On-Site Sodium Hypochlorite Generation Equipment

Similar documents
Chloramine: An Effective Biocide for Produced Waters. Andrew K. Boal, Ph.D. and Charles Mowery

CO forms CO 2. forms. (a) The coke reacts with the oxygen in the air to form carbon dioxide. C + O 2

New Technologies for Hypo Production

Electrochemistry Written Response

Electricity and Chemistry

One of the main ores of zinc is zinc blende, ZnS. There are two stages in the extraction of zinc from this ore.

Hypochlorite Production General Information. 740 E. Monroe Road, St. Louis, MI

ADVANCED SOFTENING MATERIAL FOR PROBLEM WATER

(a) To find out which is the more reactive metal, zinc or tin, the following experiment could be carried out. piece of zinc shiny surface

CHEMISTRY 112 EXAM 3 JUNE 17, 2011 FORM A

Water Quality. CE 370 Lecture 1. Global Distribution of Earth s s Water

KKB Micro Testing Labs Pvt. Ltd., , 2 nd Floor, Tarun Plaza, NFC Main Road, Krishna Nagar Colony, Moula Ali, Hyderabad, Telangana

CLEANER PRODUCTION GUIDELINES IN CAUSTIC SODA /CHLOR-ALKALI INDUSTRIES

AD26 Systems for Iron, Manganese, Sulfide and Arsenic Removal

ICSE-Science 2 (Chemistry) 2004

CHEMNIUM NACLO SODIUM HYPOCHLORITE GENERATOR

Electricide HG Electrochemical Chlorine Generators

Applications of electrochemistry

Suggest one reason why spoons are electroplated. ... Why is hydrogen produced at the negative electrode and not sodium?

Operation and Maintenance of Electrochlorination Plant

look down at cross on paper paper cross on paper

METALS AND THEIR COMPOUNDS

JSUNIL TUTORIAL, SAMASTIPUR

Unit 5 Review Electrolytic, Electrochemical Cells, Corrosion, & Cathodic Protection

ADVANCED SOFTENING MATERIAL. for problem water. SIMPLE SOLUTION FOR 5 PROBLEMS hardness iron manganese natural organic matter ammonium

NACE CORROSION 2008 TEG 096X Symposia - Paper 1421

SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY COIMBATORE First Year BE/B.TECH ( ) Engineering Chemistry- I

GENARAL INTRODUCTION TO METALLURGY :Std: XI-CHEMISTRY

Concentration mg/l TDS mg/l 10, ,000 Recovery 75% Waste TDS mg/l 44,000 COD mg/l 3,500 0 BOD NTU 1,250 0 Power Used kwh/m3 2.

Boiling point in C. Colour in aqueous solution. Fluorine 188 colourless. Chlorine 35 pale green. Bromine X orange.

ELECTRONIC GRADE SULFAMATE NICKEL Document ID: EFM1409

MR. D HR UV AS HE R I.C.S.E. BOA RD PAP ER ICSE

Summer Assignment Coversheet

The ABC s of OSG (On-Site Generation of Hypochlorite and Chlorine Gas) TACWA Business Meeting Fort Worth, Texas

CHLOR-ALKALI INDUSTRY

CRHS Academic Chemistry Unit 1 Matter and Change HOMEWORK. Due Date Assignment On-Time (100) Late (70)

Removing Heavy Metals from Wastewater

1. Scaling. H.O.: H-5/21, KRISHNA NAGAR, DELHI Tel.: , Fax:

AUTOMATED WATER ANALYSIS

Solutions Unit Exam Name Date Period

Formula & Equation Writing

Kirill Ukhanov, GE Water & Process Technologies, Russia, describes how advanced membrane technology is helping a Russian refinery to meet stringent

OCN 201 Chemical Oceanography Class Notes, Fall 2014 The origin of sea salt Chris Measures, Department of Oceanography

A.M. MONDAY, 18 January minutes

Distribution Review. Corrosion Control. Corrosion Control Vocabulary. American Water College 1. Corrosion Control Training Objectives

OC30 Conduct a qualitative experiment to detect the presence of dissolved solids in water samples, and test water for hardness (soap test)

OSEC B-Pak - Frequently Asked Questions

COOLING TECHNOLOGY INSTITUTE

Warm Mineral Springs Sampling by Sarasota County

There s also got to be a wire, but that s kind of taken for granted.

