JTS SafGen UV-OX Chlorine Dioxide Generator. Background Chlorine dioxide has been used for over 100 years. It is more selective than chlorine or bromines.

Slides:



Advertisements
Similar presentations
Disinfection – Chapter 26
Advertisements

Changes in Matter Physical phase changes dissolving crushing tearing
Common Water Treatment Problems Hard Water -Calcium and Magnesium. Soap Scum, and Scale Build-Up. Iron - Clear (Ferrous), Red (Ferric), & Bacteria Related.
The I 2 Air Fluid Protocol; The Eco-friendly method for eliminating bio-fouling in heat exchangers and cooling towers utilizing I 2 infused mixed media.
Terry Keep September 18, 2013 ADVANCES IN UV TECHNOLOGY FOR 4-LOG VIRUS DISINFECTION OF GROUNDWATER.
ClearWater Tech LLC EcoTex - Advanced Laundry Oxidation Systems Ozone Laundry Methodology.
Sodium Hypochlorite & Ammonia Safety
COOLING SYSTEMS WATER TREATMENT TRAINING
Anthium Dioxcide Presents The Future of Disinfection.
CE 370 Disinfection.
ENVE 201 Environmental Engineering Chemistry 1 CHLORINATION Dr. Aslıhan Kerç.
WQT 134 Environmental Chemistry II
Objectives: i. Outline the steps in the manufacture of ammonia from its elements, by the Haber Process. ii. Discuss the uses of ammonia iii. Assess the.
SPENT CAUSTIC TREATMENT OPTIONS Hadi M. Al-Daghman, 2014
HOW DISINFECTION WORKS. Disinfection kills or inactivates living organisms that cause disease Oxidation destroys the physical structure of the organism.
VII. Water Treatment C. Supplementation (fluoridation) of drinking water treatment, D. Special processes of drinking water treatment D. Special processes.
205 Webster Street Bethlehem, PA Application of Chlorine Dioxide in Drinking Water.
Environmental Engineering Lecture 8. Disinfection  As practiced in water treatment, disinfection refers to operations aimed at killing or rendering harmless,
LEGIONELLA DAVID CONSIDINE. WHAT IS LEGIONELLA Legionella pneumophila is the bacterium associated with over 90% of all cases of legionnaires disease.
THE CHLOR-ALKALI INDUSTRY. Chlorine is manufactured by the electrolysis of brine. Sodium hydroxide is produced at the same time. Three different methods.
Protecting people and livestock through pathogen treatment Microbiology Environmental microbiology water, wastewater, soil, air Medical microbiology, pathology,
Introduction to Chlorine Dioxide Technology. Chlorine Dioxide is … Oxidizer and Disinfecting Biocide Molecular Formula – ClO 2 2/3 the oxidation potential.
Chemical BacComber Scale and Bacteria Control Comparison Between
Purposes of Oxidation u Removal of iron, manganese, sulfides u Removal of Taste & Odor u Destruction of color u Removal of synthetic organics –chlorinated.
ICA TriNova, LLC A marketing and development company seeking to commercialize new technologies Founded in 1999 and headquartered in Atlanta GA Privately.
OXIDATION PROCESSES IN DRINKING WATER TREATMENT
Lecture 4: Free chlorine and hypochlorite Prepared by Husam Al-Najar The Islamic University of Gaza- Environmental Engineering Department Environmental.
5.8 Disinfection Objective
Chlorination and Dechlorination. » What is the purpose of a water treatment plant? ˃To remove all contaminants and make the water safe to drink » What.
Experts in Chem-Feed and Water Treatment Chlorine Chemistry.
SEAVURIA Seattle + Kenya (2012)
PURECHLOR – System, Service, Reagents & BOOM. Chlorine dioxide What is Chlorine Dioxide (ClO 2 )? A powerful biocide Consists of 1 atom of Chlorine, 2.
CHLORINE DI OXIDE.
Sustainable Management Resources Inc Join SMRI as we work on: “Creating a Sustainable New Economy” SMRI, San Diego CA, ~ ~ Steve Kaplan ~
How to obtain fresh water Section - E6.3 Chemistry 12 – SL Isabelle R.
The Preparation and Collection Of Non-Metals.
Oxidation-Reduction (Redox) Reactions
Water to Drink Where does our drinking water come from?
CTC 450 Review Water processing.
Reverse Osmosis Feed Treatment, Biofouling, and Membrane Cleaning
Chlorine Dioxide Technology
Elements & Compounds Notes TEKS: (6.5) Matter and energy. The students knows the differences between elements and compounds Differentiate between elements.
Cleaning & Sanitizing for Food Plants. 22 Dec 07Effective Cleaning2 Introduction All equipment must be cleaned and sanitized prior to use and following.
Reactions of chlorine with water and sodium hydroxide.
Dr. Joel J. Ducoste, North Carolina State University, 1 Importance of water “Water is life” Looking at water, you might think that it's the most simple.
pH What is the pH of an ACID? Which type of OXIDE forms an ALKALI? Which type of OXIDE forms an ACID? What happens to the pH of an ACID when it is diluted?
Environmental Engineering Lecture 7 Dr. Hasan Hamouda.
Describe how substances react with other substances Examples: Combustibility – Will a substance burn? Reactivity – Will a substance react with other substances.
Monday January 7, 2013 (Introduction to Chemical Reactions and Equations)
Chapter 4 Elements, Compounds, and Mixtures. Section 2: Objectives Explain how elements make up compounds. Describe the properties of compounds. Explain.
ProMinent Fluid Controls, Inc.
2.3 Solutions. Objectives 9. Define solution, solute, solvent, and concentration 10. Explain the dissociation of water 11. Contrast properties of acids.
Chapter 3 Study Guide Acids and Bases 8 th Grade.
Leading ClO2 Technology
Perquat ™ technology Enhanced biocide and biofilm removal chemistry
Water Treatment: Disinfection Processes Current Technology vs. Alternatives.
ENVIRONMENTAL SCIENCE 5.3 Before You Drink the Water.
The importance of clean drinking water in animal production.
Messaging & Testimonials
The TowerproTM Range of Solid Water Treatment Products for Small Cooling Systems Complete dissolution Complete dissolution.
MICROBIOLOGICAL TREATMENT PROGRAMS FOR COOLING WATER
CTC 450 Review Water processing.
CHAP. 2.2 – WATER TO DRINK.
TEXAS EDUCATION AGENCY POINT OF VIEW
Operation Water Biology
Chlorine dioxide ClO2 is a combination of Chlorine and Oxygen.
Purposes of Oxidation Removal of iron, manganese, sulfides
Energy Conservation Through the Removal of Bio-film
COOLING WATER TREATMENT CONTROLLER
Corporate Sales Manager – Enviro Tech Chemical Services
Presentation transcript:

JTS SafGen UV-OX Chlorine Dioxide Generator

Background Chlorine dioxide has been used for over 100 years. It is more selective than chlorine or bromines and remains effective at low concentrations. Chlorine dioxide is a wide spectrum biocide, effective over a broad pH range, and is a superior product for the control of Legionella. Chlorine dioxide has been used for over 100 years. It is more selective than chlorine or bromines and remains effective at low concentrations. Chlorine dioxide is a wide spectrum biocide, effective over a broad pH range, and is a superior product for the control of Legionella. Chlorine dioxide penetrates the bacterial cell wall and reacts with amino acids to kill the organism. Chlorine dioxide penetrates the bacterial cell wall and reacts with amino acids to kill the organism.

Chlorine Dioxide vs. Chlorine Many treatment programs operate with pH in the range of At pH 6.0, chlorine hydrolyzes to hypochlorous acid (HOCI), which is its effec- tive form. At a pH of 8.5, only 8% goes to HOCI, thus requiring a much higher dosage to control algae and slime. Chlorine dioxide retains efficacy over a wide pH range and provides superior biocide control at a fraction of the chlorine dosage. The smaller dosage makes chlorine dioxide more cost effective. Chlorine dioxide excels in ammoniated systems and where process leaks create high demands for chlorine. Chlorine dioxide does not react with ammonia and is more selective in its reactivity, thus minimizing the dosage and the possible formation of chlorinated organics in the blowdown.

