Uncategorized – welcome to SARV DHARAM SHAKTI

DESIGN:-

The filling machine will be operated with diving nozzle type to avoid foaming during filling process.
Conveyor has inlet & outlet ends of the machine variable speed to synchronize with the filling the filling machine speed. The conveyor tailing width adjustable.
Filling accuracy for various volumes within range of +-0.5% on volume
Filling head height will be adjustable.

Application	For Oil, Juice Any other Liquid
Filling Volume (ml)	100ml -10000ml
Head/Nozzle	2 Head ,4Head ,6 Head
Machine Frame MOC	SS 304 Square Pipe
Machine Base Plate MOC	SMild Steel With Redoxide Coating
Machine Casing MOC	SS 304
Door	Front With Interlock
Syringe	MOC SS 304
Syringe Holding Assembly	Mild Steel With Redoxide Coating
Assembly Enclosure	SS 304
Piston Rod	SS 304
Piston Ring	Teflon
Nozzle	SS 304
Nozzle Type	Antidrip, Diving Type
Hose	Food Grade, Silicon Braided
Max Temp of Filling	100°C
Volume Adjustment	Escentric Block
Stopper Cylinder	3 no, Pneumatic Sensor Based
Bottle Block Sensor	Defuse Type Photo sensor
Conveyor	SS 304
Panel Details	Push Button Operated
Panel Details	Feed Tank Hi & Low Level Sensor & 1 HP Feed Pump Provision
CIP Provision	Tray Type
Pneumatic Details	2-4 CFM @ 6-8 Bar
Electrical Details	PConveyor – 0.5 HP With Gearbox
Electrical Details	2KW 3 Phase, 415-440 V AC, 50 Hz

Machine Features:

With adjusting guide for packaging of Different size & packing of Bottles

Feeding system with PLC/ Pneumatic Based
SS Slate Chain Conveyor
Pneumatic Guide for bottle
Heat Shrink Tunnel
Automatic And Semi Automatic

Technical Details:

Model	Sealer	Shrink Tunnel
Voltage(VHZ)	300/50-3 Phase	380/50-3phase
Power Consumption(KW)	15	21
Packing Speed (pcs/min	0-12	0-10
Max Packing Dimension	500x290x380	1450x550x400
Max Sealing Length	650	————
Height of conveyor	800-50(Adj.)	————
Working Air Pressure	6/Kg/M	————
Dimension(LXWxH)	1370x920x1800	2550x850x1500
Conveyor Loading (KG)	————	40
Heating Time(Minutes)	————	10
Cooling Time(Minutes)	————	15
Cooling Time (Minutes)	————	15
Weight(Kg)	80	250

Fully Automatic Labeling machine is useful to place label accurately on round shape of product.
Full /partial wrap labeling can be possible. A unique feature of machine is if the body diameters changes, then also machine operates without change part.
Products of different diameter like small size of vials, bottles upto containers can be accommodated in the same machine Speed is depend on the length of label.
Different types such as Aluminum, Glass, Plastic products can be accommodated on the machine.
Labeling speed is automatically synchronized with conveyor speed to ensure quality
Push and press optional attachment is used to ensure smooth labeling without wrinkles or bubble
Adjustable angle of labeling heads is ideal for tapered products to conform shapes

Technical Specification

Capacity	60-120 BPM
Size of bottle	0.2l to 2.0 L bottle with change part for each
Air Required	100 ltr per minute at 5kg/cm2 pressure
Conveyor working height	1050+-50 mm
Size (L X B X H)	1700x1200x800 mm
Electric Load	7.5 KW