Reverse-osmosis membranes were

How to Choose a Water Softener. Brought to you by

AP* CHEMISTRY EQUATIONS BY TYPE

NOMENCLATURE (ie naming compounds)

Some Basic Concepts of Chemistry

REMOVAL OF HARDNESS BY PRECIPITATION

Purification of Brackish Water using Hybrid CDI-EDI Technology

Hard water. Hard and Soft Water. Hard water. Hard water 4/2/2012

Water Treatment & Purification Chemicals

Electrode Product Application. Japan Carlit Co.,Ltd 8 June 2015

ELECTRODIALYSIS REVERSAL (EDR) TREATMENT AT FORT IRWIN ABSTRACT

By C.F. Chubb Michaud, CWS-VI

CITY OF LOMITA CYPRESS WATER PRODUCTION FACILITY OFF-LINE TESTING

Conditions for Making Sodium Hypochlorite (Bleach) for Water Treatment in a Developing Country While Avoiding Inorganic Disinfection By-Products

How to Collect Your Water Sample and Interpret the Results for the Livestock Analytical Package

an alternative for textile wastewater

INTRODUCTION. Installed Capacity: The total installed capacity of the plant for the product will be as per details given below:- PRODUCT:

GRADE 10: Chemistry 2. UNIT 10AC.2 11 hours. The chemical industry. Resources. About this unit. Previous learning. Expectations

Corrosion and Odor Control in Wastewater Systems

Extracting and using metals. ores. native. Only the most unreactive metals such as gold and platinum are found as native metals.

5.B Generation of pharmaceutical water Author: Michael Gronwald Co-Author: Dr. Ralph Gomez / Up06

Challenges in Municipal Water Treatment and the MIOX Solution

AP Chemistry Reaction Set

calcium oxide removes acidic oxides basic oxides acidic oxides basic oxides Iron obtained from the blast furnace is contaminated with

Which of these is the formula for disulfur heptoxide? A. S 2 O 7 B. S 7 O 2 C. SO 2 D. N 2 O

BALCLOR TM Ballast Water Treatment System. SunRui Corrosion and Fouling Control Company 3 December 2009, Shanghai China

MAINTAINING DRIP IRRIGATION SYSTEMS

Soda Ash ( Sodium carbonate) Manufacture

Compounds & Reactions Week 1. Writing Formulas & Balancing Equations. Write the chemical formula for each molecular (covalent) compound.

IWC ZLD: New Silica Based Inhibitor Chemistry Permits Cost Effective Water Conservation for HVAC and Industrial Cooling Towers

Complete Water Analysis for POWER GENERATION

Treatment Technologies

Purification of Brackish Water using Hybrid CDI-EDI Technology. by Robert Atlas, Aqua EWP, LLC. San Antonio, TX

On-Site Sodium Hypochlorite Generation

CHEMISTRY. SECTION I (40 Marks) Attempt all questions from this Section

Treatment Processes for Potable Water

Oxygen. Oxygen is one of the fundamental resources required by life forms on Earth. Aquatic ecosystems have a wide assortment of life forms.

AP Chemistry Reaction Set

Worksheet 5 - Naming Ionic Compounds Part 1 (Binary compounds with Group 1, 2 or 13 metals) Naming

Topic 2.7 EXTRACTION OF METALS. Extraction of Iron Extraction of Aluminium Extraction of Titanium Recycling

5072 CHEMISTRY (NEW PAPERS WITH SPA) TOPIC 9: METALS 5067 CHEMISTRY (NEW PAPERS WITH PRACTICAL EXAM) TOPIC 9: METALS

Nomenclature. A systematic method of writing chemical formulas and naming compounds

1. Which of the given statements about the reaction below are incorrect?

2.4 Period 3. Na Mg Al Si P S Cl Ar

2015 O LEVEL CHEMISTRY 5073/02

Learn Chemistry. Starter for Ten 9. Redox. Registered Charity Number

APPLICATIONS OF ELECTROCHEMISTRY

Lenntech. Tel Fax

EMA4303/5305 Electrochemical Engineering Lecture 05 Applications (1)

Slide 1. Slide 2. Slide 3. Hardness. Concentration is. What s the concentration of red triangles? What s in your pipes? 500 ml

Transcription:

On-Site Sodium Hypochlorite Generation Equipment Water Arabia - 2015

Electrolysis A Process that decomposes a chemical compound into its elements or produces a new compound by the action of an electrical current. The electrical current is passed trough an electrolytic cell and oxidation/reduction reactions occur at the electrodes. E.g., water can be decomposed into hydrogen and oxygen, or a metal can be electroplated by electrolysis. Electrolytic Cell An electrochemical cell that converts electrical energy into chemical energy. The chemical reactions do not occur "spontaneously" at the electrodes when they are connected through an external circuit. The reaction must be forced by applying an external electrical current. It is used to store electrical energy in chemical form. It is also used to decompose or produce (synthesize) new chemicals by application of electrical power. This process is called electrolysis, e.g., water can be decomposed into hydrogen gas and oxygen gas. The free energy change of the overall cell reaction is positive. Confidential and Proprietary to Parkson Corporation 2

