WEDECO BX Series MaXiMuM DiSinfECtiOn PErfOrManCE With MiniMuM EnErgy COnSuMPtiOn

Similar documents
UV Disinfection Systems A Series. Main Applications: Drinking Water, Process Water, Warm Water / Legionellae. IT T Industries Engineered for life

AQUADA UV Eliminate Bacteria in Your Drinking Water!

Duron UV System YoU adjust to changing conditions it S time YoUr UV SYStem DoeS too

Basics of UV Disinfection

Power consumption (kw)

Alfa Laval PureBallast 3.1

The photoionization detector (PID) utilizes ultraviolet

Optical or Acoustic Process measurement of liquids Turbidity Colour Oil in Water Water in Oil Oil on Water Process UV- Photometry

UVC LEDs for. Environmental Monitoring

UTAH DIVISION OF DRINKING WATER UV REACTOR MONITORING AND REPORTING PROTOCOL (Last Update February 17, 2011)

Compact pumps from the wastewater experts. FLYGT 3045, 3057, Power range kw.

UV, An Effective Approved Method of Disinfection

Ultra Violet Disinfection

TO INVESTIGATE THE PROTECTION OF SUNCREAMS AGAINST UV RAYS

Mission Hill Water Treatment Plant & Kalamalka Lake Pump Station Upgrades

Flygt Aquaview SCADA Software. Safer monitoring and simpler at a glance

Persistence Market Research

T5 Watt-Miser Linear Fluorescent lamps

T5 LongLast. GE Lighting DATA SHEET

Sap Steady UV Unit for Maple Sap

GEA BallastMaster Just add water. engineering for a better world

Steps in the design process. The draft Ultraviolet Disinfection Guidance Manual (USEPA, 2003) recommends the following steps in the design:

Application Note (A5)

Electric Coolant Pumps. Always at the Correct Temperature

Solar energy Solar technology in endurance testing

3 - Atomic Absorption Spectroscopy

What is Solar Control?

Innovation and Progress in Water Treatment Technology

Reprint (R22) Avoiding Errors in UV Radiation Measurements. By Thomas C. Larason July Reprinted from Photonics Spectra, Laurin Publishing

COSTS AND THE CHOICE OF DRINKING WATER TREATMENT TECHNOLOGY IN SMALL AND RURAL SYSTEMS

A Look at Accelerated Photostability Testing for Packaged Food and Drinks

Understanding UV Monitoring for Air and Water UV Treatments José Goin,* Anatoly Skirda and Eugene Tohktuev INTRODUCTION

Heating and cooling with wastewater

Aesthetic Plus LASER TRAINING MANUAL FOR MEDICAL PROFESSIONALS. presents

German engineering under high pressure

Make your home a healthier home

Pure Performance. Steady 1300 Series

Tech Bulletin. Understanding Solar Performance

UV-Lamps for Disinfection and Advanced

CONSERVATION AND LIGHTING

Advanced Solutions for Gas Monitoring

COLUMBIA UNIVERSITY HEALTH SCIENCES DIVISION

Physics PH1FP. (Jun15PH1FP01) General Certificate of Secondary Education Foundation Tier June Unit Physics P1. Unit Physics P1 TOTAL

Flygt 3068, 50Hz. Technical Specification

Greenhouse Glazing Effects on Heat Transfer for Winter Heating and Summer Cooling

How To Pump A Pump

Owner s Manual

Chemistry 111 Lab: Intro to Spectrophotometry Page E-1

Fundamentals of modern UV-visible spectroscopy. Presentation Materials

From lowest energy to highest energy, which of the following correctly orders the different categories of electromagnetic radiation?

ARCHITECTURE OF INDUSTRIAL AUTOMATION SYSTEMS

Spectrophotometry and the Beer-Lambert Law: An Important Analytical Technique in Chemistry

THERMAL RADIATION (THERM)

COD/BOD 5 Reduction with ROTAMAT Fine and Micro Screens

Kolorlux. GE Lighting DATA SHEET

History of Chlorofluorocarbons

ANALYSIS OF ASPIRIN INFRARED (IR) SPECTROSCOPY AND MELTING POINT DETERMINATION

Vacuum drying oven for non-flammable solvents

Godwin NC series Dri-Prime pumps

Infrared Thermometry. Introduction, History, and Applications. Optical Pyrometry. Jason Mershon, Advanced Energy Industries, Inc

Molecular Spectroscopy

Introduction to Use of UV Light For the Control of Air Handler Contamination. What is UVGI or Ultraviolet Light?

