Samr Filtration Private Limited

Arsenic contamination in groundwater is one of the major disastrous issues faced by every human being. Low concentrations of arsenic in drinking water produced severe health effects. Considering arsenic toxicology and hazards we have developed an effective arsenic removal plant treatment that reduces the arsenic content efficiently.
We offer precision designed and highly functional range of Iron and Arsenic Removal Plants. With these plants designed to deliver optimum functionality, the plants are manufactured in compliance to defined industrial standards and are well recognized for their precision construction and high accuracy in functioning. These Arsenic Removal Plants have high demand in domestic and foreign markets and are in accordance with international quality standards. With the plants helping in effectively removing contaminants like manganese, iron and arsenic from both surface as well as ground water sources, the processes involved include removing contaminants through
Retention of precipitateCatalytic oxidationStrengths of Our Systems: We have with us experience and equipment support to successfully serve the needs of following processes
These systems are designed to achieve higher removal efficiencySystems backed by services regarding installation and commissioning of plantsIron & arsenic removal plants backed by latest technology features to extract only fresh and healthy water that is free from pathogens and harmful micro-organisms with maximum concentration of oxygen in itBringing effective decrease in the Iron ratio in contaminated waterLow power consumptionEasy to operate and installEnhances overall service lifeMethods used for Arsenic removal : The processes involved for removing of arsenic include :
Oxidation/reductionPrecipitationAdsorption & ion exchangeCoagulation/FiltrationLime SofteningActivated AluminaSolid/liquid separationPhysical exclusionBiological removal processes 
Used for removing : These plants are designed to effectively remove traces of following elements from water :
CopperZincNickelLeadTinCadmiumIronArsenicFluorideBoronMercury 
Usage : Some of the end usage areas of these Iron and Arsenic Removal Plants include:
Community purposes in rural areasResidencesOffice buildingsSchoolsCollegesEducational institutesHotelsRestaurantsResortsHospitalsOthers medical institutesMunicipality water supplyPaper millsCotton millsChemical plantsPharmaceutical

Industrial Water Softener PlantA hard water softener is an appliance that uses sodium chloride, also known as salt, to treat hard water. Hard water contains an excess of minerals such as calcium, magnesium, manganese, and iron that can be an expensive nuisance for a home. These minerals are taken up in the underground water supply and, as the water is heated in the home, they crystallize and stick to household surfaces. Sodium chloride, the effective component of water softener, works to replace these unwanted minerals.

A water softener is a fairly simple appliance that is stocked with salt. In water softening process the water supply passes through the water softener over resin beds, rows of resin beads perform an ion-exchange. The resin beads chemically attract the unwanted ‘hard’ mineral ions and exchange them with sodium ions. Softener resin is mainly strong acid Cation resin.

When the resin beds become saturated with the minerals, the water softener flushes them out with a salt solution called brine and the process begins again. Water softeners are fairly easy to operate and maintain. All that needs to be done after installation is to periodically add sodium chloride and the water softener does the rest.

Sodium salts are not hard scales forming so that water without the calcium and magnesium salts is called soft water.

Water softening is an important process, because the hardness of water in households and companies is reduced during this process. When water is hard, it can clog pipes and soap will dissolve in it less easily. Water softening can prevent these negative effects. Hard water causes a higher risk of lime scale deposits in household water systems. Due to this lime scale build-up, pipes are blocked and the efficiency of hot boilers and tanks is reduced. This increases the cost of domestic water heating by about fifteen to twenty percent. Another negative effect of lime scale is that it has damaging effects on household machinery, such as laundry machines. Water softening means expanding the life span of household machine, such as laundry machines. Water softening means expanding the life span of household machine, such as laundry machines, and the life span of pipelines. It also contributes to the improved working, and longer lifespan of solar heating systems, air conditioning units and many other water-based applications.

Water softeners are specific ion exchangers that are designed to remove ions, which are positively charged.

Softeners mainly remove calcium (Ca2+) and magnesium (Mg2+) ions. Calcium and magnesium are often referred to as ‘hardness minerals’.
Softeners are sometimes even applied to remove iron. The softening devices are able to remove up to five milligrams per litre (5 mg/L) of dissolved iron.
Softeners can operate automatic, semi-automatic, or manual. Each type is rated on the amount of hardness it can remove before regeneration is necessary.

A water softener collects hardness minerals within its conditioning tank and from time to time flushes them away to drain. Ion exchangers are often used for water softening. When an ion exchange is applied for water softening, it will replace the calcium and magnesium ions in the water with other ions, for instance sodium or potassium. The exchanger ions are added to the ion exchanger reservoir as sodium and potassium salts (NaCl and KCl).

 

SAMR offers mobile water treatment plant—to support and assist your site operations—for temporary and longer-term water treatment needs 24/7. With flow rates from 1m³/hour to 500m³/hour, the mobile water treatment technologies are pre-packaged on a trailer, skid or container for maximum mobility and rapid response. Available as standard or modular systems, they are pre-engineered with ‘plug-and-play’ connections for ease of use.

