MAHIR TECHNOLOGIES INC Blog

Significance and Types of Water Treatment Plants

Fri, 03 Feb 2012 17:39:24 +0530

“Water has become a highly precious resource. There are some places where a barrel of water costs more than a barrel of oil.” ~Lloyd Axworthy, Foreign Minister of Canada (1999 - News Conference) Two World Wars had been fought for the establishment of power and occupation of land. Both brought a lot of havoc all around the world but Third World War would be to establish control over diminishing water resources. Water is the most essential thing on which the life on earth survives. It is the most important of all the other basic means of livelihood. The scarcity of water demonstrates the importance of treating it and using it wisely. The main purpose of Water Treatment Plant is to produce potable and safe drinking water. Many industrial sectors require Water Treatment Plants as water is their basic raw material. Due to its less availability, industries need to install Water Treatment Plants so that water can be used and reused again and again. Types Of Water Treatment PlantsThere are many manufacturers, suppliers, exporters which offer wide gamut of the Water Treatment Plants. It includes: Reverse Osmosis Plant, Filtration System, Sewage Water Treatment Plant, Ultrafiltration Plant, Demineralized Water System, and Electro Deionization System. Some of these are discussed below: Reverse Osmosis Plant: This is one of the finest mechanisms to turn wastewater into ultra-pure water. It finds its applications in chemical laboratories, medical purposes, power industry and semiconductor industry and so on. The Reverse Osmosis Plant has an in-built membrane which sieves out the solid particles and other harmful inorganic elements. It requires low maintenance and can be easily installed. Filtration System: Sand filtration was among the first methods used to remove the solid impurities from water. Industrial Filtration System could be used in various sectors such as Automobile industry, Pharmaceuticals industry, Chemicals industry, Textile industry; etc. This Filtration System can be with individual valve or with multiple ports valve as per the need. It uses Pressure Sand Filters and Activated Carbon Filters to clean the muddy water and also for De-chlorination. Odor and color control are also some of the other aspects of the Filtration System. Sewage Water Treatment Plant: Sewage Water Treatment can be a nightmare for industrial as well as residential units. But no more, with Sewage Water Treatment Plant. It has the capacity to handle large batches of sewage, has faster cycle time and can remove hardest-of-the-hard impurities. Sewage water treatment is required in hospitals, schools, and residential as well as commercial complexes. Ultrafiltration Plant: The process of Ultra- Filtration works on cross-flow filtration principle and thus reduces the micro- bacterial counts. The Ultrafiltration unit can generally be availed in 100 lph to 150m3/hr. Solid particulates such as Colloidal silica, turbidity, suspended solids can be easily removed by installing it. The Ultrafiltration Plant is typically for pre-treatment of water to avoid any damage to RO membrane due to these hard sediments. Growth should be always be sustainable and environment friendly. And if you think the same then you must go for Water Treatment Plant. Preserve water... Preserve yourself…

Water Treatment Plants: Great Need In Water management

Fri, 03 Feb 2012 17:41:56 +0530

“More than one-half of the world's major rivers are being seriously depleted and polluted, degrading and poisoning the surrounding ecosystems, thus threatening the health and livelihood of people who depend upon them for irrigation, drinking and industrial water.” ~Ismail Serageldin, Chairman of the World Commission This is one of the most startling facts which need to be taken into immediate consideration throughout the world. World-wide water forums are attended by environment ministers of various countries, where they interact, and prepare strategic mechanisms to save water. This portrays the sensitivity of the issue. Individual efforts are also required to conserve water without which no one can exist. Industries and the factories are the biggest pollutants of water. Water gets contaminated with chemicals and pathogens which, if present in drinking water, can cause irreparable damage to health of human beings. Not only from industries, water also gets polluted with kitchen and toilet wastes especially due to the rain water outflow. Hence, water discharged from homes contains salts and nutrients along with lots of bacteria and fungi. In fact, Diarrhea is the most common illness which is caused due to filthy water; it causes 1.1 million deaths annually. Types Of Water Treatment Plants & Their Uses Therefore, with changing scenario, water management is of utmost importance. This can be done with the help of Water Treatment Plants. There are various kinds of Water Treatment Plants which serve the purpose of industries as well as residential requirement of clean water. One of the common Water Treatment Systems used in homes is RO. It is called so due to its RO or Reverse Osmosis mechanism that works using an enclosed membrane serving as the barrier to the solid contaminants and other inorganic particles. It is a very effective water purifying system for home. But the largest requirement of the Water Treatment Plants is in the industrial units such as Chemical industry, Automobile industry, Pharmaceutical industry, Power industry and many more. These generally require a lot of water for their different processes, so a simple and efficient solution to conserve water would be to install Water Treatment Plant. This will bring perfect water management within the company where water was earlier treated as a waste product. There are many Water and Waste Water Treatment Plants Manufacturers, Exporters and Suppliers. They offer different kinds of Drinking as well as Industrial Waste Water Treatment Plants such as Filtration System, Sewage Water Treatment Plant, Reverse Osmosis Plant, Demineralized Water System, Electro Deionization System and the like. Along with this, they also offer various Water Treatment Components and Chemical such as Chemical Dosing Pumps, Chemical Dosing Systems, Filter Cartridges, Flow Meters etc. They provide all kinds of water management solutions for various industries. If you also wish to be a part of this water conservation drive then establish Water Treatment Plant at your work site, which will be profitable to your company as well as to the environment.

What is Water Treatment Plant?

Fri, 03 Feb 2012 17:43:27 +0530

It is well said that the significance of something is terribly felt only when it is not there with us. But in case of water, feeling its importance is not enough, taking immediate action is critical in order to survive. Therefore, great efforts of scientists and technologist have given rise to steps to preserve life on earth. Water Treatment Plants or Wastewater Treatment Systems recycle waste water and make it safe and ready-to-use again. Water Treatment Plants can be even used to clean water coming from rivers and lakes. Solid waste such as polybags, sticks, paper, etc. and the harmful pathogens can also be separated from the water using these Water Treatment Plants. Water Treatment Plants…A Path Towards Clean EnvironmentThere are various kinds of Water Treatment Plants such as: Sewage Water Treatment Plant – It is used to treat and dispose human waste. These are highly demanded by schools, hospitals, residential complexes, etc. Few of the features that these sewage treatment plants must possess are: fast cycle time, easy installation, easy to use, removal of minute impurities and capability of treating bulk sewage. Industrial Wastewater Treatment Plant – Wet waste coming out of manufacturing and mining industries can be cleaned with the help of Industrial Wastewater Treatment Plant. Some of the Industrial Wastewater Treatment Plants use different systems such as: Reverse Osmosis, Filtration System, Electro Deionization System, Demineralized Water System, etc. Agricultural Wastewater Treatment Plant – It cleanses and disposes animal wastes, residues of fertilizers, pesticides and weedicides, etc. from agricultural fields. This helps in bringing back the fertility of the soil which was lost due to the excessive usage of chemical on the field. There are manufacturers, suppliers, exporters which offer diverse range of Water Treatment Plants. They offer Sewage Treatment Plants, Demineralized Water Treatment System, Reverse Osmosis Plants, etc. These Water Treatment Plants can be easily installed, and require low maintenance. They are immensely economical and have long service life. Retreated Water is very pure and can be used for several purposes. Bring Water Treatment Plant to your industry to bring you to the same platform where everyone is heading towards environment- friendly and energy efficient technology. Our future depends on it so be a conscious businessman and help in creating a prosperous world.

Domestic Waste Water Treatment Plant

Fri, 03 Feb 2012 17:45:37 +0530

William Ashworth, a famous author of several books on nature has rightly observed – “Children of a culture born in a water-rich environment, we have never really learned how important water is to us. We understand it, but we do not respect it.” Does anyone of us really try to conserve water at home? If yes, then to what extent? 2%, 3% or maximum 5%, isn’t it? Few people get motivated through awareness campaigns on March 22nd –World Water Day and few do not even know when is it observed? This shows how much do we realize that water is a precious elixir and it is getting polluted every single second and is becoming scarce for human beings. Neither can we expect technology to bring water from Mars or Moon in a day nor can we combine two molecules of Hydrogen with Oxygen to everyday generate water for daily consumption. Rather, we need to be realistic and seriously start conserving water on a daily basis before it is too late. 97% of water present on earth is not fit for human consumption. Out of the remaining 3%, two-third of fresh water is locked up in the form of ice caps and glaciers. Only 0.08 per cent is left, which is exploited by mankind to serve its ever-growing demand of manufacturing, drinking, agriculture, sanitation, etc. Water management is considerably important to optimize the proper use of water and to minimize depletion of fresh water bodies due to pollution and over-use. Treating Domestic Water…At home, kitchen and toilet water gets polluted with chemicals and pathogens such as bacteria, viruses and fungi. During the rainy season, water runs off along with these perilous chemical compounds, rotten vegetable residues and pathogens to the ground water which is used for drinking as well as other essential purposes. Therefore, domestic water should also be treated with first-rate technology to purify it. Here, comes the Domestic Waste Water Treatment Plant also called as the Sewage Treatment Plant. These Sewage Treatment Plants have physical, biological, chemical processes to filter out contaminants which can be of physical, chemical or biological nature. The main purpose of a Domestic Waste Water Treatment Plant is to treat solid as well as liquid waste obtained from home and make it environment-friendly and reusable in the form of farm fertilizers. Although many countries have still not agreed to it, but innovative technology has made it possible to re-use sewage effluent for drinking also. Domestic Sewage Water Treatment Plant is in great demand, especially in schools, homes, hospitals, etc. Few common features that are important to determine excellent Sewage Water Treatment Plant are: It should be able to treat sewage in large capacity. It should have faster cycle time. It should remove all kinds of contaminants. It should be simple to use. It should work for longer period and require low maintenance cost. Domestic Water Treatment Plant Manufacturers, Exporters, Suppliers make various mechanisms in these. The mechanisms are specific to the kind of impurity and also on the industry in winch it has to be utilized. So if you are in charge of a residential housing setups’ water treatment system then you should known that investing in a Waste Water Treatment Plant or taking measures to conserve water on a daily basis is a wise idea that should be adopted by you as well as each resident as soon as possible.