High-efficient gas boiler CompactGas

G8 GALILEO. Innovation with Integrity. High-End Melt-extraction Analyzer. Inert Gas Method

HUBER Vacuum Rotation Membrane VRM Bioreactor

Hydraulic Control Solutions

Chlorine Residual Testing Fact Sheet

TO _ nothing special M A UVA ISO90 TO Lens concentr. Lens D B UVB 24.

Trace Gas Exchange Measurements with Standard Infrared Analyzers

With the background of fulfilling public commitments for ECONO-PILOT ENERGY-SAVING SYSTEM FOR WATER PUMPS

Light penetration into the soybean canopy and its influence on soybean rust infection

Validation Protocol for Performance Testing and Scaling Ballast Water Treatment Systems Employing UV Disinfection and Filtration

Technology for ICU and minor surgery

Ultraviolet Light Disinfection in the Use of Individual Water Purification Devices. Technical Information Paper #

Various Technics of Liquids and Solids Level Measurements. (Part 3)

Color Accurate Digital Photography of Artworks

API Marine. BMS Presentation. Ballast Measurement Systems

Module 2.2. Heat transfer mechanisms

Ozone in Cooling Towers : Hygiene for us

Spectroscopy. Biogeochemical Methods OCN 633. Rebecca Briggs

BB-18 Black Body High Vacuum System Technical Description

Rotherham Metropolitan Borough Council. Appendix A. Street Lighting. Sustainable Energy Action Plan

Application Requirement

GE ConstantColor CMH Precise MR16 20 & 35W

MAKING SENSE OF ENERGY Electromagnetic Waves

Chlorine, Total. DPD Method 1 Method to 5.00 mg/l Cl 2 Test 'N Tube Vials. Test preparation. Instrument-specific information

Principle of Thermal Imaging

ORGANIC SAMPLE PREPARATION

MC4-50 Feeding System

MCP 100 MCP 150. Modular Compact Polarimeters. ::: Superior Optical Instruments

How To Power A Power Plant With Waste Heat

Multi-Vapor Metal Halide Lamps

Light in the Greenhouse: How Much is Enough?

Hearing aids reveal and retain the world of words and sounds. Hearing aids sharpen your sense of hearing in a new way

Strong partners offer perfect solutions. Automatic filtration and maintenance of engine lubricating oil in diesel locomotives

High pressure reactors Where are your limits?

Electromagnetic Radiation (EMR) and Remote Sensing

MILESTONE H E L P I N G C H E M I S T S

Spectral Measurement Solutions for Industry and Research

Concremote calibration box

Transcription:

WEDECO BX Series Maximum Disinfection Performance with Minimum Energy Consumption

UV Disinfection Systems - BX Series In order to ideally utilise UV disinfection for individual operating conditions also, Xylem has developed the compact UV system WE- DECO BX. Numerous options facilitate the integration into existing processes concerning municipal and industrial water treatment. The reactors of the WEDECO BX series are equipped with efficient high-intensity low-pressure Spektrotherm UV lamps. In combination with special flow installations for the improvement of hydraulic conditions, very good disinfection results are achieved with low energy consumption at the same time. The result is an extremely compact design, small number of UV lamps, and maximum disinfection performance with minimum energy consumption. ADVANTAGES High disinfection performance with low energy consumption Temperature-stable Spektrotherm UV lamps Fully-automatic wiping system and Vario system (optional) Compact design with U or Z-connections Continuous monitoring thanks to calibrated UV sensor with high selectivity Selected models certified in accordance with US EPA Simple integration into external process control systems Easy operation and maintenance Type Flow rate approx.* m³/h Flange connection Power consumption (kw) Reactor dimensions W x H x D mm BX 20 27 DN 80 0,23 260 x 930 x 330 BX 30 41 DN 80 0,34 275 x 930 x 348 BX 80 112 DN 150 0,8 365 x 1.000 x 443 BX 100 167 DN 150 0,8 275 x 1.530 x 368 BX 200 298 DN 200 1,5 365 x 1.535 x 458 BX 280 435 DN 250 1,5 365 x 1.535 x 458 BX 400 530 DN 250 2,2 470 x 1.535 x 565 BX 650 850 DN 300 3,0 470 x 1.535 x 565 BX 900 1037 DN 350 3,7 600 x 1.540 x 700 BX 1000 900 DN 300 4,3 700 x 1.540 x 800 BX 1200 1039 DN 350 4,5 770 x 2.400 x 825 BX 1800 1357 DN 400 6,7 730 x 2.400 x 925 BX 3200 2120 DN 500 11,6 1.060 x 2.400 x 1.380 * 400 J/m 2 ; UV transmittance = 98 % per 1 cm at the end of the lamp lifetime. Spektrotherm UV lamp in models larger than the BX 80. All specifications are subject to change without notice. 2