Machine Structure Conveyor and door will be make with stainless steel Stainless steel.
DELTA/Equ. make PLC CPU Used with high speed input and out-put.
Delta/Equ. Operating Panel with 7” Touch Screen Colored
Delta/Equ. Servo Motor Drive use for label feeding and synchronized with main machine speed
Delta/Equ. AC Drive used for machine speed control and power saving
Sick-India/Equ. Make Sensor /Encoder used for high quality
Janatic/Equ. Make Pneumatic System/ Cylinder will have used for high quality.
Glue System used with automatic Speed and temperature required controller SS Tank
Stainless Steel On Line State Chain Transfer Conveyor
AC Motor make Bonvario/ Rotomotiv/Equ,
Stainless Steel Electrical Control Panel will be separate
Three Phase to single phase transformer for safety of fluctuation 4Kw
Air Flow Control with Rota-meter with multi valve
Bottle Transfer section & Side guide make of SS & Backlight sheet
Colored touch screen display

Heating system controlled with PID Controllers

Batch printing machines, marking machines, and date printing machines are used in the following applications:

Printing batch numbers, manufacturing date, expiration date, retail price, and other information on their plain or laminated and varnished labels, cartons, polypack bags, Pouches, tin bottoms, cotton bags, bottles, jars or any solid surfaces.
Adding special information at the time of packing or adding price change or special offer on existing labels or cartons.

Standard Parts used in Videojet Printing machine

PART NO.	DESCRIPTION	QTY
WIE-0400	Photo Electric Sensor	1 Nos
500-00-36-581	4w ip67 Cab, MTG, Plug	1 Nos
With-0400-00	Encoder Mounting Bracket	1 Nos
WIE-0400-121	5000 PPR Shaft encoder	1 Nos
W521-D	Ink,Black,750 ml	2 Nos
W816-D	Make-up,750 ml	2 Nos
W912-Q	Cleaning Solution, 1 Ltr	2 Nos
VJIb0390	W630 machine sand & Printer head stand	1 Nos
WIE-0400-42	3 Pin top Plug	1 Nos
VJ-0400-262	Sensor Bracket for Calypso	1 Nos
WIE-0400-006	3 Way din plug	1 Nos

Water is a scarce resource and due to Urbanization and Globalization water usage will increase in the coming years. Industries like power, oil, and gas, pharmaceuticals, and chemicals generate a large volume of wastewater which contains solid waste, organic waste, toxic and non-toxic chemicals which further affects the environment. In fact, many government and industries have come up with initiatives to reduce water waste by installing ZLD, which in turn will reduce water wastage, and help them attain a sustainable environment.

The key driver for zero liquid discharge is a growing concern about the impact of wastewater discharge on the environment. Such concern is resulting in increased regulation and limitation of wastewater discharges. Organizations in India are targeting ZLD for their waste because they can sell the solids that are produced or reuse as a part of the industrial process. For example, salt is the by-product we get at the last stage of ZLD. This salt can be used in the textile process.

Zero liquid discharge is an advanced water treatment process which purifies and recycles the wastewater at the end of the industrial process with zero liquid waste at the end. Zero liquid discharge at Mizutech India is achieved in the most energy efficient method as it saves around 80% of the energy compared to the conventional ZLD techniques used by other companies. The reason why we are so efficient in this process is our patented polymeric film technology which we are using in Mechanical vapour recompression evaporator (MVRE).

Features of ZLD system are

Saves up to 80% energy compared to other ZLD technologies.
Approximate 95% of liquid can be recovered out of the liquid waste fed to the system for treatment.
Treat and retrieve valuable by-products from your waste (i.e. salts and brines).
Produce a dry solid cake for disposal.

Mechanical Vapour Recompression Evaporator (MVRE)
MVRE is an energy recovery evaporator which compresses a low-pressure vapour and produces a low volume of vapour with high pressure and temperature. In MVRE influent is heated with steam and the vapour produced are compressed and sent to a heat exchanger where it gets condensed and we get pure water at the outlet. Generally, MVRE is used before MEE to reduce the TDS concentration of influent. This system is available in polymeric film technology. After RO effluent is fed into MVRE to remove high volatile compounds which were not removed in the previous process. In this process water recovered is approximately 80%.

