Water Treatment Process: Improving Water Quality

Most of the drinking water needs a very little water treatment, this water treatment process comes from protected catchments which supply high quality water to us. This water is disinfected as it leaves our storage reservoirs and enters the water supply system. Water treatment process, protects our health by making sure safe drinking water is supplied to all the peoples. Some of the water comes from unprotected catchments and it is fully treated at our water treatment plants to improve quality of the water. Water treatment process has additional steps to remove impurities before water gets disinfected. This is similar water treatment process used throughout the world.

Basics of Water Treatment Process: Improve the quality of water enhances the disinfection and purification of untreated ground and surface water. Read the all the steps to improve how water treatment processes works. 

Step 1: Coagulation Chemicals- This is a liquid aluminium sulphate, which is added in to the water to help bacteria, small solid particles stick together and  forming larger particles. 

Step 2: Clarification (and floatation),  For settling mechanical basins called as clarifiers, use gravity to separate solid particles and remove color. Water at Tarago treatment plant undergoes into a floatation process, where a diffuser creates fine bubbles the stick to the solid particles. This causes float to the surface of the water where they can be removed. 

Step 3: Filtration- Most of the remaining solid particles are removed from water and water passes through filters or membranes with the method varying between water treatment plants. 

• Gravity Media Filtration uses filters containing layers of coal or sand.
• Membrane Filtration uses semi-permeable membrans with billions of microscopic pores.

Step 4: Disinfection- Chloramine(chlorine and ammonia), Chlorine or ultraviolet light are used to remove or destroy any disease-causing bacteria.  The amount of chlorine added varies but typically less than one milligram per litre (0.0001%) or one sugar grain in a cup of water. 

Step 5: Fluoridation – Small amounts or less than one milligram per litre Fluoride can be added in a water to help or prevent tooth decay.

Step 6: pH correction- Lime, soda ash or caustic soda is added to neutralise the pH of the water as chlorine and fluoride are kind of acidic. The minerals in lime helps to prevent household pipes and fittings from corroding.

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Detail information about Process Pumps

Do you know anything about Process Pumps, If not please follow this blog to get more information. The technology of automatic, advanced process pumps has made many mundane tasks much easier. Pumping liquid system is universal in chemical and petrochemical processes. A wide variety of pumps and generators has been designed to meet various kinds of service such as, centrifugal pumps, high pressure pumps, multistage boiler feed pumps, electric dosing pumps and so on.

What is Process Pumps?

Process Pumps is an extensive and multi usage category of pumps, used to move fluid in an different industrialized process applications. These process pumps can be heavy duty positive displacement pumps and centrifugal pumps. As these pumps are in such a way that wide category of construction details and pumps type can be vary widely. Some of the centrifugal pumps can be designed to move fluids that may be corrosive, volatile and abrasive in nature. The other type of Process Pump is positive displacement pumps are generally used to move fluids containing fluids viscous and fragile solids in nature. 

Two types of Process Pumps:

API Process Pumps: 

These are a Centrifugal Pumps used in hydrocarbon services in pipelines, refineries and hydrocarbon processing plants. API Process Pumps are designed as per API 610 standards. This pump covers a number of centrifugal pump types like multi stage pumps, end suction pumps, horizontal split case pumps, vertical turbine pumps and more. These pumps are basically handle high temperature and high pressure hydrocarbons.

ANSI Process Pumps: 

These pumps are single stage end suction centrifugal pump. ANSI Process Pumps are designed as per ANSI B73.1 standards. Depending on the applications these are made of wide range of raw material. Used in many chemical industries, paper mills, refineries and other plant environments. These pumps not only support chemical process application and it also used for water and less aggressive services.

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Industrial Pumps and Generators Exporter in India

Industrial Pumps and Generators Exporter in India- We at MiecoIndia supply and export to our growing database of clients for their varied industrial applications. We have wide range of industrial pumps and generators, such as Air Operated Diaphragm Pump, Process Pump, Stainless Steel Pump, Centrifugal Pump, High Pressure Pump and so on. 

Air Operated Diaphragm Pumps:

We offer highly demanded and long durable self priming and double diaphragm pumps. Air Operated Diaphragm Pumps are lube free and non-stalling, these products are available in all the models will handle any product that pours from clean water to highly viscous, annoying and chemically advancing materials.

Process Pump: We offer wide range of Process Pumps in Bangalore, that are high capacity diaphragm, compact, highly reliable pumps to transfer and recovery of wide variety of fluids.

Stainless Steel Pump: We are supplier of stainless steel pumps in Bangalore, offers wide range of pumps and generators that are suitable for handling of clear, non-abrasive liquids like water, hot water, soft drinks, light syrups, mineral/saline water, butter milk, solvents and petroleum products and other different related products. 

Centrifugal Pumps: Centrifugal Pumps suppliers in Bangalore- In the today's global market, centrifugal pumps are most versatile and these can be used in a variety of installations in various different applications. Centrifugal Pumps is available in different sizes and shapes that are offered by us according to the customer specifications. It is affordable in price and long lasting.

High Pressure Pumps: We are manufacturer of high pressure pumps in Bangalore, offers unique range of high pressure pumps for high volume applications. These pumps are well suited for filtration membrane systems.

For more details and place your order, kindly contact us or click here:

http://www.miecoindia.in/

Phone: +91 98453 24047

Multistage Boiler Feed Pumps in Bangalore

Mieco Pumps and Generators Pvt Ltd is a part of worldwide network of expertise in manufacturing and designing of Multistage Boiler Feed Pumps in Bangalore. The global technical skills at its disposal make Mieco Pumps as exhaustive solution for liquid transfer. The manufacturing unit located in Bangalore, India which is supported by sales and services.