WEDECO BX system components Spektrotherm UV lamp Higher light yield and a lower heat generation at the same time: WEDECO Spektrotherm UV lamps reach a temperature of just 100 C in operation. For comparison: Medium-pressure lamps reach temperatures of 600-800 C. Thanks to this, WEDECO Spektrotherm UV lamps become less susceptible to varying water temperatures. The spectrum emission controller (SEC) handles all control and monitoring functions Switch and control cabinet Electronic ballasts ensure that the Spektrotherm UV lamps operate cost-effectively and reliably The stable, calibrated UV sensor, according to ÖNORM, is an extremely precise monitoring instrument WEDECO BX UV system with automatic wiping system Automatic wiping system Calibrated UV sensor Lamp connection Cleaning, deaeration valve Sampling valve Spektrotherm UV lamp Sampling valve Wiper drive Cleaning, deaeration valve 3

WEDECO BX Applications Drinking Water The main field of application of UV disinfection is the drinking water supply, mostly managed by local municipal authorities. The WEDECO BX systems are particularly appealing for municipal drinking water utilities with specific circumstances such as limited space conditions. Process Water A large proportion of the drinking water used throughout the world is utilized in industrial applications, e. g. as process water for the production of beverages and food, in the cosmetics industry, or for rinsing and recycling processes. Thanks to a short design with U and Z connections as well as a variable flow direction, the WEDECO BX system can be easily integrated into existing pipelines. Hot Water / Legionella UV disinfection is also ideal for the inactivation of harmful legionella which are often found in hot water circuits. Compared to conventional UV lamps, the temperature-stable Spektrotherm UV lamp guarantees the best disinfection results, also in hot water. 4

Adenine Cytosine Harmful microorganisms stand no chance Disinfection with ultraviolet light The deployment of chlorine, chlorine dioxide, hypochlorite and other chemical substances to disinfect liquids can result in effects which are detrimental to health and the environment. UV technology is the better alternative to chlorine disinfection. The intensively researched and technologically mature disinfection method with ultraviolet light is adapted from the natural action of sunlight. How UV disinfection works with liquids The intensive UV-C radiation, most strongly in the wavelength range of 254 nm, reaches the micro organisms and impacts directly on their DNA. By changing the DNA the cell division of the microorganism is interrupted it can no longer reproduce itself and thus loses its pathogenic effect. With UV technology it is possible to destroy more than 99.99 % of all pathogens within seconds, without addition of chemicals, without harmful side effects, inexpensively, highly efficiently and absolutely reliably. X-rays Ultraviolet Visible light Infrared Vacuum- UV UV-C UV- UV-A B Adenine Thymine UV light Thymin Thymine Adenine Thymin Guanine Cytosi ne Adenine Thymin Dimer Adenine Guanine 100 200 280 315 400 780 UV Spektrotherm lamp (254 nm) Inactivation of microorganisms Wavelength (nm) Ultraviolet light is light with very high energy levels and a wavelength of 200-400 nm. One of the most effective wavelengths for disinfection is 254 nanometres (nm). Guanin Cytosi n Ultraviolet light destroys microorganisms by changing their genetic information DNA. UV system WEDECO BX 200 with 4 UV lamps and control cabinet 5