MVRE is available in polymeric film technology.
Multi Effect Evaporator (MEE)
In MEE sequences of vessels are used. Here water is boiled in the vessels, each held at a lower pressure than the last, because the boiling temperature of the water decreases as pressure decreases the vapour boiled off in one vessel can be used to heat the next, and only the first vessel (at the highest pressure) requires an external source of heat. Effluent fed into MEE is of a kind which has very high TDS. Water recovery in this process is around 95%.

Effluent is generated in many manufacturing industries like textile, pharmaceuticals and chemicals, tanneries etc. Contaminated water cannot be released without treatment as it contains toxic and non-toxic chemicals. Releasing it may cause contamination of the existing pure water and will affect the environment. As a result ETP’s are installed in most manufacturing industries.

The Effluent treatment plants (ETP) are used for the removal of high amounts of organic compounds, debris, dirt, grit, pollution, toxic, non-toxic materials and polymers etc. from industrial effluent. The ETP plants use evaporation and drying methods and other auxiliary techniques such as centrifuging, filtration, incineration for chemical processing and effluent treatment.

ETP Plant Operation

Screen Chamber:-

This chamber removes relatively large solid to avoid abrasion of mechanical equipment and clogging of hydraulic system.

Collection Tank:-

The collection tank collects the effluent water from the screening chamber, stores and then pumps it to the equalization tank.

Equalization Tank:-

The effluents do not have similar concentration at all the time; the pH will vary time to time.
Effluents are stored for up to 8 to 12 hours in an equalization tank resulting in the homogenous mixing of effluents and helping in neutralization.
Continuous mixing also eliminates settling of solids within the equalization tank.
Reduces SS, TSS.

Flash mixer:- Coagulants are added to the effluents:

Lime:(800-1000 ppm) To correct the pH upto8-9
Alum: (200-300 ppm) To remove colour
Poly electrolyte : ( 0.2 ppm) to settle the suspended matters and reduce SS, TSS.

The addition of the above chemicals by efficient rapid mixing facilitates homogeneous combination of flocculates to produce micro flocs.

Clarriflocculator:-

In the clarriflocculator the water is circulated continuously by a stirrer.
Flocculation provides slow mixing that leads to the formation of macro flocs, which then settles in the clarifier zone.
Overflowing water goes out to the aeration tank.
The solid particles settle down, and are collected separately; this reduces SS, TSS.
The settled solids i.e. primary sludge is pumped into sludge drying beds.

Aeration Tank:-

The effluent after clarification flows to an aeration tank for aerobic treatment.
This tank is equipped with air blowers or diffusers using which air is passed through the tank.
This air is required to maintain the desired dissolved oxygen (DO) level required for bacteria to grow and remove BOD and COD by breaking down the matter.
BOD and COD values of effluent are reduced up to 90%.

Secondary Clarifier:-

The overflow from aeration tank is led into the secondary clarifier where solid liquid separation takes place.
The settled solids in secondary clarifier are called biological sludge, a part of which is recycled back into the aeration tank to maintain the desired MLSS level and remaining sludge is conveyed to sludge collection tank for further treatment.
The outlet water quality is checked if it’s within the accepted.
The treated water is disposed through pipelines.

Sludge Thickener:-

The inlet sludge consists of 60% water + 40% solids.
The effluent is passed through a centrifuge.
Due to centrifugal action, the solids and liquids are separated.
The sludge thickener reduces the water content in the effluent to 40% water + 60% solids.
The effluent is then reprocessed and the sludge is collected at the bottom.

Drying Beds:-

Primary and secondary sludge is dried on the drying beds to further reduce the water content.

Packaged Sewage Treatment Plant (PSTP) is housed in specially designed and highly durable FRP tank. These tanks are compact which can be utilized in a decentralized manner at any location, either it’s underground or above the ground.

The Packaged STP is designed to bring the treated sewage parameters (BOD, COD, TSS, TN etc.) below the permissible limit which is stipulated by the Pollution Control Board. MBBR technology is used in this system.

