Power Plant Construction and QA/QC Section 9.4 – Solid Waste Management Engineering Technology Division.

Slides:



Advertisements
Similar presentations
Elements
Advertisements

{ Understanding Drinking Water Contamination Abigail F. Cantor, P.E., Chemical Engineer Process Research Solutions, LLC Madison, WI.
Coal Combustion Products and Electronic Waste Sean M. Sullivan Williams Mullen 301 Fayetteville Street, Suite 1700 Raleigh, NC (919)
WHO MADE THESE CRAZY RULES? Solid Waste Planning And Recycling Workshop June 5-6, 2014 To Protect and Enhance Kentucky’s Environment.
Actual groups of customers The determination of heavy metals related to monitoring of the environment has gained increasing interest. Our new method enables.
Presented by Matthew Jones, Andrew Motzkus, and Jason Outlaw.
Natural thorium isotopes levels in marine sediments of Coal-Fired Power Plant at Kapar, Selangor, Malaysia Che Abd Rahim Mohamed, Zaharuddin Ahmad 1 &
The Arsenic Rule Waste Disposal Options. Impacts on Disposal Alternatives Concentration of contaminants in the waste stream Concentration of contaminants.
Division of Water Quality
From Power to Poison: How coal waste puts public health at risk Donna Wong-Gibbons, Ph.D. Public Health Specialist, Plains Justice Ash spill from TVA Kingston.
The Underground Injection Control (UIC) Program Presentation for the Radionuclide Webcast August 4, pm.
Rochelle Routman, PG Environmental Specialist Georgia Power
Water Contamination and Human Health. Water Contamination Contamination is caused by pollution from foreign matter such as microorganisms, chemicals,
By Nick Garlisch What is Coal Ash? Coal ash is what remains after coal is burned When coal is burned, roughly 10% of the coal.
Managing coal combustion residues Information from: Managing Coal Combustion Residues in Mines Committee on Mine Placement of Coal Combustion Wastes,
The Hazleton Mineland Reclamation Project at Cranberry Creek Trey Spear.
Minerals 4 th Year Pharma By Eman Mokbel Alissa, Ph.D.
Colorado School of Mines Research Institute Site DRAFT REMEDIAL INVESTIGATION/FEASIBILITY STUDY AND PROPOSED PLAN.
Solid Waste. Consumption for Average U.S. Citizen over a 70 year life span 623 tons coal, oil, natural gas 613 tons sand, gravel, stone 26 million gallons.
Building A Better Biosolids Future. A Brief History Sewage Treatment in Detroit  “ The Grand Sewer” 1836  The Fairview Sewer 1913  The Detroit WWTP.
WATER CONTAMINATION AND HUMAN HEALTH Pam Stewart Biomedical Innovations Central Magnet School.
Select a country/region Population: 50,447,719 Area: 603,700 sq km Natural resources: iron ore, coal, manganese, natural gas, oil, salt, sulfur, graphite,
Types of waste Waste = any unwanted item or substance resulting from a human activity or process Municipal solid waste = from homes, institutions,
Volcanic eruptions Eruptions put large amounts of sulfur dioxide, hydrochloric acid and ash into the stratosphere. Hydrochloric acid is rained out of the.
Flashcard Elements Sodium Na Potassium K Fluorine F.
SULFUR S. IODINE I BARIUM Ba BORON B BISMUTH Bi.
Water and Wastewater Water Quality Laws Water Treatment Wastewater Treatment.
Treatment Technologies
NON-RENEWABLE ENERGY Coal Oil Natural gas nuclear.
Chapter 23 Solid & Hazardous Waste. Waste = Food Pollution Prevention Act 1990 Pollution prevention is reducing or eliminating waste at the source by.
Cristina González-Maddux Institute for Tribal Environmental Professionals Northern Arizona University.
Element Symbol Practice. Carbon C Potassium K Beryllium Be.
 Products of incineration  sifting  fine material include ash, metal fragments, glass, unburnt organic substances etc..  residue  all solid material.
Power Plant Construction and QA/QC Section 1.9– Biomass Energy Engineering Technology Division.
Power Plant Construction and QA/QC Section 1.3– Oil and Natural Gas Engineering Technology Division.