Water Treatment Chemicals Are Compulsory For Water Purification

Wed, 29 Feb 2012 18:07:17 +0530

Water is like an elixir that is essential for sustaining life on earth. Hence, it must be preserved. Purification of water is indispensable to make it fit for consumption. Water Treatment systems available in the market today are designed to filter out contaminants from polluted water. Such Water Treatment Plants require Water Treatment Chemicals that removes the impurities while maintaining the normal pH of water. Swimming pools also make use of the Water Treatment Chemicals. Some of the prominent Water Treatment Chemicals are: Cooling Water Chemicals, Reverse Osmosis Chemicals, Wastewater Treatment Chemicals, and Boiler Water Treatment Chemicals, etc. Some Of The Waste Water Treatment Chemicals Are Discussed Below:Boiler Water Chemicals: Manufacturing of Boiler Water Chemical requires a proper check under the supervision of the experts. Here, the reliability of the Manufacturers of the Waste Water Treatment Chemicals is extremely significant as they must ensure a separate dedicated team of experts which keep a constant vigil on the chemicals especially prepared for this purpose. Boiling Water Chemicals are available in several varieties such as: Descaling chemicals, Filming Amines, Condensate treatment chemicals, pH Boosters, Oxygen scavengers and many more. Cooling Water Chemicals: Some Manufacturer and the Supplier of the Cooling Water Chemicals ensure that the chemicals that are used to remove the impurities from the water are environment friendly. Cooling water chemicals are provided by the Manufacturers and the Suppliers of the Waste Water Treatment Chemicals are available in variety such as Micro-biocides, Bio-Dispersants, Anti-Foultants, etc. Reverse Osmosis Chemicals: Reverse Osmosis Chemicals have to be made with the premium base chemicals. Therefore, Manufacturers and the Suppliers of the Water Treatment Chemicals give proper attention to the quality. Nowadays, chemicals used are highly stable and effective. Moreover, no compromise is done on the environmental safety also. Excellent Compatibility of the chemicals with the internal membrane makes them ideal to be used in Reverse Osmosis Water Treatment Plant. These are also available in various forms like Anti-Scalants, Organic Cleaners, Inorganic Cleaners, Silica Anti-Scalants, etc. Wastewater Treatment Chemicals: Wastewater Treatment Chemicals are used to clean the sewage water and thus, should be strong enough to handle the dirty water efficiently. They are also available in several forms such as Polyelectrolyte for Raw Water, Emulsions for Effluents, Oil-Water Separation Chemical, Defoamers, etc. Buyers are normally in dilemma while purchasing a Water Treatment Plant or the Wastewater Treatment Chemicals. It is mainly because getting 100% pure water is important for our health. Therefore, buyers must give their complete attention while purchasing the equipment or the Wastewater Treatment Chemicals.

Wastewater Treatment Systems

Wed, 29 Feb 2012 18:10:12 +0530

These days, the amount of pollution has increased drastically. Therefore, water needs to be purified, especially for drinking purpose. The purification of water is done with the help of the water purifiers which contain Water Treatment Chemicals that take away the contaminants completely and make it suitable for usage. Essentials For The Purification Of The Water: Water Treatment Plants like Ultra-filtration Plant, Sewage Water Treatment Plant, etc. Water Treatment Chemicals like Micro-biocides, Bio-Dispersants, Defoamers and the like. There Are Various Types Of Wastewater Treatment Systems Widely Available In The Market: Reverse Osmosis Plant, Ultra-filtration Plant, Sewage Water Treatment Plant, De-mineralized Water System, Electro De-ionization System, Filtration System and many more. Two Of Them Are Described Below:Filtration System: Usually, the Filtration System is used to remove the turbidity of water. For this purpose, various kinds of filters are used such as Pressure Sand Filters, Activated Carbon Filters, and Dual Media Filters etc. Pressure Sand Filters: Here, Sand is used as the filtration medium to purify the water. Dual Media Filters: They make use of anthracite and sand for filtering out the impurities. Activated Carbon Filters: Basically, they are used for De-Chlorination and thus, make use of activated carbon for purifying water. Reverse Osmosis Plant: It is one of the best systems of filtration. The reverse osmosis membrane acts as the hurdle for all the solid contaminants in the water. Here, water passes freely through the membrane. The membrane contains minute pores that do not allow the inorganic pollutants to pass through it. Some of the main advantages of the Reverse Osmosis Plant are: these are easy to install, require low maintenance and are cost effective. There are many Manufacturers, Suppliers, and Exporters of the Waste Water Treatment Plants which offer several Industrial Filtration Systems that are excellent for any kind of industrial usages. The reliable and the authentic Manufacturers and the Suppliers of the Wastewater Treatment Plants ensure that the raw material which is used in the making of the Water Treatment Plant or the Wastewater Treatment Chemicals is of premium quality. The certified Manufacturers of the Water Treatment Chemicals and Equipment have set the standards in terms of performance, cost effectiveness and environmental sensitivity of their products. Hence, Buyers of the Water Treatment Plants should always prefer such certified and approved Manufacturers and the Suppliers of the Water Treatment Chemicals.

Portable Ultraviolet Water Purifier Blocks Bacterial Breeding

Thu, 01 Mar 2012 11:19:20 +0530

Water is of paramount importance for the survival of every life form on the earth surface. In fact, it is the only reason for the emergence of life on the Earth’s crust. Without water we cannot survive for much longer. But due to the industrialization, globalization and the fast pace of growth we have left behind our concern for mother nature and its resources –mainly land and water– that are prerequisites for our sustenance. Water is polluted by the industrial effluents discharged on a regular basis. These contaminants are generally of various kinds such as algae, bacteria, corrosive material, soaps, detergents, chemicals, salts, etc. Deposition of the carbonates of magnesium and calcium, silica, etc. leads to the increase in the hardness of the water. Moreover, water is highly prone to get infected by the algae and bacteria as they are present in the atmosphere. Hence, if water is not treated properly and the same is utilized for drinking or bathing purpose, it can have a serious impact on our health. The Manufacturers and the Suppliers of the Wastewater Treatment Plants provide the Water Purification Systems as well As Water Treatment Chemicals. Some Of The Industrial Filtration Systems Are: Electro Deionization System Portable Ultraviolet Water Purifier Sewage Water Treatment Plant One of the prominently used Water Treatment Systems is the Ultra-Filtration Plant, also called Ultraviolet Water Purifier. Minute and the invisible bacteria are removed with the Ultraviolet Water Purifier system. The system is generally available in 100 lph to 150m3/hr capacities. The working principle behind the Portable Ultraviolet Water Purifier System is the cross flow filtration. The Ultra-Filtration System is highly efficient and is capable of giving 85% recoveries. There are many Manufacturers, Suppliers and the Exporters of the Wastewater Treatment Plants which provide wide range of the Water Purification Systems such as Reverse Osmosis System, Filtration System, Demineralization System, etc. used to purify water efficiently and effectively. Industrial Filtration Systems are also provided by the Water Treatment Plant Suppliers and the Manufacturers. Therefore, buyers can get the product according to their suitability from the Manufacturers and the Suppliers of the Wastewater Treatment Plants in the industry. Buyers should thoroughly research before purchasing any Water Treatment Equipment and should get it tested to receive 100% pure water.

Ultraviolet Water Purifiers - The Best Way to Purify Drinking Water

Thu, 01 Mar 2012 11:21:29 +0530

Water is the essence of life. The requirement of the pure water is mandatory. There are various organic as well as the inorganic contaminants present in water which are not only harmful for drinking but also for several other purposes such as bathing, washing, etc. Ultraviolet Water Purifier SystemUltraviolet Water Purifier is uniquely designed to purify water, making it useful for consumption. It is designed in such a manner that the bacterial counts get immensely reduced. Ultraviolet Water Purifier System requires a lot of precision and thus, the materials used in them must be of superior quality. Therefore, the Manufacturers and the Suppliers of the Water Treatment Plants should ensure that the raw material is given utmost importance. The Ultra Filtration System is used in both the pre and the post treatment of dirty water. The Ultraviolet Water Purifier System is offered in 100 lph to 150m3/ capacities. During the pre-treatment process, minute physical impurities such as colloidal silica, solid particles, and many more that can harm the Reverse Osmosis Membrane are filtered out. While during the post-treatment process, the organic and microbial contaminants are removed. The ultraviolet technique disinfects the bacteria. But there are only few Manufacturers and the Suppliers of the Wastewater Treatment Plants which offer an exclusive membrane -KOCH Membrane. This membrane when accompanied with the Ultra-Filtration technology makes a perfect blend to get the 100% pure water. Prominent Features Of The Ultra Filtration System: It makes water suitable for drinking as it removes heavy metals as well as bacteria Colloidal silica is also removed It is cost effective and requires less maintenance It can recycle the tertiary treated effluent Some of the Manufacturers and the Suppliers of the Wastewater Treatment Plants offer several types of the Water Treatment Plants such as Reverse Osmosis Plant, Electro De-Ionization System, and Filtration System. Not only this; the Waste Water Treatment Plant Manufacturers also provide Wastewater Treatment Chemicals such as defoamers, pH boosters, oxygen scavengers, and many more. Buyers should specify their special requirement to the Manufacturer or the Supplier of the Industrial Filtration System so that they can avail the right Water Purification System for their industry. Moreover, buyers must make sure that they deal with certified and reliable manufacturers only.

Waste Water Treatment: Waste Water Plant

Fri, 02 Mar 2012 11:47:50 +0530

Today, when every nation is concerned about water shortage, wastewater treatment is certainly the way to go for. Wastewater contains dissolved solids and gases of numerous industries and domestics. These suspended elements in the water are powerful enough to endanger human life. Thanks to Water Treatment Plant, wastewater can be treated and utilized for different industrial applications. How Is Wastewater Treated?Owing to the advancement in technology, efficient Waste Water Treatment Plants have been designed. Waste Water Treatment Plant is an assembly of several parts and components that sanitize the wastewater and make it re-usable. In Water Treatment Plant, the water is screened and freed from the different types of solids such as rocks, wood, glass particles, etc. This first step of Wastewater Treatment is known as screening. The second step in Water Treatment Plant involves pumping. Water Treatment Plants are installed on low grounds, generally alongside the rivers. The installation of Water Treatment Plant besides the reservoirs is understandably done so that the treated water is released into the river without much human efforts. After the wastewater is pumped into the ventilation tanks, the subsequent step is to remove the different types of dissolved gases. These gases contain foul odor and are removed with the help of effective chemicals. During the process of removing gases, continuous oxygen supply is required in Water Treatment Plant. After the oxygen is supplied in adequate quantity, the next process involves removing of the collected filth. The sludge has to be pumped out of Water Treatment Plant. In this course of action, the filth has to be possessed into large digesters. After the removal of sludge, the remaining foam has to be taken out. Along with the large quantity of filth, the condensed foam has to be pumped to the large tanks called digesters. After all these procedures, the prevailing bacteria in the wastewater are killed by chlorine. Finally, neutralization of water is done by mixing powerful chemicals. The final outcome is known as effluent and can be released into sea. Wastewater contains a number of impurities that can be treated by the means of a technically advanced and efficient Water Treatment Plant. To Buy Water Treatment Plant, one can also opt for the online medium. Numerous Sewage Treatment Plant Manufacturers in India are getting themselves listed over different web portals. One can contact them for the most suitable plant.