PROCESS DESCRIPTION OF PACKAGE STP

Preliminary Treatment
The influent sewage water passes through a bar screen to remove all the large objects like cans, rags, sticks, plastic packets etc. which are carried in the sewage stream.
Secondary Treatment
1. Anaerobic Zone-
  The first stage of PSTP is an oxygen-depleted anaerobic zone in which the solids in raw sewage gets settled while allowing the scum to float on the surface. It is a zone in which the settled sludge is stabilized by anaerobic digestion.
2. Anoxic Zone-
  The sewage then enters the anoxic zone in which denitrification of the wastewater stream is accomplished by returning the activated sludge from the final sedimentation zone to the anoxic zone; wherein dissolved oxygen levels are maintained approximately as 0.2 to 0.5 mg/l. In the denitrification process, anoxic microbes break down to the existing nitrates, this results in the release of inert nitrogen gas into the atmosphere.
3. Aeration Zone-
  The sewage from solid separation zone flows into the aeration zone. Air is diffused with the help of air blowers which encourages the growth of bacteria cultures in and around the floating plastic media added in the aeration zone. The MBBR media provides the extended surface area for the growth of microorganisms.
4. Sedimentation Zone-
  The next step of treatment involves the sedimentation zone where organic waste is settled. The settled waste in the bottom of the tank is pumped back to the anoxic zone as a return sludge, which is done to ensure that the quality of effluent must pass the stipulated sewage parameters.
Tertiary Treatment System:
The secondary treated sewage is then passed through the Pressure Sand Filter and Activated Carbon Filter for the removal of suspended solids (TSS), colour, and odour. The treated water is then disinfected using sodium hypochlorite before it is reused.

INFLUENT
BAR SCREEN CHAMBER
ANAEROBIC & ANOXIC ZONE
AEROBIC MBBR ZONE
FINAL SEDIMENTATION
FILTER FEED TANK
MBBR MEDIA
AIR BLOWERS
RECIRCULATION PUMP
FILTER FEED PUMP
PRESSURE SAND FILTER
ACTIVATED CARBON FILTER
DISINFECTION
AIR VENT
TREATED WATER TANK

Features of PSTP

Key Points	MBBR FRP-PSTP	MS-EP / RCC Conventional STP
Performance	Decomposition of organic waste is consistent throughout the year	Seasonal variation is observed
Monitoring of MLSS & F/M Ratio	Required	Not Required
Sludge Removal	Once in 18-24 months	Once in a month
Chemicals & Equipment for Sludge Dewatering and Treatment	Required	Once in a month
Skilled Supervision	Not Required	Required
O & M Cost	70% reduction compared to conventional STPs	Much higher
Tank Maintenance	Leak & rust proof. No root integration & fungal growth	Prone to leak & rust, root integration & fungal growth
Tank Maintenance and Durability	Maintenance free and much more durable	Requires frequent maintenance. Much lower durability
Installation Lead Time	Within 7 to 10 days	Much higher
Upgradation and Relocation	Possible	Not possible

PRODUCT RANGE AVAILABLE

SR. NO.	PRODUCTS	CAPACITY RANGE
1	FRP Package Sewage Treatment Plant (ENVI Model)	2 KLD to 500 KLD
2	FRP Anaerobic Septic Tank (FAST Model)	10 KL to 150 KL
3	FRP Waste Water Equalization / Collection Tank (FET Model)	10 KL to 150 KL
4	FRP Water Storage Tank (FWST Model)	10 KL to 150 KL
5	FRP Fir Fighting Water Storage Tank (FFST Model)	10 KL to 150 KL

APPLICATION AND USES

Residential and Commercial Complex
Public Garden and National Park
Hotel & Resorts
Restaurants
Industries
Institutions
Hospitals
Temples
Government Offices
Labour Quarters
Township
Hostels

Sewage is the waste generated from residential, institutional, commercial and industrial establishments. STP plant treats the sewage to make it fit for safe disposal, agricultural use or domestic use in toilets etc. Sewage usually contains a high quantity of organic and inorganic wastes. It is essential to treat sewage before it enters into any water body. If sewage, is allowed to enter the water sources without treatment, it will contaminate them; which is why it is essential to treat sewage properly before letting it into rivers or any other sources of water.

