UV Disinfection System

Product Details:

These disinfection systems offer a 4-log reduction (99.99%) in bacteria, virus and protozoan cysts (specifically giardia lamblia and cryptosporidium). This UV process is quick, simple, inexpensive and environmentally friendly as it does not add anything to your water and creates no disinfection by-products. 

Product Details:

UV Disinfectin system 
Borweel water 
254 NM SS 316 chember 
300jm2
Lamp fail alaram system 
Intensity Monitor 

Additional Information:

• Production Capacity: 50m3/hr
• Delivery Time: 2 week
• Packaging Details: box

Product Details:

POOL CHEMICALS: THE PROBLEM

Most pools and spas depend on chemicals to sanitize them. Traditionally, chlorine has been in use for more than 40 years to create “safe pools”. However, it is increasingly being known that during typical chemical disinfection, chlorine and other chemicals react with organic matter to form hundreds of new chemicals- disinfection byproducts such as chloramines, that have been linked to redness and burning of eyes, skin irritation, asthma, allergies and even cancer. New studies show that your swimming pool may turn out to be dangerous water. Some have even compared the risks of pool chemicals to those of second hand smoke

Chlorine and Chloramines are known to cause burning of eyes, skin irritation, and even asthma.
UV is recognized as the safer, more cost effective treatment worldwide.”

HOW DOES UV WORK?

 

UV systems emit high intensity germicidal light that alters or disrupts the DNA or RNA of targeted organisms such as algae, bacteria, viruses, cysts and protozoa.

Additional Information:

• Production Capacity: 4m3 hr
• Delivery Time: 2 week

Product Details:

The Liquid Sugar  UV systems are designed to treat flows of up to 50m3 hr  per vessel.

Liquid sugar, which has very low UVT (Ultraviolet Transmission or Transmittance), passes as thin film over tightly packed UV lamps where it is exposed to powerful germicidal ultraviolet light and is disinfected. The germicidal ultraviolet lamps are oriented in tight clusters to maximize UV exposure at very low UV transmittance levels - as low as less than 10% UVT.

The liquid sugar UV systems are specially designed to treat liquids in a thin film manner - with the lamps close together to optimize the disinfection process. They are designed to treat opaque and thick liquids, sucrose syrups with high osmotic pressure (brix 25-67), glucose, juices and other base materials.

While the thin film UV systems have been used primarily for disinfecting liquid sugars, where microorganisms can exist in spore form and can reproduce once introduced into the food and beverage lines, they have been proved effective for treating fruit juices and pharmaceutical base liquids.

Thin Film UV Systems Applications - Food processing Beverage plants, Pharmaceutical, Honey manufacturing

STANDARD FEATURES
 316L electropolished high purity vessel
 Stainless steel remote ballast control center with lamp out status and run time
Assume UVT % 20 to 30 % 
UV Dose : 400j/m2 
Operating Temperature Range : 4-40 C
Operating Pressure Range  : 0 -10 kg /cm2

Additional Information:

• Production Capacity: 20m3 hr
• Delivery Time: 4 week
• Packaging Details: standard packing

Product Details:

In the interest of balancing public safety and environmental protection with the need for effective disinfection, many wastewater utilities have adopted ultraviolet (UV) as the most appropriate treatment option – compared to chemical disinfection.

Ultraviolet Sterilizer provides a safe means of water Purification, which has been a proven process for many years.

This method is now widely recognized and accepted as the concern of bacterial contamination has increased. Commercial ultraviolet disinfection systems are specifically designed to treat microbiologically contaminated ground or surface waters.

These disinfection systems offer a 4-log reduction (99.99%) in bacteria, virus and protozoan cysts

Product Details:

UV Ssystem 
316 Electro polished Chember 
Intensity Monitor 
Lemp Fail alaram 
300jm2 
254 NM 
1 Micron filter 

Product Details:

TECHNICAL DESCRIPTION

 

In the interest of balancing public safety and environmental protection with the need for effective disinfection, many wastewater utilities have adopted ultraviolet (UV) as the most appropriate treatment option – compared to chemical disinfection.