Reverse Osmosis Water Plants To Bring In More Pure Drinking Water

Fri, 02 Mar 2012 11:49:42 +0530

Can anyone imagine a day without drinking a glass of water? The body system refuses to function properly if there is shortage of water. Water is not only essential for human life but also for the creatures that entirely depend upon it. Apart from proper intake of water, it is equally significant that it is free from impurities and completely harmless. This is where the role of Reverse Osmosis Treatment Plants comes into play. Reverse Osmosis Treatment Plant is one of the most effective plants to offer the Best Water Filtration Solution. What Does A Reverse Osmosis Treatment Plant Do?Membrane in Reverse Osmosis Treatment Plant acts as a blockade to the different types of solids and inorganic molecules that are into the water. These barriers in Reverse Osmosis Treatment Plant let the water molecules pass through. Reverse Osmosis Treatment Plant is capable enough to distill the water with approximate 94-95% efficiency. With the scarcity of pure water around the world, Reverse Osmosis Treatment Plant is definitely the best medium to get the clean drinking water. With an advanced Reverse Osmosis Treatment Plant, one can even neutralize the seawater and can make it drinkable. Besides, the water distilled from Reverse Osmosis Treatment Plant is considerably tasty, odorless and leaves no scope for frequently rising health issues. Who All Require Reverse Osmosis Treatment Plant?Based upon the kind of water that has to be purified, there are different types of Reverse Osmosis Treatment Plants available. Right from salty water to seawater, different capacity Reverse Osmosis Treatment Plants are available to purify water. There are a number of industries that can immensely benefit from Reverse Osmosis Treatment Plant. Some of the industries that require different Reverse Osmosis Treatment Plants are Power industry, Semiconductor industry, Pharmaceuticals, Food and Beverage industry, etc. Besides, Reverse Osmosis Treatment Plant is also required in laboratory applications, biomedical separations and purification of drinking water at the domestics. For Buying RO Treatment Plant, one can simply browse the Internet and can get the most efficient model. Several Reverse Osmosis Treatment Plant Manufacturers in India have an online presence. They can directly be contacted to Purchase RO Treatment Plant. Some of the organizations even offer the complete information regarding the installation and maintenance of Reverse Osmosis Treatment Plant, which can certainly be helpful in the long run.

Diverse Applications Of Water Treatment Plant

Fri, 02 Mar 2012 11:53:05 +0530

As one can understand by the name, Water Treatment Plant is required to treat the impure/waste water and make it usable and even drinkable. In Water Treatment Plant, wastewater is treated by carrying out different processes such as filtration, sedimentation, chlorination, coagulation, disinfection, etc. Today, while most of the nations are witnessing huge water scarcity, countries like United States of America and Saudi Arabia are making the best of Water Treatment Plants for utilizing the seawater. How Do Water Treatment Plants Help?Wastewater is collected from different sources such as commercial properties, homes, industries, etc. In a Water Treatment Plant, different radioactive, physical, chemical, biological and gaseous contaminants are eradicated from the wastewater. There are a number of processes involved to treat and neutralize the wastewater. The most common processes are screening, disinfection, sedimentation, sand filtration, pumping, aeration and neutralization. After undergoing all these processes, water is used for a number of industrial as well as domestic applications. Most of the treated water is utilized for landscape irrigation. Water treated by more advanced processes is utilized for diverse municipal applications. Different Types Of Water Treatment Plants:Generally, the assembly of Water Treatment Plant involves water filters, screening equipment, ozone generator, oil water separators, sludge treatment equipment and many others. These apparatuses may and may not come with every Water Treatment Plant. Following are some of the water treatment applications that are performed by different types of Water Treatment Plants: Filtration System: Filtration System is quite suitable for industries such as Textile, Pharmaceutical, Chemical, Hospitality, Automobile, etc. Reverse Osmosis Plant: Reverse Osmosis Plant is required for different industrial as well as domestic water treatment applications. Reverse Osmosis Plant is extensively used to purify water at the domestic set ups. Besides, Reverse Osmosis Plant is also used for biomedical separations and ultra filtration in laboratories and power industry. Apart from this, Reverse Osmosis Plant is also required in food and beverage processing. Demineralized Water System: Demineralized Water System is mainly required in two stage & multi stage DM plants and manual/automatic plants. There are several industries such as Textiles, Pharmaceuticals, Chemicals, Automobile, etc. which use Demineralized Water System for different water treatment applications. Electro Deionization System: Electro Deionization System is essentially required in medical sector, power industry and engineering sector. Apart from the different types discussed here, there are numerous other types of Water Treatment Plants. While one is to Buy Water Treatment Plants, some important factors like make, installation and maintenance must be considered.

What Do We Exactly Mean By Boiler Water Treatment Chemicals?

Fri, 02 Mar 2012 11:55:34 +0530

Shortage of water and for that matter, shortage of pure water is no longer an issue people are not aware of. Countries across the globe are confronting numerous water issues. What is the solution then? Well, thanks to the technological advancements, different Water Treatment Plants have been invented. These Water Treatment Plants have proven to be the most effective way to utilize wastewater in the best possible manner. Numerous industries are using these Water Treatment Plants for the treatment of wastewater, seawater and even sewage. These Water Treatment Plants are highly efficient and dependable, though they require frequent maintenance. This is where the role of Boiler Water Treatment Chemicals comes into play. The different types of Boiler Water Treatment Chemicals are required to improve the functioning efficiency and life of Water Treatment Plants, Steam Boilers and various other processing systems. Chemicals For Water Treatment Plants And Boilers:There is no doubt that Water Treatment Plants and Boilers are quite compatible to offer the most effective Water Cleaning Solution. However, they also need frequent maintenance. Their maintenance can be ensured by using the different types of chemicals available. Some of the most commonly used chemicals are Boiler Water Treatment Chemicals, Cooling Water Chemicals, Reverse Osmosis Chemicals, Boiler Water Treatment Chemicals and Wastewater Treatment Chemicals. These chemicals are specifically formulated to keep Water Treatment Plants and Boilers unaffected from corrosion, blockage, sludge deposition, malfunctioning, etc. What Is The Role Of Boiler Water Treatment Chemicals?Boiler, being an important device for water treatment, requires constant maintenance. Improper maintenance is not only risky but also becomes an obvious reason for accidental consequences. It is imperative that proper measures are taken beforehand. Boiler Water Treatment Chemicals are highly effective to minimize the risk and improve the functioning efficacy of Water Treatment Plants and Boilers. The chemicals reduce the corrosion of Water Treatment Plants, which further results in improved functionality and life. Boiler Water Treatment Chemicals include condensate line treatments, oxygen scavengers, scale and corrosion inhibitors, condensate agents, pH adjusters, filming amines, antifoams and sludge control agents that offer the most reliable maintenance solution. There are several Water Chemicals Suppliers in India. Most of these entrepreneurs get their offerings registered online. One can browse the Internet and contact them for the desired Boiler Water Treatment Chemicals.

Types of Water Treatment

Fri, 02 Mar 2012 11:57:24 +0530

Water is one of the most valuable resources on Earth today. More than 95% of Earth’s water supply is found in oceans, which makes it unfit for drinking. Add to this, manmade pollution and contamination of the already limited resources. The value of water is only going to increase in the future with its limited supply and sky-rocketing demand. Water has to be treated to make it fit for use by humans, be it for drinking, household or irrigation purposes. There are a number of Water Treatment Systems commonly in use, which ensures that water is fit for human consumption. Some of everyday Water Treatment Techniques used in household include distillation, boiling, sedimentation, chemical disinfection etc. But there are more complex mechanisms in use today which are much more effective. Some of them are: Ozone Water Treatment – Ozone is a naturally occurring gas which is used in these Water Treatment Systems. In Big Water Treatment Plants, this gas is artificially produced on a large scale to treat water. Ozone helps to purify the water by getting rid of contaminants like bacteria, viruses and mold. It also helps get rid of odors and tastes in water. But Ozone Plants require a high cost of operation. Also, for this treatment to work effectively, water needs to be treated with a minimum dosage of ozone in a proportionate quantity. Ultraviolet Treatment – In this system, the water is treated with ultraviolet radiation to rid it of any biological micro-organisms. There is a lamp which emits ultra-violet radiation and thus getting the water cleaned of any contamination. The lamp does not come in direct contact with the water; it is kept in a waterproof tube inside the container. This is very cost-effective and efficient way of Water Treatment. One of the major drawbacks of this Water Treatment Technique is that it does not have any effect on the dissolved chemicals in the water. Reverse Osmosis Water Treatment – In this kind of Water Treatment System, osmosis in its reverse form is used to filter the contaminants out of the water, hence the name. But in this case external pressure has to be applied to the water to push it through the membrane. The membrane filters all the contaminants making RO Filters a common form of water treatment technique used at home and elsewhere. But one drawback associated with RO filters is that it rids the water of useful minerals. The bottom line is that Water Treatment Systems are necessary for a healthy, safe society.

Pre and Post Treatment For Reverse Osmosis Plants

Fri, 02 Mar 2012 11:59:10 +0530

Reverse Osmosis Plants work on the principle of osmosis but in its reverse form. Using external pressure, hydraulic in this case, water is pushed through a membrane. This membrane only allows the water to pass, restricting the movement of contaminants any further. The membrane performs an important function in the RO system. For the proper functioning of the RO and efficient treatment of water, membrane needs to be in top form. A membrane may clog up over time or get covered by substances which may reduce its efficacy. Hence, the water being fed into the RO Systems needs to be pre-treated for reducing the potential load on the membrane. Pretreatment Of Feed WaterPretreatment of feed water is necessary step to prevent the fouling of the membrane. The various measures taken to ensure this involve getting rid of the solid contaminants in the water firstly. Cartridge filtration is carried out to remove contaminants up to a particular diameter or size. Biocides like chlorine are used to disinfect the water. Other substances dosed into the water are bio fouling inhibitors, which prevent bacteria from growing slime on the membrane walls. Acids like sulfuric acid are introduced into the water to prevent calcium carbonate scaling. In many Water Treatment Systems, scale inhibitors are used to prevent scaling. They are much more effective in inhibiting a variety of scales, compared to acids. Post Treatment Of WaterPost treatment of water basically means getting it ready before final distribution to the users. The filtered water can still be contaminated by pathogens overlooked by the RO filtration systems. The water may also get contaminated on its way downstream after filtration. In such cases ultraviolet radiation treatment is beneficial in getting rid of the remaining ones. In many cases chlorination is also done for a secondary disinfection. Pretreatment and post-treatment of water is necessary in a RO Water Treatment Plant. Another important need is for the membrane to be cleaned at regular intervals so as to ensure efficient performance and the long life of the membrane. Preventive Cleaning should be done consistently to prevent any permanent damage to the membrane.