Mobile Water Services offers a cost-effective and efficient alternative to fixed plant in a wide range of industrial situations and circumstances. Mobile Water Services are ideal for:

• Emergency situations where an existing plant has failed.
• Planned commissioning, refurbishment or maintenance projects.
• Multi-Year requirements for continuous longer-term water supply.

Technologies

Mobile Water Services provide a range of water treatment technologies to meet your challenging applications, such as:

• Clarification
• Degassing
• Deionisation
• Filtration
• Reverse Osmosis
• Seawater Desalination
• Softening
• Ultrafiltration

Our services allow you to have a reliable and secure source of treated water 24/7, 365 days per year, to maintain continuity of supply of treated water to your core operations. Our proven track record for rapid response and delivering service excellence is unrivalled and enables our customers to maintain production operations.

• Speed of response and on-time delivery
• The quality and quantity of treated water is guaranteed
• Full technical and operational support throughout the rental agreement
• ‘Hands off Maintenance’ — no spares and inventory management
• Treated water volume can be increased or decreased at any time
• Reliable and secure service backed by our mobile fleet
• Incorporates the latest technology
• Excellent health and safety record
• Safe handling of chemicals and assets

 

We have Reverse Osmosis (RO) plant to clean and purify water by removing salts and other impurities to improve the color, taste or properties of the water. RO plant can be used for purifying other fluids like ethanol, glycol, etc. Our plant is well equipped with all the instruments and required facilities to meet specific customer needs.

The company prefers high quality Reverse Osmosis (RO) Membrane elements to ensure flawless operation. Reverse osmosis (RO) was the first cross flow membrane separation process to be widely commercialized. RO remove virtually all organic and inorganic compounds 90 to 99% of all ions. We have a large selection of reverse osmosis membranes to meet varying rejection requirements. The cross flow mode of filtration continuously sweeps the membrane surface clean of impurities, which allows for many hours of trouble free and continuous operation between chemical cleanings.

It is more energy efficient as compared to heat driven purification (distillation) and more efficient than the strong chemicals required for ion exchange. In this process, no energy – intensive phase change is required. Pores in reverse osmosis membranes are so small they have not yet been resolved, even by the most advanced microscopic techniques. These are generally regarded to be in the 0.0001-micron range, four orders of magnitude smaller than the finest of the normal – flow particle filter.

Reverse osmosis (RO) is a membrane technology with myriad applications, but most well-known for its use in desalination for drinking water production. Reverse osmosis water treatment allows passage for only small and weakly charged molecules, such as water. Undissociated acids, such as carbonic acid (H2CO3), can also easily pass through. Carbonic acid is part of the carbonate system and not a contaminant—it affects the pH of the product water. Sodium and chlorine, which only carry a single charge and are also small, can pass through the membrane but not quite as easily as water. Molecules that are larger and/or more strongly charged than sodium and chlorine are rejected altogether.

 

The Water ATM is an innovative concept brought forward by the Public Health Engineering Department, is capable of dispensing normal & chilled drinking water. It dispenses 1 litres, 2 Ltr and 20 Ltr as per requirement.

SAMR WATER ATM water purification and dispensing system is designed to increase accessibility and ease of use for water purification systems in remote areas. This is achieved by using solar energy, which powers the device for 48 hours once fully-charged. 

Additionally, It is incorporated to control functions, including monitoring water quality, water treatment and cleaning, which reduces the need for manual maintenance. 

Increasing pollution has made water unfit for drinking. Thanks to water vending machines, this problem is solved to a large extent. It is an honest initiative in this field and provides the drinking water at a fraction of cost. It is the best water vending manufacturer in India and is on a mission to provide clean drinking water to everyone.

 

Shallow Hand Pump Iron Removal Plant is specially designed for the hand pump to remove chemical contamination, turbidity, foreign particles from feed water. This plant is ideal for commercial, industrial and residential sectors.

• Iron Removal plant for hand pump is mild steel fabricated rugged filter vessel filled with Iron removal resin. The inner wall of the IRP is given anti corrosive rubber paint. It is fitted with a 3 way valve and has inlet and outlet connection as in the photograph.
• Water from the hand pump is passed though the inlet of the IRP. The water passes through a bed of Iron removal resin where Iron content is removed and Iron free water flows out, through the outlet. After a period of time the resin gets saturated and has to be regenerated. This regeneration process is done by just backwashing and without addition of any chemicals.
• The three way valve is changed from filter position to backwash position. Now the hand pump is pumped and the water flows in to the IRP but in the opposite direction. Now all the accumulated Iron in the media will get washed off and will pass to the drainage. Once the water coming out of the IRP is clean then it is understood that all the iron content is removed. Now the resin is ready for the next operation. Turn the 3 way valve to filter position and continue to get iron free water.
• The interval between the backwashing will be dependant on the iron content in water. It is generally recommended to backwash once everyday for about 5-10 minutes.
• This IRP can be installed near the existing hand pump on the hand pump platform and can be connected with existing hand pumps using GI pipes an fittings.

