Water Purification Comparison

Slides:



Advertisements
Similar presentations
Drinking Water Treatment Seminar Leesville Middle School
Advertisements

SAFE DRINKING WATER TECHNOLOGY DESIGNING A SAFE AND HEALTHY GLOBAL WATER SUPPLY FOR TOMORROW.
Harnessing the energy of the sun to provide safe drinking water for the world.
THE WORLD OF EUREKA FORBES.
St. Eustatius drinking water production
Chemistries and Physics of Water Purification
Common Water Treatment Problems Hard Water -Calcium and Magnesium. Soap Scum, and Scale Build-Up. Iron - Clear (Ferrous), Red (Ferric), & Bacteria Related.
Microfiltration / Reverse Osmosis The 1-2 Punch for Water Treatment
Membrane Processes Chapter 15. Resources and Materials: Students should review and utilize the following on-line resources:
Water for Pharmaceutical Use Introduction and treatment Md. Saifuzzaman Associate Professor Pharmacy Discipline, KU. Pharmaceutical.
Organics & Alkali Solutions Separation- OleoSepa Pure Tech India, A-5, Trec step, Thuvakudi, Trichy Telephone: ; Telefax: 00.
Rainwater Disinfection Options Presented By Jack Holmgreen, ARCSA-AP, WTS III SparkleTap Water Company.
Membrane Applications in Water Treatment
To HITECH WATER FILTERS TECHNOLOGY LLC.  Purify your tap water into pure & healthy drinking water with hitech water filters  A Mineral Water Machine.
Membrane Processes •A membrane is a selective barrier that permits the separation of certain species in a fluid by combination of sieving and diffusion.
1. Name the organelle that performs each function: a. Creates ATP from other compounds b. Tags and packages other molecules c. Conducts photosynthesis.
Information about Purified water Ten steps to Purified Water Photos of Purified water in process Conclusion.
Water Supply & Management Obj: Discuss the nature, importance and sources of water.
Water on Earth We know that 70% of Earth is water. What percent of water is freshwater? 3% 97% of water is found in oceans. 2% is frozen in glaciers and.
Water: Removing dissolved solutes. Precipitation reactions When two solutions are mixed and a solid forms it is called a precipitation reaction The precipitate.
How to obtain fresh water Section - E6.3 Chemistry 12 – SL Isabelle R.
Water Treatment Process We get water from lakes and streams and wells (aquifers) and other water sources from nature. However, nature is full of dirt,
Fields Of Activity Industrial water treatment Waste water treatment – recycling and upgrading Fine Cyclonic separations for cosmetics and oil industries.
Reverse Osmosis Ultrafiltration Microfiltration
DESALINATION. MEANING THE TABLE GIVEN BELOW IS THE LISTS OF THE CONCENTRATIONS OF SEVEN SUBSTANCES THAT TOGETHER COMPRISE MORE THAN 99 PERCENT OF THE.
Identifying Water Sources and Quality Standards. Next Generation Science / Common Core Standards Addressed! WHST.9 ‐ 12.7 Conduct short as well as more.
Processing, distribution and use of water.
What is NEWater? NEWater is reclaimed water. It is treated wastewater that has been purified using advanced dual-membrane (micro filtration and reverse.
Done by: Alisa Yasmin, Christabel Robert, Nuzul Nazkhatul, Ganisha, Nata, Kheng Ian & Benjamin 1E1.
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.
Human Waste Disposal  More than 500 pathogenic bacteria, viruses, and parasites can travel from human or animal excrement through water.  Natural Processes.
Done by: Alisa Yasmin, Christabel Robert, Nuzul Nazkhatul, Ganisha, Nata, Kheng Ian & Benjamin 1E1.