Operation of Multistage Boiler Feed Pumps:

Multistage Boiler Feed Pumps range in size up to many horsepower and the electric motor basically separated from the pump body by some form of mechanical coupling. Large commer, Industrial condensate pumps may also serve feed water pump. In other case, to force the water into the boiler, the pumps should generate sufficient pressure of water to overcome from steam pressure which is developed by the boiler. This is usually very effective through the use of a centrifugal pump. Another common feed water pumps is run constantly and are provided with a minimum flow of device to stop high pressuring pump on low flows. The minimum flow of water usually returns to the tank or deaerator.

Applications:

• Suitable for liquid transfer in washing systems
• Fire Fighting Systems
• Cooling and Air-Conditioning Systems
• Water Treatment Systems
• Water Supply Systems
• Suitable for Industrial Plants and Boiler Feeding Systems.

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MULTISTAGE BOILER FEED PUMPS

MiecoIndia manufacture a wide range of precision engineered multi-stage boiler feed pumps, which is very crucial for any multistage boiler applications. Our range of pumps and generators are used to effectively controls the amount of water supplied to the boiler pumps. These pumps are provided with dimensionally accurate shafts of alloy steel engineered to exacting tolerances. We make use of high quality cast iron and bronze raw material to ensure pumps and generators long functional life. With the assistance of hi-tech machines and equipments, we design boiler feed pumps in different specifications to cater different requirements  and needs of our clients.

A multistage boiler feed water pump is a specific type of pump used to pump feed water into steam boiler. The water may be freshly supplied or recovering condensate produces as a result of the condensate of the steam produced by the boiler. These boiler pumps are high pressure units that takes normally suction from a condensate recovery system and that can be positive displacement type or centrifugal pump type.  

Applications:

• Irrigation
• Power plant
• High pressure testing
• Steam Boiler feeding
• Condensate recovery and Hot Water Circulations.
• Circulation of lubrication oils
• High head delivery
• Effluent treatment plants
• Air Conditioning Plant and Heating 
• Delicious castor oil
• Water Supply and Cooling towers 

FOR MORE VISIT US AT: MIECO PUMPS AND GENERATORS

Tips for Centrifugal Pumps

Probably the most important decision pump user can make, in order to obtain the lowest pump system life cycle cost. The best way to make this decision pump is to conduct a detailed cost efficiency analysis of the most promising control methods, starting with the pump based head capacity curve interactions and followed by the expected operating flow control requirements, the initial cost of the drives and associated products and finally calculating the ROI for each of the control methods. 

Tips for Centrifugal Pumps:

1. Pressure and Control Flow relationship of a pump: When the flow increases, discharge pressure of the pump level will decreases and when flow decreases the discharge pressure will increases.

2. Use High Pressure Gauges: Make sure that your pump has a high pressure gauge on the discharge side close to the outlet of the pump, this will help you to diagnose pump system problems. It is also useful to have a pressure gauge on the suction side, but the difference is in pressure proportional to the total head. The reading of the pressure gauge will have to be elevated and corrected from the reference plane for total head calculation suction flange of the pump.

3. Avoid running pump in reverse direction: This helps to the pump shafts have been broken in the way especially, when if the pump is started while running in reverse direction. This the simplest solution, install a check valve on the discharge line.

The most common centrifugal pump control methods are:

• Multiple Speed Motors (2, 3 or 4 Speed)

• Parallel Operation of Multiple Pumps 

• By-Pass Valve Operation 

• Stop-Start/Float Level control Operation

• Hybrid Control (VFD + By-Pass) 

• Control Valve Operation

• Variable Speed Operation

More information and advice on Centrifugal Pumps click here: 

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Centrifugal Pumps Suppliers in Bangalore

"Mieco Pumps and Generators pvt Ltd", We are a leading manufacturers of pumps and generators in Bangalore and providing the best quality of products. Now I am discussing about “Centrifugal pumps suppliers in Bangalore”. Before buying centrifugal pumps, first you have to get the information on what is centrifugal pump, how it works and applications of “Industrial centrifugal pumps” and different kinds of centrifugal pumps. 

Centrifugal pumps: These pumps are like positive displacement pump having vanes that rotate in casing and moves the fluid around so it acquires high momentum to discharge from its extreme and into volute casing which surrounds the impeller and fluid is conducted to discharge the pipe. 

There are three categories of centrifugal pumps, they are: mixed flow, axial flow and radial flow. 

• Axial flow centrifugal pumps: Action of impeller on liquid to increase the pressure.
• Radial centrifugal pumps: Complete use of centrifugal force to increase pressure.
• Mixed flow centrifugal pumps: Here using both centrifugal force as well as action of impeller on liquid to increase the pressure. 

How Centrifugal Pump works:

Centrifugal pump includes a rotating impeller inside of stationary casing. 

• Through the suction inlet, liquid enters the pump and passes through eye of impeller.
• The speed of revolving impeller forces the liquid out over the discharge nozzle.  
• After that, the liquid enters into the centrifugal pump under normal pressure and flood into the eye of impeller.
• And then since becauze the centrifugal force exerted on the liquid away from impeller eye and out along the impeller vanes to utmost tip where liquid is forced against the inside walls of the volute and out through discard of pump.

More information and advice on Centrifugal Pumps click here: 

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