Hard Water Treatment Methods

Fri, 02 Mar 2012 12:17:21 +0530

Hard water, though not much harmful to humans, can have adverse effects on clothes, pipelines, appliances and other machinery that use water. So, it becomes necessary to treat hard water especially in an industrial scenario. There are numerous industries which use water as a raw material in cooling towers, boilers etc. The water used in such projects has to be soft to be of use and to prevent any damage to the equipment. Some Of The Ways By Which Hard Water Is Treated: Physical Water Softening Treatment Chemical Water Softening Treatment Mechanical Water Softening Treatment Water Filters Physical Water Conditioners alter the basic composition of water so as to reduce or limit the growth of scale which is a common in hard water. One of the most common kinds of Physical Water Conditioner is Anti-Scale Magnetic Conditioner. In this case, a Magnetic Conditioner fitted onto the plumbing releases a magnetic field which inhibits the formation of scale. This conditioner basically makes the scale lose their property to attach to each other. But recent scientific studies have refuted the claims made by the promoters of this method. Mechanical Water Treatment System is the most effective of all Water Treatment Systems. Mechanical Water Softener Systems actually remove the minerals that make the water hard. This is done by the Electro-Deionization method. In this method, there is an electrode and cathode in the water system and a permeable membrane in between the two. Ion exchange resin is provided as the base material to remove any dissolved impurities. The resin allows the ions to pass through the membrane, where the positive ions are attracted to the cathode while the negative ions move towards the anode. This results in effective purification of water. This method is greatly in demand nowadays as the operation is a simple one, is easily maintained and an economical process. This technique is commonly used in medical laboratories, power and engineering industries. Chemical Water Conditioners refer to use of chemicals like phosphates, washing soda, borax etc to purify the water. This kind of water is only used for laundry purposes and is unfit for drinking purposes. Lastly, Water Filters are most commonly found technique of water treatment, easily found in most of the households. Water Filters use processes like reverse osmosis, distillation etc to purify water. The kind of technique to use basically depends on the application. Water Filters are typically used in households or in offices, while Mechanical Water Filters for industrial applications.

Ultraviolet Water Purifiers: Sterilize the Water to Kill Fungi Mold Spores and Microbes

Fri, 02 Mar 2012 12:20:12 +0530

Till a few years ago, an Ultraviolet Water Purifier was a relatively new concept to hit the Indian markets. Today, it has achieved much acceptance that all major companies dealing in Water Treatment Systems offer Ultraviolet Water Purifiers on their product list. Ultraviolet Water Purifier makes use of ultraviolet radiation to get rid of biological microbes in the water like bacteria, fungi, virus etc. The radiation directly attacks the DNA of the microorganisms, effectively sterilizing them and they eventually die. Ultraviolet Water Purifiers do not make use of any softening agents; hence there is alteration in the pH level or the taste of the water. Ultraviolet Purifiers Have Many Advantages Over Other Systems: These purifiers are very cost effective. At the same time, they prove highly efficient in killing most of the microbes associated with common water borne diseases. The electricity consumption required for these purifiers is not much. As already mentioned, Ultraviolet Radiation Water Treatment does not change the pH level of water, nor is there any odor, taste or residue left after the process. Ultraviolet Radiation Water Purifiers also do not require the introduction of any chemicals into the water. Water Purifiers with Ultraviolet Radiation Treatment System are easy to maintain and install. There is also no damage caused to the purifier during the process. Ultraviolet radiation is so effective in killing the biological microbes that they can effectively treat water from any source – even highly contaminated ones. But Ultraviolet Water Purifying Systems have a limitation – they cannot clean any dissolved contaminants or other dissolved metals. Ultraviolet radiation also does not work efficiently if the water is muddy. Hence, Modern Water Purifiers are a combination of some kind of filters and ultraviolet lamps. Filters effectively take care of any sediments or dissolved metals in the water before exposing it to ultraviolet radiation. Care is also needed while exposing the water to radiation so as to maintain the contact for some time so that UV can effectively get rid of all microbes. The exposure should be evenly spread over the surface of the water. Other than these points, Ultraviolet Purifier is the safest bet when it comes to choosing a water purifier for your home.

The Waste Water Treatment

Fri, 23 Mar 2012 17:50:09 +0530

Nowadays, we have become extremely conscious of the safety of our health along with our environment. With modernization and commercialization, numerous industrial units are budding day by day. A number of activities are carried out in factories and manufacturing units. A large quantity of toxic and poisonous waste is released from these industrial units. The toxic substances get mixed with lakes, ponds and rivers. There is a great need to treat this waste water in some way that makes it usable, while keeping the environment free from water pollution. What Is Waste Water Treatment?Waste Water Treatment means the procedure of purifying the waste water (contaminated water that cannot be used for any purpose) with the help of certain mechanical, biological or chemical processes. These processes improve the quality of water for making it acceptable, usable, and suitable for us. Why Waste Water Treatment Is Needed?Because of the budding industrial activities and pollution, environment is suffering from a lot of damage. Factories release their waste acids, salts, and other untreated wastes in water bodies. Ultimately, along with polluting the water reservoirs, we are also contaminating the whole environment. We are suffering from epidemic and endemic diseases that are water borne. Aquatic life including flora and fauna is deteriorating drastically because of polluted water. Besides environmental degradation, tourism industry is also suffering because of dirty water. Thus, it becomes our foremost duty to make the water reservoirs clean and acceptable. Advantages of Waste Water Treatment:-Waste Water Treatment is a storehouse of a number of benefits. Some of its advantages are stated below: Clean Water- The biggest benefit of Waste Water Treatment is that it makes the contaminated and dirty water clean for various uses. With the implementation of various biological processes (nitrification, de-nitrification, etc.), wastewater becomes absolutely clean for any use. Prevention from diseases- Advanced Wastewater Treatment Procedures eliminate disease-causing contaminants and harmful bacteria through their effective filtering system. Advanced researches and techniques are helping in saving a lot of time, money and energy during the process of Waste Water Treatment. Thus, it is considered as the most efficient approach to treat waste water.

Mineral Water Benefits You Need to Know

Fri, 23 Mar 2012 17:53:01 +0530

More than 70 percent of our body is composed of water. Thus, the quality of water that we take greatly influences our overall health. That’s why it is important to drink Mineral water only. It has dissolved minerals in it that are beneficial from health point of view. It is formulated according to certain quantities of additives, thereby providing so many benefits such as: Improving your healing property Enhancing energy stamina Boosting immune system Providing daily vitamin requirement Mineral Water, in its pure state, gives all the vital and natural nutrients that you require. It contains so many dissolved minerals that include- Calcium Magnesium Zinc Iron Sodium Potassium Chloride Nitrates Sulphates Fluoride Mineral Water is good for our health. Besides keeping our body hydrated, it replaces the minerals that are lost from our body daily. The taste of Mineral Water is very good and that is probably because of the presence of dissolved minerals in it. Benefits of Mineral Water- Our body requires so many minerals to perform all the functions suitably. Minerals like sodium, calcium, potassium, fluoride, magnesium, bicarbonate, etc. are present in Mineral Water and they provide us health benefits, besides keeping us hydrated. The PH of our blood needs to be slightly alkaline. Mineral Water keeps the level of our blood PH in perfect way. Mineral water kills the bacteria that affect our immune system. Thus we can prevent certain infections and illness. Mineral water helps in detoxification of your body. It removes the toxins that may have entered inside your body through food and air. Thus, the wellbeing of your body and brain improves and the risk of suffering from some diseases gets decreased. Mineral Water keeps our nervous system healthy. Thus, regular consumption of Mineral Water helps in keeping your nervous system in sound state by preventing so many problems. The natural healing ability of our body gets enhanced with the consumption of Mineral Water. The magnesium content makes our bones and muscles strong and also maintains proper blood pressure. Because of a number of health benefits that Mineral Water provides, it is advisable to drink only this water. It is a tasty and healthy way to keep yourself fit and fine.

Waste Water Treatment and Water Storage

Mon, 26 Mar 2012 11:28:11 +0530

Water is considered the essence of life. A human being can stay alive without food for a long time but the same does not apply to water. It is very important to keep the water clean and hygienic for use. The water when used for cleaning or similar purposes becomes waste as after use it contains various toxic particles and substances. The waste water needs to be treated. The process of cleaning Waste Water for reuse is called Waste Water Treatment. Waste Water Treatment refers to treating and processing of water, which is contaminated with household, industrial, and agricultural waste. Waste Water Treatment is done so that the fluid and the waste get separated and the waste becomes suitable for dumping or for use as a fertilizer for the agricultural farms. The household waste includes waste from the kitchen, washroom, lawn and similar areas. The waste from agricultural sector comprises of left over animal food, animal dung, pesticide extracts and similar things. The industrial waste consists of waste from chemicals, products and many more things. It is always suggested to treat the industrial waste before it is released in water or land. The process of Waste Water Treatment is lengthy. Here, the waste water goes through regular treatment to separate it from the solid waste. This is the Primary process. Here, the heavy solid waste from the water settles down at the bottom of the pit and the light ones float on the top. The top and bottom wastes are removed and then the water is goes for the secondary treatment. In the secondary treatment, the micro-organism or the soluble waste is removed. This process uses chemicals for the removal of the soluble waste. The water borne micro-organisms are treated in a controlled environment. The last step of Waste Water Treatment involves checking of the treated water before releasing it to the desired destination. The treated water is stored and utilized for various purposes. This water is also used in agricultural fields, golf courses, lawns, gardens and many similar areas. Many industries store these treated water in underground tanks and reuse it for washing, cleaning or many similar purposes. Today, various heavy industries have Ultraviolet Water Purifier to treat the waste water before releasing it. The Industrial Filtration System helps various industries to treat the waste water before its release.

How to Choose a Pure Water System For Your Home

Mon, 26 Mar 2012 11:29:57 +0530

Getting clean drinking water is a major problem for many regions. In some areas, water is harsh and tastes saline. Besides, it is absolutely unfit for drinking purposes. It is essential for every home to get a water purifier installed. Pure Water System ensures that you get clean and fit-for-drinking water at all times. With this write-up, you will get to know more about different types of purifiers and you will also gain knowledge about the type of purifier, which will you’re your specific requirements. Different Filtration Processes Used In Water Purification Systems: There are three different types of purification system available in the market. They differ on the basis of the process followed for purification. These purification processes include reverse osmosis, carbon filtration process, and the process of distillation. You may find a water purifier based on any of these three processes. The process of reverse osmosis is one of the most commonly used systems by various purifying companies. Carbon block and carbon granular filtration have come into the market as the latest process of water filtration. Reverse Osmosis is a process of water filtration in which the large molecules and ions are removed from the solution by applying pressure. The purified water is then transferred from the filter to the storage container. In the process of Distillation, the heavy molecules settle down at the bottom of the filter. Both these processes have lost their popularity and are not a suitable option for long term usage as they even remove the necessary minerals from the water. The process of Carbon Block Filtration is a good substitute for both of these processes as it does not remove the required minerals. The carbon blocks attract the germs, ions, micro-organisms, molecules, and filter the water accordingly without removing the required healthy minerals. Why Does One Need Filtration Of Water?It is necessary to filter water before consuming it to not only kill the germs or water-born organisms but to reduce the quantity of harmful minerals. The consumption of water in its raw form is not at all safe as it lacks the essential minerals and is contaminated with germs. The process of filtration purifies the water and makes it germ free. The filtrated water can be directly used for drinking and cooking purposes. It is always suggested to look through various purifying systems and, get their details before making the final purchase of the purifier. Ensure that the purifier, which you choose to clean the water, does without involves removing the necessary minerals.