ENVR 403 Introduction to Environmental Chemistry Philip C. Singer Department of Environmental Sciences and Engineering
An Introduction to Our Water Filtration Systems. Where Do We Work? 4,078 Students The Dominican Republic Haiti 9 Schools 8,803 Students 10 Schools.
Wisewater Pte Ltd October Inadequate existing technologies 2 RO: Reverse Osmosis remove both TDS* and TSS*, but: Very low tolerance to fouling.
Desalination.
Water To Drink. Water Quality The degree of purity of water, determined by measuring the substances physical, chemical and biological in water, besides.
Desalination and Reverse Osmosis Koh Huai Ze (10).
Team 8 Wissal, Todd, James, Abe, Mike. Research and Product Development Water bottle manufactures test new materials to see it they make for a suitable.
1.Submit your Creek Survey if you haven’t already done so. 2.Which part of the water cycle is MOST responsible for polluting surface water? 3.Municipalities.
Membrane Processes •A membrane is a selective barrier that permits the separation of certain species in a fluid by combination of sieving and diffusion.
정수공학및 설계 Membrane Processes.
Lesson 8. C Describe examples of situations where solutions of known concentration are important. C Describe the process of treating a water.
Lecture 4 Classification of Mixtures Solutions Solubility Water Treatment.
Water Purifiers Proaudio55 (Own work) [CC BY-SA 3.0 ( via Wikimedia Commons.
Chapter 6 Reverse Osmosis and Nanofiltration
SPOT ZERO REVERSE OSMOSIS SYSTEM Welcome to Elite Marine Services.
ENVIRONMENTAL SCIENCE 5.3 Before You Drink the Water.
Membrane Processes Introduction Membrane processes represent an important subset of filtration processes as there are very few pollutants found in water.
6. Water Use in the United States 50% Agricultural (Irrigating/ Watering Crops) 45% Industrial (Generating power, Mining, Cooling Machinery) 5% Residential/
2 nd presentation by Patricia REVERSE OSOMOSIS :the possible solution for water hardness.
Water.  Naturally occurring water exerts its solvent effect on most substances it contacts. So its impure, containing varying amounts of dissolved inorganic.
How Reverse Osmosis Water Purification Systems Work.
What Is In This Chapter? Water Treatment Overview
Lecture3_water purification, ChemEng, KKU, M.Thabuot MEMBRANE: Microfiltration Simple screening mechanism Pore size 0.01 μm - 10 μm  P  0.01 to 0.5 MPa.
SLOW SAND FILTERS Slow sand filters (as opposed to "rapid sand filters", the type discussed above) are operated at a much lower loading rate. Surface.
REVERSE OSMOSIS PLANTS 5-35kl/day
CHAP. 2.2 – WATER TO DRINK.
REVERSE OSMOSIS PLANTS kl/day
Warm Up p65 Which part of the water cycle is MOST responsible for polluting surface water? Municipalities (towns) get drinking water from which two sources?
THE BEST METHOD FOR WATER FILTRATION – REVERSE OSMOSIS.
Work COMPANY INTRODUCTION.
INTRODUCTION  A membrane is a thin semi-permeable barrier which can be used for the following types of separation: 1. Particle-liquid separation 2. Particle-solute.
Introduction to Filtration
Warm Up p65 Which part of the water cycle is MOST responsible for polluting surface water? Municipalities (towns) get drinking water from which two sources?
DRINKING WATER.
Separation Techniques in Chemistry
General Definition Membrane Processes include a broad range of seperation processes from filtration to ultrafiltration and reverse osmosis. A semi-permeable.
C10: Sustainable Development
How Reverse Osmosis Water Purification Systems Work
Presentation transcript:

Water Purification Comparison Ultrafiltration Reverse Osmosis UV Disinfection www.sunshineworks.com

Where does your water come from? Municipal water supply Well Lake Bore hole Cistern www.sunshineworks.com

What is in your water? Bacteria- e. coli, other coliforms Viruses Parasites – Giardia, Cryptosporidium Pesticides Fecal matter Algae Medications dissolved in drinking water Dissolved solids – salts, minerals, heavy metals Suspended solids – dirt, silt www.sunshineworks.com

How Filtration Systems Work Ultrafiltration sieves out contaminants by molecular size and weight. Reverse Osmosis sieves out contaminants AND removes dissolved solids (salts, minerals, metals and other ions). Both Reverse Osmosis and Ultrafiltration systems create a barrier to remove contaminants. Pore size is extremely small on reverse osmosis systems and a bit larger on ultrafiltration systems. The pore size affects the amount of pressure, and therefore energy, required to push the water through the membrane. www.sunshineworks.com

Filter Membrane www.sunshineworks.com

Size Matters www.sunshineworks.com

What Filtration Systems Remove www.sunshineworks.com

Ultrafiltration In Use Physical barrier to contaminants Removes bacteria, viruses, parasites, pesticides, medications, algae, dirt, silt and other suspended solids Low energy requirement Good for lakes, streams, wells Not for seawater or brackish water www.sunshineworks.com

Ultrafiltration www.sunshineworks.com

Definition of Reverse Osmosis High pressure feed water is forced against a dense, membrane surface. Water molecules diffuse through the membrane leaving the concentrated salts, other ions and contaminants behind. www.sunshineworks.com

Reverse Osmosis in Use Removes dissolved salts, minerals, metals and sugars Removes algae, bacteria, viruses, parasites, pesticides, medications, dirt, silt and other suspended solids. Best method for producing very pure water. Only viable method for large volume desalination of brackish water or seawater. Energy intensive Requires prefiltration www.sunshineworks.com

Reverse Osmosis For Salt Water www.sunshineworks.com

Ultra Violet Light system In Use Feed water flows past an ultra violet light bulb. The UV rays destroy the DNA in organisms. Effectiveness is determined by water clarity, flow rate and UV ray output. www.sunshineworks.com

Ultra Violet Light Kills DNA www.sunshineworks.com

Ultra Violet Light Pros and Cons Effectiveness-UV light destroys DNA in bacteria and viruses, effectively killing the organism. The light source must be sufficiently bright and the feed water must have the proper flow rate to be effective. Difficult to determine effectiveness without lab testing. Turbidity-Dissolved solids that turn water dark will also block UV light, making it much less effective. The feed water must be absolutely clear to effectively kill all the organisms. Limitations UV only kills microorganisms. UV cannot remove salts, minerals, heavy metals, pesticides and other inorganic compounds from water. Best as a final stage after ultrafiltration or reverse osmosis. www.sunshineworks.com

Ultrafiltration or Ultra Violet Designed for PRETREATED WATER UV is NOT A BARRIER to contaminating organisms. Effectiveness depends on water CLARITY, flow rate and bulb position UV has NO SIMPLE FIELD TEST Requires POWER to illuminate Has NO TESTING CLAIMS Portable units for LOW CAPACITY treatment only Requires ABSOLUTELY CLEAR water source Best as final stage Designed for NON POTABLE WATER UF provides a PHYSICAL BARRIER to organisms System REMOVES 99.9999% of bacteria and 99.999% of viruses A SIMPLE integrity test validates performance A LOW ENERGY requirement Has PASSED EVP/EVT test protocol For HIGH CAPACITY filtration Very LOW WASTE stream Very SIMPLE to setup and maintain Produces CRYSTAL CLEAR WATER Drinking water that TASTES GOOD www.sunshineworks.com

Ultrafiltration or Reverse Osmosis Designed for NON POTABLE WATER UF provides a PHYSICAL BARRIER to organisms System REMOVES 99.9999% of bacteria and 99.999% of viruses A SIMPLE integrity test validates performance A LOW ENERGY requirement Has PASSED EVP/EVT test protocol For HIGH CAPACITY filtration Very LOW WASTE stream Very SIMPLE to setup and maintain Produces CRYSTAL CLEAR WATER Drinking water that TASTES GOOD Designed for DESALINATION of brackish water or seawater Provides a PHYSICAL BARRIER to contaminating organisms Remove 96-98% of DISSOLVED SALTS, MINERALS and METALS Concentrate from system is WASTE stream A SIMPLE TDS test to validate RO has HIGH ENERGY requirement Best for labs, hospitals or HIGH PURITY applications www.sunshineworks.com

Questions? Ron Castle Owner www.sunshineworks.com    111 First Avenue NW, Suite 2 Winchester, Tennessee 37398-1643 USA +1.931.962.8665 Phone +1.888.878.6014 FAX Toll Free +1.931.607.1392 Mobile and SMS roncastle@sunshineworks.com Skype ID roncastle www.sunshineworks.com