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Welcome to Omya
Jarrod Massam – Market Development & Innovation Director, Water & Energy
Facts & Figures
November 28th 2019
This document contains proprietary information which shall not be used and disclosed without explicit written authorization of Omya
2
INTRODUCTION TO OMYA
More than 175 plants
in over 50 countries
Headquarters in Oftringen, Switzerland
8,000employees
Privately-owned Swisscorporation
130 years of history
4 CHF billion turnover
Ownership of mineral deposits all around the globe
Our Markets
This document contains proprietary information which shall not be used and disclosed without explicit written authorization of Omya
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ConstructionPrinting & Writing Technical Polymer Applications
E
Agriculture & Forestry Water & EnergyConsumer GoodsPackaging
Omya Water & Energy
November 28th 2019
omya.com
Omya Advanced Remineralization Process(OARP)
Why Post Treatment?
This document contains proprietary information which shall not be used and disclosed without Omya explicit written authorization
5
REMINERALIZATION
Corrosive water damaging to infrastructure
pH and other targets
Health benefits of calcium (and magnesium) in drinking water
Taste
November 28th 2019
Drawbacks of Current Processes
28 June 2017
This document contains proprietary information which shall not be used and disclosed without Omya explicit written authorization
6
OMYA ADVANCED REMINERALIZATION PROCESS
Direct Chemical Dosing Lime Dosing Calcite Contactors
Calcium Chloride (CaCl2)Sodium Bicarbonate (NaHCO3)
Lime (Ca(OH2))Carbon Dioxide (CO2)
Calcium carbonate chips (CaCO3)Carbon Dioxide (CO2)
High operating costUnwanted counter ionsFocused on LSIDifficult to maintain stability
High costWaste by-productNo CarbonateDifficult to maintain stability
Slow reaction kineticsPoor CO2 efficiencyLarge plant footprint
Improve and Enhance from Current Processes
This document contains proprietary information which shall not be used and disclosed without Omya explicit written authorization
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Calcite Contactors Lime Dosing Direct Chemical Dosing
Calcium carbonate chips (CaCO3)Carbon Dioxide (CO2)
Lime (Ca(OH2))Carbon Dioxide (CO2)
Calcium Chloride (CaCl2)Sodium Bicarbonate (NaHCO3)
Slow reaction kineticsPoor CO2 efficiencyLarge plant footprint
High costWaste by-productNo CarbonateDifficult to maintain stability
High operating costUnwanted counter ionsFocused on LSIDifficult to maintain stability
Drastically increase kinetics
Allow controlled dosing of CO2
Drastically reduce particle size
Significantly reduce amount
Use high purity product
Accurate dosing control
Significantly reduce amount
Accurate dosing control
November 28th 2019
Omya Advanced Remineralization Process
This document contains proprietary information which shall not be used and disclosed without Omya explicit written authorization
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OMYA ADVANCED REMINERALIZATION PROCESS
HRMOL or caustic
November 28th 2019
Advantages of OARP
This document contains proprietary information which shall not be used and disclosed without Omya explicit written authorization
9
OMYA ADVANCED REMINERALIZATION PROCESS
Fully adaptable post-treatment
High CO2 efficiency (↓$)
Turbidity free water
Reduced plant footprint (↓$)
Reduced CAPEX and/or OPEX (↓$)
Modular design
November 28th 2019
Pilot & Demonstration
This document contains proprietary information which shall not be used and disclosed without explicit written authorization of Omya
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OMYA ADVANCED REMINERALIZATION PROCESS
For your next project?
Padre Dam AWT
November 28th 2019
Technical & Commercial Proposals
This document contains proprietary information which shall not be used and disclosed without explicit written authorization of Omya
11
OMYA ADVANCED REMINERALIZATION PROCESS
Retrofit of existing installations to provide cost savings to the facility.
Greenfield, new and upcoming projects.
November 28th 2019
Omya Advanced Remineralization Process
Thank you
Jarrod Massam
Director Market Development &
Innovation
24 May 2018
This document contains proprietary information which shall not be used and disclosed without Omya explicit written authorization
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