With our strong industry experience, we manufacture and offer our clients with a comprehensive range of Water Treatment Components. These water treatment components are manufactured as per the set industry standards and offered at competitive prices. We also offer these in customized specifications as per the requirements of our esteemed clients.
Spun Type:- They are used for normal Filtration and do not have a long life.
Wound Type:-They are used for filtering water with high turbidity as their surface area, and dirt holdingcapacity is more.
Pleated Type – These are high efficiency cartridges, which can even stop bacteria and other pathogens, which are present in the water. They have a long life of more than six months. The biggest advantage is that they are washable for any number of times.
Ultra Safe Ultraviolet Water Purifiers are manufactured from stainless steel 304/316/316L. The Radiation chamber is mirror polished from the inside and outside thus reflecting max. Amount of radiation. Both the ends are flanged for easy operation, maintenance and servicing.
Specially designed reflectors give additional U.V. reflection to get maximum efficiency. Units are designed to get maximum retention time and turbulence of water for better results. The U.V. Lamps are housed in quartz sleeve and assembled in Stainless Steel Shells. Each quartz jacket is provided with a specially designed wiper assembly for removing any particles that get settled on the Quartz tube.
The wiper assembly is specially designed for easy operation without stopping the operation of the unit. The system is completely sealed to avoid any harmful effects from U.V. radiation. All witted rubber parts are made of Food Grade Silicon Rubber to avoid bad odor & detraction due to U.V. radiation.
The Power Panel of the system is specially designed to withstand voltage fluctuation up to 5% + All the U.V. Cables are protected with spiral shield. The U.V. lamps are provided with indicator lamps to show the burning of U.V. lamps. An alarm system can be provided to give signal in case of any lamp failure. (Optional).
They are available in capacities ranging from 100 ltrs./hr. to 1,00,000 ltrs./hr
Ozone is a pungent gas naturally produced in the earth's upper atmosphere by the action of uv sunlight on oxygen molecules. Ozone can be created for water treatment purposes by sending air through a special chamber containing a high-voltage spark which creates a blue plasma corona it is also produced by sending air through a chamber of ultraviolet light.
Ozone is a powerful oxidizer similar to chlorine. Many of the same benefits we get from chlorinating water (disinfection, oxidation of metals, etc.) is also realized by using ozone gas, except that with ozone, there is no chemical residual left in the water. Chlorine can combine with organic material in water to produce toxic compounds, such as "thms" because of its active characteristic, ozone cannot be stored. So it is generated on-site near its point of use. Ozone is generated by the exposure of air or pure oxygen to a high-energy source such as a high voltage electrical discharge (corona discharge), photochemical reaction (uv light), high or low electrical frequencies or high-energy radiation. The most widely used procedure is the corona discharge method because it produces the highest concentration of ozone for the amount of electrical energy applied and currently is considered to be the only practical method of generating ozone in large scale quantities in the corona discharge method a dry, oxygen-containing gas (air or pure oxygen) is passed between two electrically charged plates separated by a ceramic dielectric and a narrow discharge gap while a high voltage alternating current is applied. Under these conditions a portion of the oxygen in the feed gas is converted to ozone in the following manner :-
because ozone is only slightly soluble in water, at the partial pressure at which it is generated and applied, contacting ozone with water involves bringing bubbles of ozone-containing air or oxygen into intimate contact with the water. The ozonation process may be divided into four main parts: gas preparation, electrical power supply, ozone generation and contacting. Associated with these basic components are additional subunits such as controls, instrumentation, cooling water and/or cooling air supply, ozonized gas and water are generally brought into close proximity in a contractor, usually a venture injector type. Mass transfer of ozone from the gaseous bubbles occurs across the gas/liquid interface into the water.
In Water treatment, chemicals like Chlorine, Alum, and Anti- Scalants are required to be added in precise amounts. This work is carried out by dosing pumps which are highly accurate in dosing small amounts of any liquid chemicals as per the flow rate and capacity of the plants.
As these pumps are digital in make they require to be set only once, and are completely maintenance free. The capacities of these pumps vary from a mere 0.1 Ltrs. /Hr. upto 500 Ltrs. /Hr.
Ordinary water filters use a screen to separate particles from water streams. The holes that these Filters have are fairly large. This allows just about everything that is dissolved in the water to pass through as well. An RO drinking water treatment system employs a semi-permeable membrane. The membrane is a thin, multi-layered sheet with pores so small that water molecules can pass through, but it acts as a barrier to dissolved solids like salts and other chemicals. Thus even bacteria and viruses are trapped and not allowed to pass through.
A rotameter is a device that measures the flow rate of liquid or gas in a closed tube.
It belongs to a class of meters called variable area meters, which measure flow rate by allowing the cross-sectional area the fluid travels through to vary, causing some measurable effect. The rotameter is popular because it has a linear scale, a relatively long measurement range, and low pressure drop. It is simple to install and maintain.
Also called a rotary-type backwash valve This valve replaces as many as 6 regular gate valves. Water from the pump can be diverted for various functions by merely turning the valve handle. The water may be sent to waste, used for back washing, bypassing the filter for maximum circulation, for normal filtration, filtering to waste (rinse), or the valve may be closed to not pass water. The pump must be off before changing a valve setting.
Bag filter system is designed for optimum filtration performance. The range provides filtration solution for a broad variety of fluid applications in the process industry. They are particularly useful for filtering large volumes of high viscosity liquids. Bag filter is constructed of filter housing, filter bags, internal cage to support bags, positive sealing arrangement, & choice of end connections. The internal supports ensures bags will not burst as high differential pressures build up during operation. Operation Unfiltered fluid enters the housing and is distributed evenly around the filter bags. Filtration takes place from inside to outside. Solids are collected on the inside of filter bag for easy removal. The filtered fluid then exits through the outlet pipe.
Features & Benefits:
High flow rates
Easy to operate & low maintenance
Low pressure drop
Low down time
High dirt holding capacity
Flow rate up to 2000 m3/hr
Positive sealing arrangement to avoid bypassing
Custom design services
Suitable for PP Collar, Rigid Ring & Snap Band Bags
Large-area, heavy-duty baskets
Quick opening Tri Clovers & Fly nut design
Housings are permanently piped
Covers are O-Ring sealed
All housings made from SS 316 L, SS 316 & SS 304 are mirror polished to resist adhesion of dirt and scale.
Carbon steel housings are sand blasted, epoxy coated & finally painted with two coats of synthetic enamel.
ASME code stamp available.
Multiple bag filter / Duplex bag filter / jacketed bag filter unit designs are available.
High temperature & High pressure design are available.
Special option include filter bag hold-down devices, sanitary, construction different outlet connections, higher pressure ratings, extra- length legs, heat jacketing and adapters for holding filter bags.