MassDEP1 Emission Limits Wood Fired Electric Generating Units EBC Seminar October 28, 2005 Recovering Renewable Energy from Construction and Demolition.
The DeHg  Process for Treating Mercury Mixed Waste NEWMOA Breaking the Mercury Cycle: Long-Term Management of Surplus & Recycled Mercury And Mercury-Bearing.
Power Plant Construction and QA/QC Section 9.2 – Air Emission Controls Engineering Technology Division.
Elements and Their Properties Metals Chapter 19 Section 1.
Waste. Solid Waste Any discarded solid material The U.S. produces 10 billion metric tons of solid waste each year. The amount of waste generated by each.
Do you know the Elements??? Identify the element name. Make sure you spell the name correctly!!
Power Plant Construction and QA/QC Section 1.10– Waste Fuels Engineering Technology Division.
Power Plant Construction and QA/QC Section 9.1 – Environmental Legislation and Regulation Engineering Technology Division.
Study of Elements All Elements. Chromium Cr Hydrogen H.
Power Plant Construction and QA/QC Section 9.5 – Power Plant Noise and its Control Engineering Technology Division.
Metals, Metalloids, and Nonmetals
WASTE WASTE GENERATION & MANAGEMENT IMPACT OF WASTE WASTE MANAGEMENT.
David K. Paylor Virginia State Board of Health March 17, 2016.
1. 2 Presentation Highlights BGOU overview Scope of the Remedial Investigation Investigation results Schedule 2.
U.S. Environmental Protection Agency Office of Research and Development Why is Coal Ash of Concern and how to assess potential impacts?
any contaminant released into the air which can cause problems for humans or other organisms Cubatao, Brazil.
Michael Carvan TECHNOLOGY Processing of any water source Only physical and no chemical process Nano filtration combined with other technologies.
The material flow and indicators toward a sound material cycle society in Japan Keiko Omori Research Center for Advanced Policy Studies Institute of Economic.
COAL ASH 101 with Elizabeth Scrafford. What’s the deal with Coal Ash Agenda Agenda ●Coal Ash is a byproduct of burning coal and contains high levels of.
Primary Copper Smelting
Water quality characterization of the Pebble prospect area in Southwestern Alaska Comparison of PLP and independent science team scope, methods, and results.
6.6 SOLID and HAZARDOUS WASTES
PROCESSED GREEN FUEL FOR CLEAN POWER
Metal Analysis for MSH Stations
Beneficial Uses & Disposal of Coal Combustion Residues (CCRs)
THE MINING INDUSTRY BY : SAM S, MELISSA, ABBEY, RILEY AND LIAM M.
Do you know the Elements???
Particulates or aerosols
Soil processes and trace metals
Power Plant Construction and QA/QC Section 1.2– Coal
Particulates or aerosols
TOXIC TRACE METALS IN SURFACEWATERS
מפעל ביולוגי מכני בשיטת בוצה משופעלת
Engineering Technology Division
Why do countries GDP DIFFER?
Presentation transcript:

Power Plant Construction and QA/QC Section 9.4 – Solid Waste Management Engineering Technology Division

2 Overview Regulations Changed in Last 15 Years EPA – New Regulations 1995 for Solid Waste Major Areas of Concern Coal Ash Flue Gas Desulfurization Municipal Waste Ash Radioactive Materials Sludge and Slurry Section 9.4 – Solid Waste Management

3 Disposal Section 9.4 – Solid Waste Management Wet Disposal Dry Disposal

4 Ash Composition Section 9.4 – Solid Waste Management Potentially toxic trace elements in coal ash include: Arsenic Barium Beryllium Cadmium Chromium Copper Lead Mercury Molybdenum Nickel Radium Selenium Thorium Uranium Vanadium Zinc Concentrations Increase After Coal is Burned Coal Types

5 Ash Uses Section 9.4 – Solid Waste Management Concrete Blocks Mine Reclamation Paints and Plastics Kitchen Countertops Bowling Balls Vinyl Floor Covering Mineral Filler - Asphalt Pavement Based on the TVA Kinston Ash Spill, new EPA Regulations are expected.

6 Questions? Section 9.4 – Solid Waste Management