 

The Iron Removal Filters are designed to remove the Excess Iron content present in the feed water with minimum pressure drop. Most iron filtration systems operate on the principal of oxidizing the iron (oxidation) to convert it from a ferrous (dissolved or soluble) to a ferric or undissolved state.
Iron removal plants can be based on different filtration media, depending on the iron and manganese concentration, the oxygen level, CO2 content and hardness of the water. Plant principle: First, air is injected in order to oxidize the iron. The oxidized iron will then precipitate on a sand filter.
Determining what is in the water is the first step in treating and providing safe clean water. A chemical-free iron filter such as a Katalox system removes iron, manganese and hydrogen sulfide safely and effectively. Iron filters are designed to remove these contaminants from the water and flush them away.
The Iron Removal Filters are designed to remove the Excess Iron content present in the feed water with minimum pressure drop. Most iron filtration systems operate on the principal of oxidizing the iron (oxidation) to convert it from a ferrous (dissolved or soluble) to a ferric or undissolved state.

DM PLANT ,IRON REMOVAL PLANT

Established in the year 2020 we “SAMR Filtration Private Limited” is a Manufacturer of Water treatment plant, Water Treatment Components and Water Filter media and Chemicals . We are manufacturing these products using premium grade raw material that is procured from the authentic vendors of the market. We offer these products at reasonable rates and deliver these within the promised time-frame.

We have hired an adroit team of employees, which keeps themselves abreast with advanced manufacturing techniques and designs. Further, we also have a quality control unit, wherein, we check our entire range on defined parameters like design, quality and finish. All units and equipped with all the essential tools, machine, and technology in order to manufacture a high-quality range of products

Under the valuable guidance of our mentor, Mr.Saurav Sekh, we are growing with a notable rate in the market. He has spent long years in the industry to have rich industrial experience enabling us to understand the varied requirements of our clients.

SAMR is a CSIR approved fluoride removal plant manufacturer and supplier in India, we supply an excellent quality range of fluoride removal water treatment plants. We are the one-stop solution for all your requirements, necessities including new machines, spare parts, machine services, and any other. We manufacture hand pump and power pump model fluoride removal plant equipment with different specifications.
If you are searching for a premium fluoride removal plant price affordably in India, we are the best manufacturer in providing you with fluoride removal water treatment plant equipment without making any compromise on their quality.
The fluoride removal system works with an adsorption method in which the fluoride present in the underground water gets absorbed by Fluoride removal resins.  On depletion of the resin bed, it is regenerated with PAC (Poly Aluminum Chloride) solution. Excess fluoride in drinking water will lead to dental or skeletal fluorosis, damaging the bones and joints. When the fluoride-contaminated water flows through the bed of the media, the fluoride ions in the water get exchanged in the media, and fluoride-free water is released. This media after its capacity is exhausted, has to be regenerated with 3% NaOH.
As the best manufacturer and supplier of No.1 water disinfection solutions in India, we provide top-notch, energy-efficient, and long-lasting Fluoride Removal Plant anywhere and anytime in India. Our manufactured types of fluoride removal water treatment plants include power pump models and hand pump model filters.
Owing to their excellent performance, less operating cost, and huge power consumption, these equipment are highly compatible for the massive removal of fluoride and thus hugely demanded in various industries sectors. We are the best in supplying quality Fluoride Removal Plant systems with the most reasonable cost with greater efficiency.

Wound Filter Cartridges are designed to meet the most demanding filtration application. They offer an economic, compact, easily installed and maintained filtration system for removal of particles from liquid. are manufactured using the latest winding technology which gives true graded density with denser layers inside and coarser layers outside. This produces superior depth filters with increased filtration capacity, longer service life and higher performance that reduces overall costs.

These are processed into fibers of specific grades using the latest technology. After carding & spinning into roving they are wound into cartridges with cautiously controlled micron rating. From raw materials to finished products we are in control of the quality and filtration characteristics. They are appreciated due to its high dirt holding capacity and rugged construction that allows facing different applications in liquid and gas filtration.
The quality of a wound filter cartridge hugely depends on the type of yarn that is used to make the filter. The material of the core and a controlled manufacturing mechanism that produces a precise micron rating also contribute. One should bear in mind the filtration application and other involved physical and chemical parameters before choosing a string wound filter cartridge.


Filter specification :
Media : Polypropylene, Cotton (CFR 21 Listed) & Glass Fibre Heat Purified
Core : Polypropylene, Tinned Steel, Stainless Steel 304 & 316
Removal Ratings: 1, 3, 5, 10, 25, 50, 75, 100 µm
End Connections: DOE ( Standard ) / SOE (on demand)
Nominal lengths : 9.75, 10, 20, 30 & 40 inches
Outside Diameter: 64 mm(2.5”) 100 mm(4”), 110mm(4.5”) 6”, 8”
Inner Diameter: 28mm
Maximum operating Temp: PP: 80°C. Cotton with SS Core: 120°C; Glass Fibre with SS Core: 400°C
 Recommended Maximum differential pressure: 35psig