also available for better desolution of chemicals.
  • Service & spares readily available.

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Get Price & Details

Established in the year 1995, we Hrushikesh Water Sciences Pvt. Ltd. are a turnkey process engineering company specialized in industrial DM plant, industrial UV sterilizers, purified water systems. We skillfully undertake turnkey projects including mechanical, electrical, instrumentation and control. We are very well assisted by highly experienced & competent engineering staff who efficiently monitor each phase of installation. Our expertise lies in planning and controlling projects using latest computer software. With dedicated vendor base, we are able to carry out fabrication, erection and automation work. Being a service-oriented company, we always ensure that projects are completed within the specified time period. Our efficient team of experts are always ready to provide best services to our esteemed clients....Read More

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Nature of Business

Manufacturer

Year of Establishment

1995

Legal Status of Firm

Private Limited Company

GST Number

27AABCH2605Q1ZE
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