Water Treatment Plants

Mon, 26 Mar 2012 11:35:10 +0530

Water Treatment is a common process which is followed by many heavy industries to process used water. Many companies have installed Water Purifying Plants for the removal of harmful chemicals and toxic substances from water. Even the drinking water that one uses is treated by efficient Water Treatment Plants before it reaches the kitchen. Water Treatment has become one of the important factors that need essential consideration before water supply. Why Water Treatment?Water Treatment is necessary to remove harmful minerals and germs. The drinking water, in its raw form, contains unhealthy germs and minerals, which can cause various health problems so it is necessary to remove those minerals and microbes before usage. The purified water is used for drinking, medical processing, and many similar purposes. Process of Water Treatment:The water purification follows various steps that include: Pre-Chlorination: Under this process the water is treated to control and kill the bacterial and microbe growth. Aeration: The water is treated to remove minerals like iron and manganese to bring the pH level of the water to a normal level. Coagulation: Various forms of chloride are removed to avoid the formation of froth or cake in the water. Sedimentation: Various solid particles and granules are removed by this process. The solid particles settle at the bottom of the container and are easily removed. Filtration: In this process, the other particles are removed. After this, the process of Desalination allows the removal of salt from water and Disinfection process kills the bacteria. With this final step for water treatment, the water is fit to be used for any application. Companies follow different types of processes to remove the slurry part from the water and kill the germs to make it suitable for various uses. Various Types Of Water Treatment Plants Are: Mobile Water Treatment Plants Iron Removal Plants Packaged Water Treatment Plants Drinking Water Treatment Plant Compact Treatment Plants Various Processes Used By These Plants For Water Treatment Are: Membrane Filtration: The activated waste is separated from the liquid form. The process uses ultra-filtration membranes to remove the sludge. Advanced Oxidation Systems: In this process, the COD/BOD levels are reduced and removal of organic and inorganic components takes place. This is done using chemical oxidants, which oxidizes the organic materials. The treated water is mainly used for external purposes like cleaning, watering lawns, golf courses, etc. The water also finds use in industries for a variety of uses.

Different Applications of Water Treatment Plant

Mon, 26 Mar 2012 11:37:41 +0530

In Water Treatment Plants, purification of water is done. Here, the unwanted germs and microbes are removed to bring forth safe and healthy water for usage. Water Treatment Plant follows various steps for the purification of water, these steps include: Pre-Chlorination Aeration Coagulation Sedimentation Filtration Desalination Disinfection These steps are followed to make the water suitable for use. Water treatment process changes according to the usage of water. Different water treatment plants have different applications. Read on to know more: Wastewater Treatment Plant:Here, the water collected from industries, homes and various sources are collected and treated. This is done to make the water reusable for cleaning and other purposes. The process allows removal of chemical, biological, and radioactive waste from water. Sewage Treatment, Sludge Treatment Plants, and Decentralized Wastewater Treatment Plant are a part of this process and the water is reused for irrigation purposes. Surface Water Treatment Plant:This is mainly used by the municipal corporations to purify the drinking water by the process of sedimentation, disinfection, sand filtration, and many other methods. These steps decontaminate the water to make it fit for drinking and cooking purposes. Containerized Water Treatment Plant:This process is used to make the purified water available in remote areas. Widely used in mining and military camps, containerized water treatment is a suitable option for remote locations. Ozone Based Treatment Plant:Ozone acts as superior disinfectant for various microbes and parasites. Widely used in treatment of pool water or water stored in the cooling tower, the plant does not require chemicals to remove the impurities. Seawater Treatment Plant:The sea water is treated to remove the excess of salt. Processes like membrane separation, desalination, and many more are used to make the water fit for usage. Package Wastewater Treatment Plant:At Package Wastewater Treatment Plant, the waste water is treated by the process of aeration. The Plant is used for various applications in rural, semi-urban, military, constructional sites and various similar areas. Bottled Water Treatment Plant:The water available in the packaged bottle is collected from the source and is treated to remove the germs and add the extra minerals to make it fit for use. These treatments make water fit for various purposes. The treated water is widely used for irrigation and other external usage. Properly treated and purified water is used for drinking purposes as well.

Industrial Ultra-Filtration System

Wed, 06 Jun 2012 10:41:57 +0530

The basic process of Ultra-filtration is based on the membrane technology. In an Ultra-filtration Plant a large number of membranes are used in the process of purifying or filtering the water. As a result of this process, most of the pathogens like the various bacteria and viruses along with the colloidal matter and microscopic particles are removed from the water. The Ultra-filtration control system can be used for industrial purposes and also finds use as a Pre-treatment system for the process of Reverse Osmosis. This is so since the Ultra-filtration process can remove most of the particles that may harm the membrane of the Reverse Osmosis Plant. The Ultra-filtered Water can also be taken for portable applications as it saves the effort of putting the same water sample through various costly and unreliable Waste Water Treatment Plants and Drinking Water Treatment Plants, once Ultra-filtration is done. The process of Ultra-filtration finds extensive usage in many areas. Some of the functions are as follows: It is used for Pre-treatment in the various Reverse Osmosis Plants and saves the Reverse Osmosis membrane from any damage as it filters out substances like suspended solids, SDI and colloidal silica which harm the membrane of the Reverse Osmosis Plant. It also removes metals like Iron from the water so as to make it fit and suitable for drinking. It is used in the Post-treatment stage in the various DM Plants so that the microbial count and colloidal content can be reduced. The ultra-pure water that is generated once water is treated in the Ultra-filtration Plant is free from substances like bacteria, suspended solids, salts, organic components as well as oxygen. The ultra-pure water is used in many industries as well as sectors with some of them being: Semiconductors: - Ultra-pure water is used as the primary solvent to wash away the fine impurities of silicon which may negatively contribute in the overall working of the circuit. Pharmaceuticals: - This industry requires ultra-pure water in several processes. Steel Industry Power Sector On a concluding note, the Industrial Water Ultra-filtration System not only finds usage in several other industrial sectors but, it is clearly visible that they do serve as primary as well as secondary system for many other water purification processes.

Functions of a Sewage Treatment Plant

Wed, 06 Jun 2012 10:43:31 +0530

The Sewage Water Treatment Plant, often called as the Domestic Waste Water Treatment Plant, is used to clean the Waste Water and take out the Sewage from the water which gets mixed into it as a result of various domestic as well as commercial practices. There exist some very major misconceptions about the Sewage Treatment Plants with the primary one being that they purify the water. On the other hand, it is also widely believed that the Sewage Treatment Plants clear the water of all the impurities, which is again a misconception. In reality, the Sewage Treatment Plants make the water clean enough to be used for activities such as irrigation. They do not make the water fit for human consumption. Added to that, they do not clear the water of any particularly dirty sources such the water coming out of the nuclear reactors and heavy water cannot be treated in the Sewage Treatment Plants. The modern-day Sewage Treatment Plants carry out the process of purification in three different steps. In the following section, each one of those steps is be discussed in detail. Primary The first step involves taking out of the visible and major impurities. In this step, the various fats and oils present in the water are skimmed and the visible impurities, rubbish and waste materials are raked out. Added to these two, another process that can be carried out in the primary step of purification is that the various pieces of rock, sand and grit are strained. SecondaryThe secondary step of Sewage Water Treatment focuses on the removal of the various harmful micro-organisms. The technological methodologies of achieving this particular result may vastly differ but the end result is always the same. TertiaryThe tertiary or the final stage of purification is centered on the objective of making the water as clean as possible before it is used for various other purposes apart from drinking. Focus is laid on the removal of excess phosphorus or nitrogen compounds. Then, the water is disinfected using the UV or chlorination processes. On an additional note, the various impurities that are filtered out during the purification process are dealt with separately using various kinds of bacterial decomposition as well as composting process. These Sewage Plants, either domestic or commercial, play an important role in maintaining a clean water supply and management of waste materials as well.

Why Sewage Treatment System Is Important

Wed, 06 Jun 2012 10:58:52 +0530

Industries, commercial establishments, as well as households are producing sewage every day. The sewage contains water from toilets, bathroom as well as drain water, water from industrial processing etc. So the wastewater should be purified for its proper utilization or reuse. Sewage Treatment is process to clean the wastewater which comes from industries, houses and other areas. Sewage Treatment is the method of eliminating unwanted waste products from wastewater and sewage. This treatment process removes the physical, chemical and biological contaminants from waste water. Such Sewage Treatment is important to clean the polluted water and make it fit for reuse. Objectives: The main objective of Sewage Treatment System is to produce environmentally-safe water, useful for various purposes. It’s another objective is to separate the solid waste present in the water and make it useful as a farm fertilizer. Its objective is to purify the waste water and make it fit for various purposes. Steps To Gather Sewage: The system for Sewage Treatment is known as STEP (Septic Tank Effluent Pumping). In every individual’s house you can find collection tanks which separate the liquid and solid waste materials from waste water. The liquid waste substances are drained out through a pipe which reaches the downstream treatment. Next, is by using Low Pressure Pumps and Vacuum Systems. In houses or commercial places, a Grinder Pump is used in Low Pressure System at the point of connection. A Vacuum Sewer System is placed centrally which is used to move the liquid forward. It can provide services to 1,200 houses approximately. Stages Of Sewage Treatment System: Primary Treatment: Here the solid (floating and settled) materials like plastic, rags, wood etc. are removed and subjected to secondary treatment. Secondary Treatment: Here, dissolved micro organisms from the treated water are separated and subjected to tertiary treatment. Tertiary Treatment: In this stage physical and chemical impurity, odors, microbes, and very fine particles are removed from the sewage. It makes the waste water sufficiently clean for reuse. For both commercial and residential establishments, different types Sewage Treatment Systems are used depending on the size of population. Their sizes and designs also vary according to the establishments. The importance of Sewage Treatment System cannot be undermined in today’s times when natural resources are depleting at an alarming rate and the practice of recycling and reusing has to be adopted. Therefore, not only industrial establishments but even residential societies should opt for the latest Sewage Treatment technologies for proper waste management.