Ultraviolet Sterilizer provides a safe means of water Purification, which has been a proven process for many years

This method is now widely recognized and accepted as the concern of bacterial contamination has increased. Commercial ultraviolet disinfection systems are specifically designed to treat microbiologically contaminated ground or surface waters.

These disinfection systems offer a 4-log reduction (99.99%) in bacteria, virus and protozoan cysts (specifically giardia lamblia and cryptosporidium). This UV process is quick, simple, inexpensive and environmentally friendly as it does not add anything to your water and creates no disinfection by-products.

Ultra Violet is the most ecological way for water disinfection.

 

Fundamentals of ultraviolet disinfection 

 

Ultraviolet energy causes permanent inactivation of micro-organisms by disrupting DNA so that they are no longer able to maintain metabolism or reproduce.

The maximum effectiveness occurs at between 240nm and 280nm, with the most effective wavelength typically at 254nm.

All bacteria, spores, viruses and protozoa (including Cryptosporidium and Giardia oocysts) are permanently inactivated by UV.

Product Details:

Other Details:

• High and consistent UV dose
• High-performance Quartz ultraviolet lamps
• Matched electronic ballasts
• Fused, high % UV T silica quartiz sleeves
• Easily handles changes to % UVT
• vertical or horizontal installation
• Very compact size
• Saves skid and piping costs
• Easy piping
• Saves space
• Self-guiding quartiz sleeves
• Reliable Disinfection
• Long life performance
• Easy to install
• Easy to use
• Easy to maintain
• Save Piping and skill cost
• Save space
• Application support available

Application:

• Mineral water plants
• Homes and apartment complexes
• Commercial buildings
• Hospitals
• Hotels
• Beverage plants
• Food processing plants
• Dairies, CIP Water
• Wineries
• Hatcheries
• DM plants
• RO plants (fro pre-RO and post-RO)
• Softening plants
• Water filters
• Industrial water treatment plants
• Legionella control

Product Details:

Industrial water purification systems that use Ultraviolet light is proven to be a cost effective method for reducing microbial contamination in water. Like in the case of drinking water disinfection, UV is becoming increasingly common for disinfection, across a wide range of applications and industries:

Water recycling (recirculation loops)
Discharge water (a.k.a. Wastewater)
Cooling water
Rinse water
A UV disinfection system can be used for a wide range of applications and are designed for varied purposes be it process water disinfection or wastewater disinfection. As such, as a cost-effective solution, an industrial filters is a valuable resource that can help you cover a majority of water treatment processes.
Superior SS316L reactor with electropolished interiors results in surface finish of Ra < 0.35 um. Pulled connections and welds provide peace of mind.

Additional Information:

• Production Capacity: 8m3hr
• Delivery Time: 2 week
• Packaging Details: BOX

Product Details:

How Does Ultraviolet Work?
Ultraviolet energy causes permanent inactivation of micro-organisms by disrupting DNA so that they are no longer able to maintain metabolism or reproduce. The maximum effectiveness occurs at between 240nm and 280nm, with the most effective wavelength typically at 254nm. The Sukrut lamps produces this wavelength in narrow spectrum in abundance as compared to other lamps.

All bacteria, spores, viruses and protozoa (including Cryptosporidium and Giardia oocysts) are permanently inactivated by UV

Why is UV treatment required:

• No micro-organisms survive UV disinfection
• Treatment is effectively monitored
• Permanent accurate treatment records
• In-line treatment

Most Efficient:

• UV is the most cost effective method of syrup disinfection
• Pasteurisation is expensive in capital equipment and running costs
• Sterile filtration does not remove all spores from syrup

No Detrimental Effects:

• UV has no effect on pH, colour, flavour and aroma
• UV has no detrimental effect on product stability
• Safety
• No steam or hot water required