WEDECO Spektrotherm technology this, a constantly high UV light yield is achieved with a substantially extended lamp service life at the same time. Moreover, by using this technology, it is no longer necessary to apply liquid mercury inside the lamp. Long-life WEDECO Spektrotherm UV lamp with the highest energy efficiency WEDECO Spektrotherm UV lamps can no longer be beaten with regard to economic efficiency. The light yield in relation to the energy expenditure is 3 times higher in comparision to medium pressure lamps. Leading the market due to efficiency and safety The centrepieces of the WEDECO BX UV systems are particularly energy-efficient UV lamps. They have a long service life, operate continuously even at varying water temperatures and are far superior to conventional UV lamps thanks to their particularly high efficiency. The ideal choice for water disinfection WEDECO Spektrotherm UV lamps emit UV light mainly in the spectral region of 254 nm (nano metres). This UV light region is particularly effective for the disinfection of drinking water and wastewater. The special characteris tic of the WEDECO Spektrotherm UV lamp is its special amalgam/indium doping. Thanks to ADVANTAGES 5 times higher UV-C output than conventional low pressure lamps 3 times more efficient than medium pressure lamps Stable UV-C output Up to 3 times longer lamp life than medium pressure lamps Emission spectra [wavelength in nm] Relative UV emission (%) 100 90 80 70 60 50 40 30 20 10 0 254 nm Spectral curve of cell inactivation 200 250 300 350 400 450 500 550 600 100 90 80 70 60 50 40 30 20 10 0 DNA absorbtion (%) Relative UV emission (%) 100 90 80 70 60 50 40 30 20 10 0 200 Spectral curve of cell inactivation 250 300 350 400 450 500 550 600 100 90 80 70 60 50 40 30 20 10 0 DNA absorbtion (%) The monochromatic Spektrotherm UV lamp emits at a wavelength of 254 nm, which is in the maximum of the effective disinfection range of the spectrum. Medium pressure lamps emit a wide-band spectrum, most of which is outside the part of the spectrum that is relevant for disinfection. In addition, the formation of by-products cannot be excluded. 6

UV dose control with the variable system WEDECO BX systems can be optionally equipped with a fully automatic dose control. This unique feature of the WEDECO technology enables the output to be exactly adjusted to the water quality and flow. Overdosage is thereby avoided. The output of the Spektrotherm UV lamp is continuously controlled, resulting in substantial reduction of operation cost. The UV intensity is determined at a representative point within the UV reactor and serves, together with the flow signal, to regulate the UV output. ADVANTAGES Constant UV dose irrespective of changes in water quality or flow Continuous output regulation of the Spektrotherm UV lamp (for models larger than LBX 90) Fully automatic PLC control and visualization via SCADA connection and telemetry Maximum disinfection reliability Low flow rate + improved water quality automatically reduces UV radiation intensity Optimization of energy costs Longer lamp life and easy operation and monitoring High flow rate + poor water quality automatically increases UV radiation intensity Automatic Wiping System reduces of deposits WEDECO BX UV systems are designed for quick and easy maintenance. It can be dismantled easily for manual cleaning and is prepared to be connected with an optional chemical rinsing system. Additionally the UV reactor can be equipped with an Automatic Wiping System to prevent the formation of deposits on the quartz sleeves. As a result, operation interruptions due to manual cleaning of the sleeves will hardly be required. The chemical free Wiping System employs PTFE/ Viton wiperrings which avoid formation of organic and inorganic deposits on the protective quartz tubes while being unaffected by the high intensity UV light at the lamp surface. 7

1) The tissue in plants that brings water upward from the roots 2) A leading global water technology company We re 12,000 people unified in a common purpose: creating innovative solutions to meet our world s water needs. Developing new technologies that will improve the way water is used, conserved, and re-used in the future is central to our work. We move, treat, analyze, and return water to the environment, and we help people use water efficiently, in their homes, buildings, factories and farms. In more than 150 countries, we have strong, long-standing relationships with customers who know us for our powerful combination of leading product brands and applications expertise, backed by a legacy of innovation. 1338. Wedeco BX Seroes. 1. Master. 1. 20120202 For more information on how Xylem can help you, go to xyleminc.com. Xylem Water Solutions Herford GmbH Boschstr. 4-14 Herford, 32051 Tel +49.5221.930.0 Fax +49.5221.930.222 www.wedeco.com Wedeco is a brand of Xylem. For the latest version of this document and more information about Wedeco products visit www.wedeco.com