What’s the Big Deal with Dental Amalgam In the US, more than 100 million Hg fillings are placed each year Estimated 12,172 pounds of mercury are discharged.

Slides:



Advertisements
Similar presentations
Estimation of Mercury Bioavailability in Wastewater Treatment Plant Effluents J. David Dean San Francisco Estuary Institute Mercury Coordination Conference.
Advertisements

Wastewater to Frac Water Presented by – Peter Bernard, CEO Active Water Solutions, LLC. Williston Basin Petroleum Conference May 22, 2012 A Smart Solution.
Gold Mining: Is It Sustainable
Water & Wastewater Construction Back Forward Wastewater Treatment Plant and Pump Station Improvements, Haverhill, MA.
Sewage and Effluent Treatment 2-4 November 2002 Seán Moran -The first few slides.
Water Saving to reduce to load on Effluent Treatment plant Arvind Ltd, Knits Division.
Coagulation and Flocculation at Water Treatment Plants
A Clean Water Agency Quarterly Environmental Compliance Report Presented to the Environment Committee April 28, 2009 Mary Gail Scott Manager, Environmental.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500.
Amalgam Separators.
WASTEWATER ENGINEERING
Editing and Imputing VAT Data for the Purpose of Producing Mixed- Source Turnover Estimates Hannah Finselbach and Daniel Lewis Office for National Statistics,
The Quality Company - Worldwide SOUTH WEST WASTE MINIMISATION GROUP 3 RD JUNE 2009.
Critical Infrastructure Program Wastewater Sub-sector.
Hospital Mercury Reduction Gary Goodman Environmental Specialist Sacramento County Department of Water Quality.
Oregon Dentist Partnership Rick Volpel Oregon Department of Environmental Quality (503)
Mercury in the Dental Office New Regulations = New Separator Designs and Treatment.
Introduction: We will start with an overview of treatment processes 1) Why do we treat water and wastewater? The main objectives of the conventional wastewater.
DEER LAKE MERCURY CONTAMINATION A Brief History and Overview of the Amended Consent Judgment Steve Casey DNRE Upper Peninsula District.
Promoting Voluntary Efforts to Reduce Dental Mercury Releases to Wastewater Mark McMillan Colorado Department of Public Health and Environment October.
ADA, EPA, NACWA MEMORANDUM OF UNDERSTANDING Jerry Bowman Public Affairs Counsel State Government Affairs American Dental Association.
Massachusetts Dental Mercury Amalgam Recycling Program CARROTS AND STICKS.
Managing Mercury in Dental Offices Greg Newman Division of Pollution Prevention and Environmental Assistance.
FGD MONITORING PROJECT ORSANCO Technical Committee Meeting June 4, 2013 Item 8a.
Water Waste Treatment.
Celebrating Our Success David K. Paylor, Director Environment Virginia April 2013.
Kevin A. Jones, MBA, M.Sc.Pl., President & CEO, OCETA, Canada Environmental Performance Verification - Managing Expectations for Meaningful Results Boosting.
► engineers scientists architects constructors ► Managing Mercury Mania Jerald O. Thaler, P.E. Fishbeck, Thompson, Carr & Huber, Inc. Michigan Water Environment.
5th AIT Masters Theses Competition May 17, 2010 Miss Nisita Khongpaiton Name: Miss Nisita Khongpaiton Dr. Preeda Parkpian Advisor: Dr. Preeda Parkpian.
Sustainability. © 2012 Hilton Worldwide Confidential and Proprietary LightStay Proprietary system Calculates and analyzes sustainability performance Measures.
AIU Day 4. Water, Water, Everywhere!! Water Treatment in SW Pennsylvania.
Water Treatment Chapter 11. Sewage Treatment Rationale More than 500 pathogenic bacteria, viruses, and parasites can travel from human or animal excrement.
Unit 8: Waste Management Section 2: Wastewater Treatment.
Engineering Calculations. Engineering Dimensions and Units Density D = M/V M = mass V = volume Water: 1 x 10 3 kg/m 3 or 1 g/cm 3 or 62.4 lb m /ft 3.