Water Treatment Plant preparing water for many applications

Wed, 06 Jun 2012 11:03:34 +0530

A Water Treatment Plant is a type of Water Treatment System where water is treated to make it good enough for various applications. Different types of water purifying equipment are used in Water Treatment process like Water Filters, Oil Water Separators, Screening Equipments, Sludge Treatments Equipments, Ozone Generators, etc. Water from various sources like lake, river, well, etc. and even waste water released from various areas is treated by Water Treatment Plants. Its main function is to remove waste materials like rags, plastics, other solids particles, color, odor, pollutants, and harmful germs and microorganisms. Various Processes Of Water Treatment Are: Sedimentation Filtration Chlorination Disinfection Coagulation Different Types Of Water Treatment: Water Sewage Treatment Agricultural Waste Water Treatment Industrial Waste Water Treatment Applications: There are many types of Water Treatment such as – Waste Water Treatment: Water Treatment Plant uses Waste Water Treatment device to treat the contaminants from the waste water and make the wastewater reusable. Surface Water Treatment: It is used to make surface water fit for municipal applications. Suspended impurities, colloidal matter and organic components are removed through processes like sedimentation, aeration, screening, disinfection and sand filtration. Containerized Water Treatment: Pollutant-free water is made available in remote areas with the help of Containerized Water Treatment plants. These are installed near military and mining camps. Ozone Based Water Treatment: Water Treatment Plants use ozone for water purification. Ozone is an excellent disinfectant for microbes, such as cryptosporidium and protozoan parasites. The main advantage of ozone plant is that it doesn't need addition of any extra chemical to the water. Seawater Treatment: Seawater is treated to remove dissolved minerals and salts at a seawater treatment plant. This plant utilizes various processes like desalination, membrane separation, vacuum freezing and more to make the water fit for use. Package Wastewater Treatment: Package Wastewater Treatment is done by using the method of aeration. These plants are available in different sizes and are used for applications in small and medium urban areas, remote mining areas, construction sites, educational areas and at various sites. There are some more types of Water Treatment Plants like Bottled Water Treatment and Mobile Water Treatment with their specific applications. These are specifically designed by Water Treatment Plant Manufacturers for purification of water for various applications and have different sophisticated technologies for doing so.

Learn more about ultra filtration

Wed, 06 Jun 2012 11:19:27 +0530

Ultra Filtration is a scientific method of membrane filtration. It is a separation process which utilizes hydro- static pressure force, semi permeable in nature. This method resembles the methods of Reverse Osmosis, Nano Filtration and Micro Filtration. The solid and high weight materials are separated from the fluid whereas the low weight floating particles flow along with the water. This process of filtration is mostly used in major industries where macromolecular solutions are studied and purified. Such Ultra Filtration Plants remove the micro bacterial counts in water and the process is done by using disinfectants; chemicals are avoided in this process. Applications Of Ultra Filtration: Removal of Drinking water with disinfectants Wastewater treatment Removal of endocrines and pesticides Concentration of milk before making cheese Dialysis and other blood treatments Desalting and solvent-exchange of proteins Clarification of fruit juice Fractionation of proteins Laboratory grade water purification Recovery of vaccines and antibiotics from fermentation broth Downstream processing of biotechnology-derived proteins Benefits: Deep filtration of fluid Compact procedures Simple automated process No chemical usage Removes microorganisms and waste particles The membrane which is present in the Ultra Filter Plant should be semi permeable in nature and ultra thin. With the help of a driving force, a fluid is applied all over the membrane. This helps the membrane to become highly capable of separating floating materials. Suspended organic particles and other harmful particles which impart colors, odors, taste and toxicity to the fluid can be eliminated by the use of membrane method. Traditionally, the technology was used only to remove bacteria from the water. But now with the use of modern technology, harmful particles and other fine particles can also be removed. In past few years, technological advancement have been made, which has led the process of filtration more effective. Ultra Filtration ensures better quality of water with the removal of dissolved waste materials and colloidal particles from water. The membrane of a UF Plant contains various pores which segregate what types of the particles are to be eliminated from the water. As evident from its numerous applications, this method has become very popular in diverse industries for separation of different materials as well as purification. Today, there are many Ultra Filtration System Manufacturers who offer them in different models for different needs.

Pressure Sand Filter

Wed, 06 Jun 2012 11:24:43 +0530

Pressure Sand Filter is used in the process of filtration. It is used for eliminating suspended solids & solidify impurities like dust particles, rags, heavy metals etc. Pressure Sand Filter is recommended for the systems with large deposits of sediment, sand, and turbidity. The Pressure Sand Filters are designed specially to remove a wide range of suspended pollutants. In the Sewage Treatment process Sand Filters are used at the final polishing stage. Fine mesh sand is used as the filtering media, supported with different layers of media. What Does A Pressure Sand Filter Do? Utilize surface area Create minor pressure drop across the pressure bed Effectively remove the impurities Sand filters are used for water purification. There are three main types: Rapid sand filters Up flow sand filters Slow sand filters What Are The Features Of Pressure Sand Filters? Provide efficient turbidity and TSS (Toxic Shock Syndrome) Removal Ability to filter 20-30 microns Silica quartz sand media for filtration Their operation can be Manual, Semi Automatic or Automatic For high flow pressure vessel, air scouring can also be available How Do The Pressure Sand Filters Work?Pressure Sand Filter includes a pressure vessel which is fitted to a set of anterior pipe work and valves. Graded silica quartz sand is held by a bed having layers of pebbles and gravel. A top distributor is connected to regulate the flow of water coming equally during the cross section of the filter. There is a filter bed which is treated by a coagulant like alum. When water flows through the filter bed then it is preserved on the surface of sand and also in midst of sand grains just below the surface. As the process of filtration is carried on, rise in the loss of head takes place steadily, reducing the flow of water. Then the filter is cleaned with the effect of flow reversal and air agitation followed by backwash operation is done for cleaning the filter. The sand is agitated with air scouring to loosen the intercepted particles and then the filter can be used again. There are many Pressure Sand Filter Manufacturers today who offer excellent assistance in installation, usage guidance and maintenance as well. All you need to do is contact such a company through online B2B directories to specify your requirements and avail the best solutions.

Ways Water Treatment Plants Clean Wastewater for Reuse

Tue, 11 Dec 2012 10:11:25 +0530

With concerns regarding judicial use of water and its conservation, the concept of reusing the wastewater assumes quite an importance. But wastewater is contaminated with innumerable physical, chemical and biological impurities. These impurities need to be separated from the wastewater to make it reusable in any practical application. For this purpose, there are Water Treatment Plants that remove the contaminants from wastewater making it fit for reuse. Cleaning Action Of Wastewater Treatment Plants Wastewater has to pass through a number of purification processes and stages before it becomes really reusable. There are three stages in wastewater treatment namely, primary, secondary and tertiary. There is also a pre-treatment phase before these stages. During pre-treatment, the contaminants like plastic bags, rags, etc. that can be easily segregated from the wastewater are removed. Primary Treatment Of Wastewater During primary treatment, wastewater is allowed to temporarily stand in large basins. Eventually heavy solid impurities called sludge settle down in the bottom and lighter impurities like grease and fats float. Both these contaminants are segregated and then the wastewater is further subjected to secondary treatment. Secondary Treatment Of Wastewater During this stage, wastewater is treated to get rid of suspended and dissolved biological impurities. Processes such as biological oxidation and nitrification play a major role in this stage. Certain water-borne microorganisms feed on the biological impurities present in the water. These microbes are further removed in the later stages of purification. Tertiary Treatment Of Wastewater The wastewater coming from the primary and secondary stages of treatment still contains residual suspended particles, chemical (phosphorus, nitrogen, etc.) and biological contaminants. In this stage wastewater is subjected to processes such as filtration, lagooning, nutrient removal and disinfection. Besides, this wastewater is also treated eliminate foul odor. The water coming out of the Wastewater Treatment Plant is fit for several industrial applications and can be safely discharged in natural water bodies also. Mahir Technologies Inc is rated among the leading Manufacturers, Suppliers and Exporters of Wastewater Treatment Plants. The offerings of the company include Reverse Osmosis Treatment Plants, UV Water Purifiers, Water Filtration Systems, Reverse Osmosis Plants, Ultrafiltration system, Demineralised Water Plant, Water Flow Meters, etc. The company is very particular about the quality of the products. All the products, offered by the company, are available at very reasonable prices. For more details regarding the company, one can log on to www.mahirtech.com.

The Vital Importance of Industrial Process Water Treatment

Tue, 11 Dec 2012 10:14:01 +0530

Water is one of the primary resources required in the industrial processes. Water is used in cooling, air conditioning, refrigeration, power generation and in several industrial operations and equipment. The functioning of Industrial Water Systems can be severely affected by untreated water containing contaminants of different nature. Thus, Industrial process water needs to be made fit for these machineries by subjecting it to several treatment techniques and methods. Need For Industrial Process Water Treatment If untreated water is used for the several industrial operations mentioned above there are chances of some serious problems. For example, the suspended particulate impurities present in the untreated water may gradually deposit in the machinery. In the machines with pipes or pumps, accumulation of suspended matter may reduce or even restrict water flow thus hampering the smooth functioning of the machines. This is just an example and the damage may be quite severe. The biological contaminants present in water too, have very serious consequences on the operational efficiency of the industrial water systems. Microorganisms including algae, bacteria, and fungi may thrive in the favorable conditions in the machineries. Damaging and decaying of wooden parts of cooling towers is a common example of what biological contaminants can do. Further, biological contaminants corrode the cooling water equipment and emit foul odor too. Thus, industrial water needs to be treated before use. Benefits Of Industrial Water Treatment Industrial Water Treatment ensures the operational efficiency of the equipment in which water is being used. Prolonged functional life of the Industrial Water Systems. Reduced frequency of repair or replacement All these benefits can only be reaped when proper emphasis is given to Industrial Water Treatment. There are several Industrial Water Treatment Plants available in the market. Mechanism of treatment might differ but eventually the objectives are same that is to control corrosion, fouling, and microbiological growth in the water that has to be used in industrial processes. When referring to finest grade Water Treatment Plants, Mahir Technologies Inc deserves a mention. The company offers a wide array of Water Treatment Plants and Filtration Systems. Other offerings of the company include Ultraviolet Water Purifiers, Water Filtration System, Reverse Osmosis Plants, Ultra Filtration Plant, Demineralised Water Plant, Industrial Filtration System, Water Flow Meters, Demineralized Water System, etc. For more details regarding the products offered by the company, one can log on to www.mahirtech.com.

Sewage Treatment Plant - A Must

Tue, 11 Dec 2012 10:17:52 +0530

Sewage water is full of biodegradable contaminants and impurities. However, if it properly treated, this wastewater is a good option for various secondary uses. In Sewage Treatment Plants, wastewater is subjected to various techniques and processes so as to get rid of pollutants and contaminants. There are many benefits of a well run Sewage Treatment Plant, the first among them being lesser environmental degradation. Substituting fresh water with treated wastewater can considerably cut the operational costs. And certainly, from the point of view of public health, wastewater treatment and management has a very significance. There are several important units or sections in Sewage Treatment Plants and each of them plays a very crucial role in the treatment processes. Some of them are discussed below: Bar Screen Chamber : Bar Screen Chamber comprises of vertical bars. The gap between these bars may vary from 10 to 25 mm. Most of the solid particles/articles get trapped here and thus primary filtration of sewage water is accomplished. The filtered water is then directed to oil and grease trap and eventually to Equalization Tank. Equalization Tank: Equalization Tank acts as a buffer. It collects the sewage water feed from the preceding units and passes it to the other sections of the Sewage Treatment Plant at fairly constant flow rate. This steady flow rate is of importance during various treatment stages. Aeration Tank: Aeration Tank can be considered as the heart of a Sewage Treatment Plant. Sewage water comprises of biodegradable contaminants. Microbes feed on these and thus microbes are added to the water in the Aeration Tank. Microbes need air to stay active and hence air is also blown into the Aeration Tank. These microbes get rid of biodegradable contaminants by feeding on them. There are several other sections that perform one or the other function. Eventually, Sewage Treatment Plant is a must because the water from these plants is to be used for secondary uses in industries. Untreated water may result into malfunctioning of the Industrial Water System thereby affecting the overall efficiency of the equipment. Mahir Technologies Inc is a distinguished Manufacturer, Supplier and Exporter of a wide array of Water Treatment Plants and Filtration Systems. Other offerings of the company include UV Water Purifiers, Sewage Water Treatment Plants, Water Filtration System, Reverse Osmosis Plants, Ultra Filtration Plant, Demineralised Water Plant, Water Flow Meters, Demineralized Water System, Industry Water Treatment, etc. For more details regarding the products offered by the company, one can log on to www.mahirtech.com.