Areas in a STP Plant
Primary Treatment

In Primary treatment, wastewater is fed to a screen to remove all large objects that are suspended in the water. After this, the water gets into a Grit chamber where the grit is removed. Grit includes sand, gravel, eggshells, bone chips, seeds, and other materials. Grit removal is necessary to reduce heavy deposits in aeration tanks, digester, channels, and conduits. The next step consists of primary settling tanks. These tanks are usually large in size and the solids settle down due to gravity and are removed as sludge from the bottom. Meanwhile, the oil floats on the surface and is skimmed off. 50-60% of the suspended solids get removed and a 30-40% reduction of the five-day biological oxygen demand can be expected.

Secondary Treatment

Secondary treatment is the second stage of wastewater treatment. In primary treatment, suspended solids, colloidal particles, oil, and grease are removed. Then second biological treatment is done on the wastewater to remove the organic matter present.

This treatment is performed by indigenous and aquatic micro-organisms like bacteria and protozoa which consume biodegradable soluble contaminants like sugar, fat, detergent, and food waste. These processes are sensitive to temperature and with an increase in temperature rate of biological reactions increases.
Secondary treatment is divided into two different treatment processes:

Aerobic Treatment – Aerobic wastewater treatment is a biological treatment that uses oxygen to break down organic matter and remove other pollutants like nitrogen and phosphorus. Generally, in the sewage treatment, aerobic treatment is performed.
Anaerobic Treatment – Anaerobic treatment is a process where wastewater or material is broken down by micro-organisms without the aid of dissolved oxygen. However, anaerobic bacteria can and will use oxygen that is found in the oxides introduced into the system or they can obtain it from organic material within the wastewater.

Tertiary Treatment

Tertiary treatment is the third stage of the wastewater treatment and is also known as an advanced treatment. Tertiary treatment removes the load of nitrogen and phosphorus present in the water. It includes processes like filtration, ion exchange, activated carbon adsorption, electrodialysis, nitrification, and denitrification. Treatment options in tertiary treatment depend upon the characteristics of effluent after secondary treatment and what kind of water is needed at the end of the treatment. For example, if we need potable water then filtration and disinfectionare implemented to process wastewater.

Hard water is frequently unsuitable for many industrial and domestic purpose. When water is referred to as ‘Hard’ it simply means, that it contains excess of calcium (Ca) and magnesium (Mg) Ions than normal water. Carbonate hardness is known as temporary hardness and non-carbonate hardness is known as permanent hardness. The degree of hardness of the water increases, when more calcium and magnesium ions are dissolves. These ions have their origins in limestone sediments and also from carbon dioxide which is present in all waters exposed to the atmosphere and especially in ground water. The easiest way to soft the hard water is through Ion exchange process.

HASSLES OF HARDNESS :-

Hard water reacts adversely with detergents. It means even on your little (baby) ones’ Soft towels turn rough on their soft skin.
Soaps and shampoos do not lather and leave you feeling unwashed. Your skin gets dry. Hard water makes hair dry and rough leads to hair loss.
Hard water causes residual deposit and scale builds up. Damaging your appliances such as heaters, washing machines, showers, dishwashers etc. Appliances life comes down by 45%; their maintenance cost goes up by 25%. Causes deterioration and fading of fabrics. Also reduces fabric life by 15%.
Hard water leaves scales which clog pipes, faucets, valves and fixtures. Hard water reduces the cleaning power of detergents. Soft water reduces detergents requirements by about 70%.
Makes the food and water taste different. Cooking takes longer than ever before. Cooking gas consumption increases by 30%. Causes scale deposit on utensils.

