Sukrut UV
Sukrut UV
Sukrut UV offers reliable and effective protection for pharmaceutical water and ultrapure water, ensuring the removal of all types of waterborne microorganisms such as bacteria, viruses, protozoa, cysts, molds, algae, and other harmful pathogens.
Certified to Australian WaterMark Level 1, which is equivalent to NSF/ANSI 61, Sukrut UV UV systems are designed to protect your water generation plants and distribution systems from contamination. These UV systems provide high-level assurance in safeguarding water quality by effectively neutralizing microorganisms, ensuring safe and purified water for various industrial and pharmaceutical applications.
As an authorized dealer for Sukrut UV, Quasys Inc. takes pride in offering these advanced solutions, ensuring our customers receive the highest quality protection for their water systems.
Sukrut UV Features
- Advanced UV Technology: Uses powerful UV systems to eliminate a wide range of microorganisms, including bacteria, viruses, protozoa, cysts, and algae, ensuring water safety and quality.
- Certified Quality: Certified to Australian WaterMark Level 1, equivalent to NSF/ANSI 61, ensuring international standards of quality and safety.
- Dished End Reactors: Designed with dished ends and collared water fittings for superior hygiene and to prevent crevices, offering improved performance and easier maintenance.
- Electropolished SS316L Construction: Built with high-quality SS316L stainless steel, and further electropolished and passivated for enhanced corrosion resistance and longer service life.
- Low Maintenance: Designed to be low maintenance while providing efficient and reliable water disinfection over extended periods.
- Energy Efficient: Optimized for minimal energy consumption while ensuring effective UV disinfection.
- Compact Design: Space-saving, easy-to-install systems suitable for a variety of applications, including municipal and pharmaceutical water treatment.
- Hygienic & Durable: The reactor’s materials and design ensure long-lasting durability and exceptional hygiene for consistent performance.
- Proven Technology: Tested and certified by independent laboratories, ensuring the highest level of quality and performance for water disinfection.
UV dose
UV dose = Intensity of UV-C radiation x Exposure Time [J/m²] [W/m²] [seconds]
UV Dose is expressed as Joules/m² [J/m²] or as micro-Watt-Seconds/cm² [μWs/cm²]
300 J/m² = 30 mJ/cm² = 30 mW-S/cm² = 30,000 µW-S/cm²
UV dose
- The UV dose required to achieve a 90% reduction of a specific microorganism is called D10, i.e., the UV dose at which only 10% of the micro-organisms survive.
- Doubting the D10 UV dose achieves a 99% reduction in the specific micro-organisms.
- The UV dose required to achieve various percentage reductions in E-coli is shown below.
E-Coli – Relationship between UV dose and reduction as % of inlet count
| Reduction | % Reduction | UV dose [mWs/ cm²] |
|---|---|---|
| 1 × D10 | 90% | 5.4 mWs/ cm² |
| 2 × D10 | 99% | 10.8 mWs/ cm² |
| 3 × D10 | 99.9% | 16.2 mWs/ cm² |
| 4 × D10 | 99.99% | 21.6 mWs/ cm² |
| 5 × D10 | 99.999% | 27.0 mWs/ cm² |
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