3 kg Salt 3 kg Water 4.4 kw Power 0.45 kg HYPO 0.8% or 8,000 mg/l Free Available Chlorine Confidential and Proprietary to Parkson Corporation 3

Na + + Cl - + H 2 O Cl 2 + H 2 + Na + + OH - Cl - = Chloride Ions Na + = Sodium CL 2 = Chlorine Gas H 2 = Hydrogen Gas OH - = Hydroxyl Ions e - = Electricity Cathode (Negative Side): H 2 O + e - H 2 + OH - Anode (Positive Side) Cl - CL 2 + e - H 2 O e - + O 2 + H + Confidential and Proprietary to Parkson Corporation 4

What you need! 56.78 Liters Water 3 kg Salt 4.4 kw Electricity NaCl + H 2 O + 2e - NaOCl + H 2 0.45 kg CL 2 56.78 Gallons Sodium Hypochlorite.8% Concentration (8,000 ppm FAC) 1/16 Kilograms H 2 Hydrogen Confidential and Proprietary to Parkson Corporation 5

Water Quailty WHAT IS IMPACTED Oxidant Chlorine Cell MEASURE LIMIT Demand Production Life Total Hardness** mg/l < 17.1 mg/l (or grains/gal) (1 grain/gallon) Iron (Fe)** mg/l < 1 mg/l Manganese (Mn)** μg/l < 50 mg/l Fluoride (Fl) mg/l < 1 mg/l Silica (SiO 2 ) mg/l < 80 mg/l Bromide mg/l < 50 mg/l Cyanide mg/l < 1 mg/l Lead mg/l < 2 mg/l Dissolved Sulfides (as H 2 S) mg/l *** Ammonia Nitrogen (NH 3 -N) mg/l *** Organic Nitrogen (Org - N) mg/l *** Total Organic Carbon (TOC) mg/l *** ph - 5-9 Water Temperature C > 4.4 C < 35 C**** Range F > 40 F < 95 F**** Confidential and Proprietary to Parkson Corporation 6

Food Grade Quality salt is recommended Component NaCl (dry) 99.5% Impurity Calcium (in all forms) 0.01% Magnesium (in all forms) 0.01% Mangesium 0.00002% Iron (as Fe) 0.0005% Insolubles 0.005% Additives 0.0001% Percent Minimum Percent Maximum These are not hard specifications. However, the maintenance required for the filters and electrolytic cell are dependent on salt and water quality. Confidential and Proprietary to Parkson Corporation 7

Recommended Feed Water Temperature 10 o C to 26.7 o C Salt Usage at these ranges 3 kg salt/kg FAC Power Usage at these ranges 2 kw-hr/lb FAC (4.4 kw-hr/kg FAC) Confidential and Proprietary to Parkson Corporation 8

Allowable Feed Water Temperature (Low) 4.4 o C to 10 o C Salt Usage will go up ~25% 3.75 kg salt/kg FAC Power Usage will go down ~10% 3.96 kw-hr/kg FAC Confidential and Proprietary to Parkson Corporation 9

Allowable Feed Water Temperature (High) 80 o F (26.7 o C) to 95 o F (35.56 o C) Salt Usage will go down ~10% 2.7 kg salt/kg FAC Power Usage will go up ~15% 5.06 kw-hr/kg FAC Confidential and Proprietary to Parkson Corporation 10

Generation Process On-site Generator Confidential and Proprietary to Parkson Corporation 11

Water Softener Soft water (Out) Brine Solution for Softener regeneration Hard water (IN) Confidential and Proprietary to Parkson Corporation 12

Generation Process On-site Generator Confidential and Proprietary to Parkson Corporation 13

Brine Saturators 4 2 3 1. Liquid Level Controls 2. Salt Fill Spout 3. Vent with Dust Bag 4. Access Manways 4 1 F C % Salt 40 4.44 26.33 50 10 26.36 60 15.56 26.395 70 21.11 26.45 80 26.67 26.52 100 37.78 26.68 SpGr. @ 60 F 1.2024 Confidential and Proprietary to Parkson Corporation 14

Question & Answers Confidential and Proprietary to Parkson Corporation 15

Thank You Randy Otts Product Manager Disinfection rotts@parkson.com (954) 288-8475 www.parkson.com Confidential and Proprietary to Parkson Corporation 16