Chlorine Dioxide – Physical Properties Chemical Formula = ClO 2 Chemical Formula = ClO 2 Does not react w/ water Does not react w/ water A true dissolved gas in solution A true dissolved gas in solution 2.5 times the oxidizing capacity of Chlorine 2.5 times the oxidizing capacity of Chlorine A strong oxidizer A strong oxidizer A potent microbiocide A potent microbiocide Must be generated at point of use Must be generated at point of use

Chlorine Dioxide Benefits Selective disinfecting oxidant Rapid kill rate at low ppm Broad-range bacteria, fungi & virus destruction Penetrates & sluffs biofilm, killing resident organisms Does not form trihalomethanes (THM’s) Does not react with ammonia or chlorinated organics Does not form hypochlorous acid or free chlorine Is less corrosive than chlorine Oxidizes manganese, iron, phenols, sulfides, cyanides Able to oxidize odor-causing substances Remains effective across broad pH range

Why Isn’t Chlorine Dioxide More Widely Used? Federal law prohibits the transportation of chlorine dioxide gas, therefore it must be produced at the point of use. Large-scale water treatment systems use complex and expensive acid-based chlorine dioxide generators. Typically, these methods require multiple hazardous precursors. Chlorine dioxide historically has been considered a viable option when the amount of water requiring treatment warranted the expense, danger, complexity and maintenance concerns of a large-scale generator.

Chlorine Dioxide – Other Methods 2 ClO 2 + 2NaCl 2NaClO 2 + Cl 2 Sodium Chlorite plus Chlorine 2NaClO 2 + NaOCl + 2HCl 2ClO 2 + 3NaCl + H 2 O 5NaClO 2 + 4HCl 4ClO 2 + 5NaCl +2H 2 O Bleach plus Hydrochloric Acid

In Summary… Has to be generated on-site 2-3 chemical precursors required Complicated, expensive feed equipment Dangerous to produce Current systems are highly corrosive Labor-intensive and high-maintenance costs Requires qualified manpower - 24/7 monitoring No effective systems for under 2 lbs./day

Finally…. Finally…. The SafGen Chlorine Dioxide Generator overcomes the barriers of: Hazard Expense Maintenance Complexity Size

SafGen Chlorine Dioxide Generator The SafGen UV-OX generator safely produces a direct feed, dilute aqueous chlorine dioxide solution using ultraviolet energy in reaction w/ sodium chlorite.

JTS SafGen UV-OX C hlorine Dioxide- Our Way NaClO 2 ClO 2 + Na + UV Light

SafGen Features JTS SafGen Features Single Chemical Precursor Safe generation using UV light Adjustable Dosage Settings Feed Range – up to 2 lbs./day “No Flow – No Feed” Design

RXCARTRIDGERXCARTRIDGE Ballast NaClO2 Drum Pump Timer ELE Ctrl Ballast Outlet Shutoff Valve Inlet Filter Rotameter Solenoid Valve

JTS SafGen – Benefits Easily integrated into your current treatment program Effective elimination of biofilm Safe concentrations of chlorine dioxide Can function as-needed, according to demand Single chemical precursor No acid, no bleach, no chlorine gas Less corrosive than other generation systems Generation process does not affect pH levels Small footprint, self-contained weather resistant cabinet Straight-forward installation Easily maintained by building engineer or service provider

Riverway Cooling Tower

Villa D’Este Cooling Tower

Villa D’Este Before Chlorine Dioxide

Villa D’Este Chlorine Dioxide Before After

Biocidal Control Benefits Uncontrolled growth of microorganisms can lead to: higher water and energy costs shortened equipment life increased health risks Biofilm can: impede heat transfer and water flow serve as site for scale formation promote under-deposit corrosion prevent function of scale and corrosion inhibitors sequester infectious bacteria such as Legionella

SafGen Operation Conditions for more than 1.0 lbs/day chlorine dioxide The water flow rate should be set to 60 gph The proportional pump is preset at the factory to feed +/- 435 ppm sodium chlorite (1,740 ppm of Sodium chlorite solution) The reactor will produce 1.6 lbs/day of chlorine dioxide

SafGen Operation Conditions for less than 1.0 lbs/day chlorine dioxide Reset the proportional pump to feed +/- 270 ppm sodium chlorite (1,080 ppm of Sodium chlorite solution) The water flow rate should be set to 70 gph The reactor will produce 1.2 lbs/day of chlorine dioxide

JTS SafGen UV-OX JTS SafGen UV-OX Applications Commercial Cooling Towers Legionella Contaminated Systems Decorative/Ornamental Fountains Odor control – hydrogen sulfide, organo-sulfur Destruction of phenols and mercaptans Color removal and bleaching Surface disinfection

Phone: Fax: SafGen UV-OX JTS SafGen UV-OX Patent Pending and © JTS Enterprises, Inc Patent Protection The process and apparatus described in this presentation is protected by US and foreign patent applications. The owners of the disclosed technology will use all means, including injunctions and the levying of damages, to prevent any unauthorized use of the disclosed technology JTS Enterprises, Inc Post Oak Place Suite 153 Houston, Texas Order Information