WATER SOFTENING PROCESS :-

Softening is the ion exchange process, it is done through resin, the most common and probably the easiest method of removing hardness (that is calcium and magnesium) from water and suitable for utility purpose. As the name implies ion exchange is a process in which undesirable ions are exchanged for more desirable ions. The softening process consists of passing raw water containing hardness through a bed of cation resin in sodium form. The hardness ions Ca & Mg are taken up by resin and in exchange, the sodium ions are relinquished from the resin. This is called the service cycle, where the hard water is being softened.

CHEMICAL REACTION DURING SOFTENING PROCESS :-
Ca (HCO3)2 + Na2 R = RCa + NaHCO3
CaSO4 + Na2 R = RCa + Na2SO4MgCl2 + Na2
R = RMg + NaCl
REGENERATION PROCESS :-

Raw water will continue to get softened till the resin gets exhausted. Bringing back the resin to it original form is called regeneration. Softener resin is regenerated by sodium chloride- Nacl (Common salt) solution. The common salt solution is kept in the regeneration tank. During the regeneration process, salt solution is injected by the ejector tube into softener. The Nacl (salt solution) replaces ca, Mg (Hardness) from the resin, the regeneration is done every day or every few days or every week depending upon the usage and design of the water softener plant.

CHEMICAL REACTION DURING REGENERATION PROCESS :
RCa + NaCl = RNa + CaCl2
RMg + NaCl = RNa + MgCl2
PRODUCT MODEL :-

Our water softener plants are comprises of Mild Steel /SS / FRP Pressure Vessel, regeneration tank, ejector assembly, frontal piping wok with manual / Automatic multi port valve butterfly valve / conventional valves for easy operation and control. Available from 1,000 Liters/hr. to 1,00,0000 Liters / hr.

Iron is an objectionable constituent of portable water. Iron in water impart a bitter characteristic, metallic taste and cause oxidized precipitate. Coloration of water which may be yellowish brown to reddish brown and renders the water objectionable or unsuitable for use. In addition Iron stain everything with which it come in contact. Iron exists in water in two levels. One as the bi-valent, Ferrous Iron ( Fe ++) and the second one as the tri-valent, Ferric Iron (Fe+++). The Ferric Iron generally occurring in the precipitated form. Iron forms complexes of hydroxides and other in-organic complexes in solution with substantial amounts of bi-carbonate, sulphate, Phosphate, Cyanide or Halides. Presence of organic substances induces the formation of organic complexes which increase the solubility of Iron. The waters of high alkalinity have lower iron than waters of low alkalinity.

CAUSES OF IRON

Iron contamination causes stains on your sinks and bathroom tiles. Stains appear on your faucets and fixtures. Pipes corrode Washing machines, water heaters, dishwashers, steam irons, showers and radiators fall prey. Up to 50% of their life and efficiency gets reduced, adding up 25% in maintenance and running costs.
If iron water is consumed it can cause loss of apPetite, tissue damage. When used for bathing it causes skin rashes, hair loss.

IRON REMOVAL PROCESS DESCRIPTION
STAGE I – CHEMICAL DOSING

To level the pH factor, chemical pre treatment is done in order to facilitate rapid aeration, than the chemical dosed water send in to the aeration tanks.

STAGE II- ONLINE AERATION TYPE

Chemical dosed water is send into the aeration tank consisting three chambers. The raw water is allowed to sprinkle at the first chamber through specially designed perforated pipes. The water travels from first chamber to other two chambers through accurately designed multiple vents at variable levels of the bifurcate walls, thus provides ZIG ZAG motion. When the water reaches the third chambers the dissolved iron gets oxides and become suspended iron particles.

8 HOURS STORAGE AERATION TYPE

Chemical dosed water is pumped in to aeration tank. The raw water is allowed to sprinkle (at the tank/sump) through specially designed perforated pipes and allowed to remain there for about 8 to 10 hrs to get oxidized through the natural process and the iron presence in the water becomes suspended iron.