Vermont’s Dental Amalgam Separator Pilot Project Field Testing Observations and Practical Considerations in Choosing an Amalgam Separator Gary Gulka, VT.
Environmental Technology ChimH409 (2-0-1) Michel Verbanck 2012 Universite Libre de Bruxelles Bruface Dept Water Pollution.
Michael Darcy Owner M.A.R.S. Bio-Med Processes Inc.
A.2 Foul Water Lab QUIZ. Composition Book Entry  1. What is the purpose of this activity?
Presentations May 23 – 25, 2005 Portland, Maine For related information visit:
1 Cities for a Strong America Summit 2005 National City Water Survey Executive Summary Water and Wastewater Infrastructure Investment and Finance Albuquerque,
A. Hangan, L. Vacariu, O. Cret, H. Hedesiu Technical University of Cluj-Napoca A Prototype for the Remote Monitoring of Water Parameters.
Utility Technology Conference Sessions Wastewater Gardenview A Wastewater Gardenview A Collection Gardenview B Collection Gardenview B Water Gardenview.
ENVE 201 Environmental Engineering Chemistry 1 Sampling – Sampling Types Dr. Aslıhan Kerç.
How to remove impurities from water?. How to remove impurities from water We may remove solid particles by: 1 Sedimentation 2 Filtration Filter column.
IMPACT ON THE TOHONO O’ODHAM NATION The New Arsenic Regulations.
Ch Solutions I. How Solutions Form  Definitions  Types of Solutions  Dissolving  Rate of Dissolving.
WASTEWATER TREATMENT PETRIT TARE GENERAL DIRECTOR OF UKKO JSC CONFORMING TO EU WASTEWATER TREATMENT DIRECTIVE CASE STUDY OF KORCA CITY, ALBANIA.
City of Palo Alto Utility Rate Changes FY 2013 Facility Managers’ Meeting August 16, 2012 Ipek Connolly, Senior Resource Planner.
City of Gastonia Mercury Awareness. Mercury Issues In 1998 The City of Gastonia was experiencing occasional mercury violations at both of their Wastewater.
Our Water Systems
BACWA – Leading the way to protect our Bay Mercury Watershed Permit Special Provisions BACWA Annual Members Meeting January 29, 2009 Michele Pla Melody.
Ch. 6 - Solutions I. How Solutions Form  Definitions  Types of Solutions  Dissolving  Rate of Dissolving Dec
Pollution Prevention & Management DentalBMPs. Overview Amalgam in POTW New EPA Guidelines City of Tulsa Dental BMPs.
LP Examples Wastewater & Water Quality
A solution is a homogeneous mixture.
DryFiningTM Technology
Wuhan University of Technology
Learning Objectives Define the following terms: mixture, solution, solute, solvent, suspension, homogeneous, heterogeneous Identify a mixture as either.
Mercury emissions from dental amalgam
The Big 6 Research Model Step 3: Location and Access
Dental Amalgam Pustaka :
Solutions I. How Solutions Form Definitions Types of Solutions
What are the main ingredients need to make a thunderstorm?
Solutions and Suspensions
AIR Quality Control Treatment of Emissions
Sewerage systems: Types and comparison. Pipes
Water purification in water treatment plant.
Chapter 6 Lesson 2 Soil Pages
Ch Solutions I. How Solutions Form Definitions
DENTAL AMALGAM RULE 40 CFR Part 441
Presentation transcript:

What’s the Big Deal with Dental Amalgam In the US, more than 100 million Hg fillings are placed each year Estimated 12,172 pounds of mercury are discharged from U.S dental offices each year An estimated % of world-wide consumption of mercury is used for dentistry purposes

Distribution of Mercury in Dental Amalgam Wastewater Fine Amalgam Particles 8% Dissolved Mercury 2% Large Amalgam Particles 90%

How Does Amalgam Impact Your Water Treatment Plant?

ADA’s BullfroHg TM Amalgam Separator 99.9% efficient particle collection in reference to International Standard ISO11143 protocol

Removal Efficiency of Amalgam Separator

DRNA’s Mercury Recovery Unit (MRU) Removes 99% of Amalgam Particles System also Removes Dissolved Mercury