Sewage Treatment Plant For Removing Pollutants From Wastewater

Tue, 11 Dec 2012 10:19:58 +0530

There is a growing concern for more efficient Sewage Treatment Plants considering the environmental impact of untreated sewage water. Added to that, reusing sewage water for industrial purposes can substantially cut down the costs incurred due to fresh water consumption. However, sewage water needs to be subjected to a number of treatment processes before it is fit for secondary use. Sewage Treatment Plants are the installations where sewage water is treated and transformed into reusable form. An overview of the working of Sewage Treatment Plant and its various components can be summarized as follows: Sewage water contains biodegradable waste along with suspended particles and articles. The solid particles get separated from this water at Bar Screen Chamber. Water devoid of solid impurities is sent to Oil and grease trap unit for further treatment. Water free from oil and grease is fed into the Aeration Tank where microbes are added to this water. Microbes feed on biodegradable contaminants and thus eliminate the same from the water. Air is supplied in the aeration tank because microbes need air to stay alive. Water, free from biological contaminants, is further sent to the units with different types of filters. Techniques like reverse osmosis, water softening, chlorination, etc. are resorted to make water completely fit for industrial applications. Need For Sewage Treatment Plant: For various industrial water systems, treated wastewater is a comparatively economical option. Fresh water costs more than the treated wastewater. Thus, there is a growing demand for Sewage Treatment Plants. In case, biologically contaminated water is used in industrial water systems, microbial growth may hamper the overall functioning of the machinery. Further, the deposition of particulate impurities may reduce or restrict flow rate. This will eventually affect the functioning and efficiency of the machine. So, Sewage Treatment Plants are must for industrial set ups. Mahir Technologies Inc is among the distinguished Manufacturers, Suppliers and Exporters of a wide array of Water Treatment Plants and Filtration Systems. The offerings of the company include Ultraviolet Water Purifiers, Sewage Water Treatment Plants, Water Filtration System, Reverse Osmosis Plants, Ultra Filtration Plant, Demineralised Water Plant, Water Flow Meters, Demineralized Water System for Industry Water Treatment etc. For more details regarding the products, offered by the company, one can log on to www.mahirtech.com.

Industrial Water Treatment Generates Bottom Line Returns

Tue, 11 Dec 2012 10:25:57 +0530

With clean water being a scarce commodity, companies have now started resorting to Industrial Water Treatment to make the best use of this precious resource. There are many kinds of Industrial Water Treatment systems available to recycle waste water. Recycling the waste water is a great way to save on costs. Types Of Water Treatment Systems Water Screening - In this kind of Water Treatment System, the waste water passes through a series of screens so that solid waste like grit, paper, plastic & other such materials are filtered out. The mesh size varies, ranging from coarse to fine. Then the water is pumped into tanks where the sediments are allowed to settle down. The clean water on the top is collected. Use Of Algae And Bacteria - Many industries also make use of algae and bacteria for the treatment of waste water. The basic function that these bacteria and algae serve is that they break down and decompose the organic matter. This entire process may take months to complete. Activated Carbon Filters - These Carbon Filters are utilized to remove nitrogenous and phosphorous pollutants. Specialized Chemical Treatment - This process includes adding specific chemicals to the waste water to get rid of different pollutants. Depending upon what kind of chemical pollutant is there in the waste water, specific chemicals are added to counter the ill effects of the pollutants. Apart from these, there are other extensively used Water Treatment Systems like RO Plants, DM Plants, Ultraviolet Water Purifiers, etc. Installing Industrial Water Treatment systems, especially in businesses where there is constant need for clean water, ensures that a business saves on a lot of expenses in acquiring clean water every time. By making use of any of the suitable Water Treatment Systems, a company can instead re-use the waste water & increase the company’s bottom line returns in the long run. Mahir Technologies Inc, is among the leading manufacturers and suppliers of Industrial Waste Water Treatment & Drinking Water Treatment Plants. Using high quality raw materials, the company has managed to position itself as a reliable Water Treatment System Manufacturer. For more information, log on to www.mahirtech.com.

Understanding What UV Water Purifiers Can Do

Tue, 11 Dec 2012 10:29:10 +0530

Among the many types of water purifications systems in use today, UV Water Purifiers are one which are utilized in extensive applications across numerous industries. From purifying water in municipal water systems to cleaning water for household use, the UV Water Purifiers are equally effective in both the scenarios. Not only this, these UV Water Purifiers are even available in compact designs. These compact UV Water Purifiers are regularly used by backpackers & travelers to get clean water, even when on the move. UV Water Purifiers: What They Do? UV Water Purifiers are an effective Water Treatment System where the UV radiation effectively cleanses the water of all organic pollutants like bacteria, algae, or any viruses that may be present. The UV light works by altering the DNAs of the organisms it encounters, making them incapable of multiplying & spreading, or killing them altogether. UV Water Purifiers: What They Cannot Do? The biggest limitation of UV Water Purifiers is that these UV Purifiers cannot function effectively if there are any inorganic pollutants present in the water i.e. sediments, chemicals, etc. These inorganic pollutants further render the UV light ineffective the light is not able to spread consistently throughout the water. So for effective results, it is best to use UV Purifiers in combination with other water purification systems. These other water purification systems first filter the inorganic contaminants like sediments, chemicals, etc., after which the water is directed to the UV Water Purifiers. UV Water Purifiers: Why They Should Be Used? UV Water Purifiers effectively take care of any kind of organic pollutants present in the water. That too, without leaving any odor, without changing the pH properties of the water, & without changing the taste of the water. There is no chance that the organisms present in the water will become immune to the UV radiation over time. It is a very cost effective water treatment system that ensures that the water is clear of all organic contaminants. Also nowadays, these UV Water Purifiers are available in portable forms. These Portable UV Water Purifiers are extensively used by travelers and backpackers. UV Water Purification system is a quick and highly effective water cleansing system. Mahir Technologies Inc. is an ISO 9001- 2008 certified company that specializes in providing high quality & affordable Ultraviolet Water Purifiers. Based in Mumbai the company deals in a wide range of Ultrafiltration system. To know more, log on to www.mahirtech.com

Ultraviolet Water Purifiers And Why You Might Need One?

Tue, 11 Dec 2012 10:31:07 +0530

Water, being one of the basic necessities for human existence, is very precious natural resource. But, rapid industrialization and numerous other factors responsible for pollution are posing threat to water resources as well. With this, a number of Water Purification Techniques gain immense importance so as to make water fit for consumption, both for industrial and domestic purposes. One such technique, which is regularly referred to as one of the most effective modern-day Water Purification Methods is the use of Ultraviolet Rays. Working Of Ultraviolet Water Purifiers: Ultraviolet Rays are capable of destroying many forms of potentially harmful microbes that are present in water.E.Coli, Cholera, Mold, Legionella Pneumophila, Hepatitis, Algae, Polio Virus, Typhoid Fever, Cryptosporidium, Streptococcus Lactis, Salmonella Paratyphi, Giardia Lambli, etc. are some of the typical examples of microorganisms that are rendered inactive by Ultraviolet energy. Ultraviolet Water Purifiers comprise of a lamp that produces Ultraviolet Light. Water passes by this lamp and when the light is incident on the water, it disrupts the DNA of the target microorganisms eventually rendering them inactive. The power production system in the Ultrafiltration system Ultraviolet Water Purifiers comprises of batteries, PV modules and a charge controller along with safety controls. Applications Of Ultraviolet Water Purifiers: The Ultraviolet Water Purifiers are widely used in various industries including: Pharmaceutical Industry Breweries Dairy Soft Drinks Manufacturing Plants Healthcare Industry Chemical Industry Having mentioned the working and application areas of Ultraviolet Water Purifiers, the question regarding the reasons for the installation of an Ultraviolet Water Purifiers is half-justified. No matter, the Ultraviolet Water Purifiers are used widely and if used, provide a lot of ease as far as the maintenance and installation is concerned, but the reasons for the use of the Ultraviolet Water Purifiers are simple. The Ultraviolet Water Purifiers are the most effective Water Purifiers available in the market. Making use of the powerful UV Rays, these Ultraviolet Water Purifiers wipe the water sample clean off any chemical and bacteria, without altering the taste. This might not be the case with other techniques like Chlorination. However, the UV Bulb of the Ultraviolet Water Purifiers should be changed constantly after every 10-12 months so as to ensure consistency in the performance. Mahir Technologies Inc is a well-known Manufacturer, Exporter and Supplier of Ultraviolet Water Purifiers and various other Water Purification Systems. The quality and efficiency of the Ultraviolet Water Purifiers as well as the entire product range is simply unbeatable. For further details regarding the company and its offerings, you can log on to http://www.mahirtech.com/.

Is It Important To Use Boiler Water Treatment Chemicals?

Tue, 11 Dec 2012 10:39:18 +0530

Water is the primary requirement in carrying out several industrial processes. Although, the use of the Water Treatment Chemicals like the Boiler Water Treatment Chemicals is still debated, but the fact stays that simple boiling processes or Water Treatment Mechanisms are not enough to remove the hardness of the water. There are various reasons that validate the utilization of the Water Treatment Chemicals in the industrial processes The very first reason that makes the use of the Water Treatment Chemicals important in the various industrial processes is that there might be certain components present in the water that may be very minute, but have the capability of harming the equipment and pipes they are passing through. The use of the Boiler Water Treatment Chemicals makes a double impact on the components. The effect of boiling is aptly complemented by the presence of certain chemicals that provide ample protection to the system from potential abrasion and corrosion. Added to that, the use of the Boiler Water Treatment Chemicals ensures that the degradation of the important and valuable machinery does not take place. Guarding against possible harms, the Boiler Water Treatment Chemicals also provide a long life to the equipment and pipes, which enhances the working capacity of the company as well. Availability Of Boiler Water Treatment Chemicals The Boiler Water Treatment Chemicals are available in various forms with some of them being as follows: Anti scaling chemicals Oxygen scavengers pH boosters De-scaling chemicals Boil out chemicals Filming amines Condensate treatment chemicals All in all, the utilization of the Boiler Water Chemicals as well as the other Water Treatment Chemicals in the industrial sector is not only aimed at the purification of the water so as to make it fit for industrial use. But in the long term, the Boiler Water Treatment Chemicals ensure that the machinery and other equipment being used in the industries stay safe from any potential damage. The long service life of the equipment is one of the crucial advantages that the Boiler Water Treatment Chemicals provide. Mahir Technologies Inc ranks among the topmost Manufacturers, Exporters and Suppliers of Boiler Water Treatment Chemicals as well as various other Water Treatment Products. The company is an ISO 9001:2008 certified organization and further information regarding the company and the products it offers, is available on http://www.mahirtech.com/.