STAGE III – FILTRATION

The suspended iron water is passed through Iron removal unit, the filter media is supported on gravel bed that consists of multiple layers of progressively larger sizes of Manganese Di oxide, Activated Carbon 900 IV, Graded quartz sand, Fine sand, Super fine white sand and Pebbles, which retain the suspended iron particles. During the filtration cycle the filter bed retains the dirt and suspended iron particles from the water and accumulates within the filter bed.

BACKWASH

As the filtration progress the filter media gets loaded with the retained particles, this results in a continuous increase of pressure drop across the filter, when a predetermined pressure drop level is achieved the filter is shut down for cleaning. After backwashing the filter is rinsed with raw water and after the quality of water is achieved the filter is put back into service.

PRODUCT MODEL

Our iron removal plants are comprises of Mild Steel /SS / FRP Pressure Vessel, Frontal piping wok with manual / Automatic multi port valve / Butterfly valve / conventional valves for easy operation and control, Iron remove plants are available from 1000 LPH to 100000 LPH.

Activated carbon has been historically used for removal of odor, removal of color pigments from water. Further, our expertise lies in making available both Domestic and Industrial models of Activated Caron Filter, it also used as per treatment system in RO plant (ROP) and post treatment system in Waste water treatment plants (STP & ETP).

Activated Carbon filters offered by us are used for eliminating bad taste, odor as well as chlorine residue in water. This excellent filter media has carbon granules of high iodine value that helps contaminants to get adsorbed to surfaces of carbon particles

PROCESS DESCRIPTION :-

The water passes through the Activated carbon filter, the filter media consist of activated granular carbon. Activated carbon adsorbs onto its surface free chlorine, organic compounds, colour and odour. The activated carbon bed is supported by a multilayer graved bed. The activated carbon bed is also backwashed at fixed intervals to dislodge any accumulated dirt particles.

BACK WASH :-

As the filtration progress the filter media gets loaded with the retained particles, this results in a continuous increase of pressure drop across the filter, when a predetermined pressure drop level is achieved the filter is shut down for cleaning. The filter media is cleaned by backwash system. After backwashing the filter is rinsed with raw water and after the required quality of water is achieved the filter is put back into service. Depending on the filtered water quality required backwashing is either done with raw water or with filtered water.

PRODUCT MODEL AVAILABILITY :-

Activated Carbon filter plants are comprises of Mild Steel /SS / FRP Pressure Vessel, Frontal piping wok with manual / Automatic multi port valve butterfly valve / conventional valves for easy operation and control. Available from 1,000 Liters/hr. to 1,00,0000 Liters/hr.

Mizutech India are among the prominent names in the industry occupied in offering an extensive range of Reverse Osmosis Plant. Being a quality centric firm, we assure our customers that the offered plant ensures trouble free performance and long lasting life. Our experienced professionals use only best quality raw materials and latest technology while manufacturing this plant. Besides, our provided plant can be availed within the promised time period. Features: High performance long functional life Easy to operate

We are a team of technologically adept professionals who implement revolutionary techniques for rendering high speed filtration and remarkable efficiency in the offering plants. We utilize the advanced quality membrane separation system and procure premium grade material from renowned sources to develop highly reliable RO plants. Designed to withstand the continuous duty operation in the industrial segment the offered plant can be ordered from us at the best price in the industry.

Features:

Low power consumption
Modular design
Minimal maintenance require

Product Details:

RO Capacity (LPH)	50 LPH to 50000LPH (or design as per customer capacity requirement )
Automation Grade	Semi-Automatic, Manual, Automatic
Max Water Recovery Rate	>75 %
Installation/Civil Work	Available
Plant Accessories	Ozonator, Chlorinator, Ultra Filtration Plant
Chiller Cooling Capacity (Tons)	0.5 ton, 1 ton, 1.5 ton, 2 ton
Material of Construction	Stainless Steel, FRP, SS Powder coating
Plant Placement	Skid Mounted & on Site Construction

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Category: Uncategorized

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