Reverse Osmosis Plants: An Overview

Tue, 11 Dec 2012 10:41:06 +0530

One of the popular Water Purification Technologies in the present times, the Reverse Osmosis is a process wherein two containers containing pure and salty water are connected by a semi-permeable membrane and pressure is applied on the one containing salty water. This reverses the flow of water through the membrane and pure water is obtained. From the initial experiments of the 1950s where a few drops were obtained every hour, the Reverse Osmosis has seen enough development and today 1.7 billion gallons of pure water is obtained on a daily basis all across the globe. The Reverse Osmosis Plants, which are used for the Reverse Osmosis process, comprise of parts housed in a cabinet which can be made of MS Powder Coating or SS Skid. The Reverse Osmosis Plants have a semi-permeable membrane which can allow the passage of water but not salt and other minerals present in water in the diluted form. The semi-permeable membrane rejects all particles that have a molecular weight of above 100 and the purification level is around 95% to greater than 99%. The benefit of the Reverse Osmosis Plants is that they are the finest Water Purifying Equipment available. Producing ultra pure and potable water, the Reverse Osmosis Plants are cost effective, easy to install and require very less maintenance. The application areas of the Reverse Osmosis Plants, apart from the domestic and industrial water purification, include: Sea water desalination Waste water recovery Bio-medical separations Food and beverage industry Semiconductors ultra filtration Ultra filtration in power sector and medical and laboratory purposes Mahir Technologies Inc is one of the well-known Manufacturers, Exporters and Suppliers of Reverse Osmosis Plants as well as various other Water Purification Equipment and Chemicals. The reliability and efficiency of the products on offer is unmatched and for further details about the Reverse Osmosis Plants, offered by the company, visit the website http://www.mahirtech.com/.

The Importance Of Water Treatment Chemicals In Successful Water Management

Tue, 11 Dec 2012 10:41:58 +0530

Use and importance of water in the industrial sectors is simply immense. And, supply of pure water is very important as well, with the reasons for the same being anything between moral and commercial. In order to obtain water in pure and usable form for the industrial purposes, it is imperative to treat water with a mix of effective Water Treatment Chemicals. The proper use of these Water Treatment Chemicals is an obligation since there are several laws in place that govern the industrial usage of these chemicals The importance of the Water Treatment Chemicals in the water management purposes is of indispensable importance as the constant depletion of the water resources due to the rising pollution has become a threat of late. The Water Treatment Chemicals can be used for the large-scale purification of water to make it fit for not only industrial usage but also for consumption. This ensures that there is a constant supply of usable water and none of the water resources are wasted. The other reasons for the usage of the Water Treatment Chemicals for Water Treatment are as follows: The waste water indeed has an adverse impact on the environment and therefore, the treatment of waste water can eliminate the threat that looms large on the environment to some extent. There is a strong possibility of the industrial equipment suffering harmful effects of coming in contact with the impure water, which makes the use of the Water Treatment Chemicals quite important. Mahir Technologies Inc has acquired an enviable position among the Manufacturers, Exporters and Suppliers of Water Treatment Chemicals as well as various other Water Treatment Products like Reverse Osmosis Plants. Offering the very best to the clients, the company is one of the most sought after entities in this domain. For further information about the different types of Boiler Water Chemicals , visit the website http://www.mahirtech.com/.

A Brief Discussion About Chemical Dosing Pumps

Thu, 18 Jul 2013 14:40:23 +0530

Today, Chemical Dosing is a regular process extensively used in the industry for applications ranging from disinfection of potable water to the treatment of water which is to be utilized for highly sensitive industrial processes. Though there are several kinds of Dosing Systems used in the industry e.g. - pressure relief valves, anti-siphon valves, dosing pumps, injectors, etc., the Chemical Dosing Pumps are the most commonly used ones today. Different Applications Of Chemical Dosing Pumps Used For Water Treatment :- Owing to high process reliability as well as accurate dosing, the Chemical Dosing Pumps are extensively used for water treatment applications in order to carry out efficient disinfection. Used For Waste Water Treatment :- Yet another use of the Chemical Dosing Pumps is in the waste water treatment applications. The Dosing Pumps aid in controlling odor & solid conditioning, keep the phosphorus levels in check, Apart from these, they are also used for achieving a higher degree of primary clarification & effective disinfection of the waste water. An ISO 9001-2008 certified company, Mahir Technologies Inc - is also a reputed Chemical Dosing Pumps Manufacturer In India offering a superior range of Electronic Chemical Dosing Pumps at reasonable prices. Besides Dosing Pumps, the company also deals in Water Treatment Plant, Water Treatment Components, Water Treatment Chemicals, Ultraviolet Water Purifiers and Water Distribution System. Today, through its dedication towards quality & excellence, the company has managed to establish a credible position in the market. The company products are widely used across different sectors like pharmaceutical, dairy, distilleries, textiles, food processing, hotels, automobile, chemicals, sugar, paper & pulp, electronics industry, metallurgy, tannery, hospitals, fishery, etc. For complete details about the product range, log on to www.mahirtech.com

Industrial Reverse Osmosis Plants- Parameters To Consider Before Buying

Thu, 18 Jul 2013 15:27:36 +0530

Industrial Reverse Osmosis Plants require considerable investment in terms of money, and as such, the owner of an industrial water treatment unit needs to put in considerable thought & research before installing one. There are several parameters which should be duly considered before investing in any kind of Industrial Reverse Osmosis Plant. Get The Water Tested One of the very first things to do before deciding to invest in any kind of Industrial RO plant is to get the water tested. Once the water has been tested & it has been determined what kind of contaminants is present, only then can you ensure that a suitable RO plant is installed which can effectively clean the water. Choose A RO Plant With A High Performance Membrane Cleaning System This is important because - more efficient the Membrane Cleaning System is, better will its performance be, in terms of cleaning the water. Choose A RO Plant Which Comes Equipped With A Superior Booster Pump While selecting an Industrial RO plant, it needs to be ensured that it is equipped with an excellent quality Pump which can efficiently maintain the incoming feed line pressure & ensure that the water pressure is sufficient enough to overcome the osmotic pressure. Mahir Technologies Inc is a reliable Reverse Osmosis Plant Manufacturer in India. The company’s quality-centric approach is evident in the fact that it is ISO 9001-2008 certified. The Reverse Osmosis Plants are manufactured by adhering to the strictest quality standards. Industries where the RO systems made by the company are regularly used include - Power, semi-conductor, medical, etc. Other products offered by the company include - Dosing Pumps, Water Treatment Plant, Water Treatment Components, Water Treatment Chemicals, Ultraviolet Water Purifiers and Water Distribution System. For more information about the company, visit www.mahirtech.com.

Sewage Treatment Plant For Removing Pollutants From Wastewater

Wed, 21 Aug 2013 11:48:52 +0530

Sewage water is a mixture of the wastes discharged from industrial and domestic set ups. More than 99% of the sewage is water, but the remnants contain certain harmful bacteria, ions and suspended solid particles that must be removed before discharging the sewage into sea. The untreated sewage upon release into the sea can be reason for a number of chronic diseases. Therefore, the treatment of sewage water is crucial to the environment and the health of the community. And for the very same purpose, industrialists utilize Sewage Treatment Plant. The Treatment Of Sewage: Typically, sewage is treated in three phases, namely, pretreatment, primary treatment and secondary treatment. Pretreatment: Removal of large and heavy solids and grit through screening. Primary Treatment: Oil and grease are brought to the surface. The solid particles are scraped off the base and foam is washed off using water jets. The mixture of solids and foam is known as sludge. Secondary Treatment: Sludge Digesters are used for the treatment of sludge that is further transformed into biogas. After being treated through these phases, sewage water is tested in laboratory to test its purity and then only discharged into sea. Buying Sewage Treatment Plant: For Buying Sewage Water Treatment Plant, it is important to take into account the following considerations: The volume of effluent and the types of chemicals that it contains. The amount that can be spent on the operation of Sewage Treatment Plant. The area of land available to install Sewage Treatment Plant. The sewage treatment requirements. For Buying Sewage Water Treatment Plant based on the latest technology, make contact with Mahir Technologies Inc. It is counted amid the reliable Water Plant Suppliers in India. Buyers can purchase Wastewater Treatment, Water Treatment Components, Demineralized Water System, Ultraviolet Water Purifiers, Ultrafiltration System, Electro Deionization System and several other Industrial Equipment and Components. Log on to www.mahirtech.com for further information regarding the company.

An Overview Of RO Water Treatment Systems

Wed, 06 Nov 2013 17:26:50 +0530

Reverse Osmosis, as the name clearly tells, is the opposite of osmosis. Osmosis is a process in which water with low solute content passes to a high solute content solution through a semi-permeable membrane. This happens naturally due to a thermodynamic parameter called the osmotic pressure. The semi-permeable membrane allows only water molecules to pass through it. What Is Reverse Osmosis? It means that if there is pure water at one side of the membrane and impure on the other, then the pure water will pass through the membrane to create equilibrium. Now, if an external pressure is applied to stop the pure water from flowing through the membrane and also to force the impure water to pass through it to the other end, then the process is called Reverse Osmosis. As the semi-permeable membrane only allows water or smaller particles to pass through it, the impurities get blocked at one side. Reverse Osmosis Water Treatment System is one of the most reliable ways of purifying water. It is even economical than many other processes. And in fact, it is known to remove almost all of the dissolved impurities of water. Different Uses Of Reverse Osmosis Water Treatment System For desalinating seawater In biomedical separation of water For producing drinking water For recovering waste water For cleaning brackish water Industries Where RO Water Treatment Systems Are Majorly Used Semiconductor Industry Nano filtration Industry Power Industry Medical Industry Based in Maharashtra, India, Mahir Technologies Inc. is an ISO 9001- 2008 certified Manufacturer, Exporter and Supplier of Water Treatment Plants, Water Treatment Components, Water Treatment Chemicals, Water Distribution System and Ultraviolet Water Purifiers. The Reverse Osmosis Water Treatment System offered by Mahir Technologies Inc. under its Water Treatment Plants is a very popular and reliable product of the company. To know in detail about the products or about the company, one can log on to the website www.mahirtech.com.