Metals and Material's Recovery from Lead Waste

Slides:



Advertisements
Similar presentations
Solid & hazardous materials Environmental Science, Donald Winslow 4 December 2009.
Advertisements

Joe Chaisson April 21, Integrated Coal Gasification Combined Cycle (IGCC) Power Plants and Geologic Carbon Sequestration Joe Chaisson.
Copper Processing Tel: (07) Fax: (07)
Topic 1: Types of ore Bodies and Mine Processes
CODELCO: CORPORACIÓN NACIONAL DEL COBRE DE CHILE By: Maddy Betlach, Grace Owens, Alex Cantarera, Lisa Volpatti, Abby Stein.
Disposal of waste containing mercury Sven Hagemann GRS.
12-1 Environmental Geology James Reichard Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
The Caserones Project October 2014 Mr. Héctor Sepúlveda O.
International Atomic Energy Agency IX.4.3. Waste management.
Recommendations : Policies must be introduced such that the recycling costs will not be a market barrier for the system. Currently, the prices are significantly.
1 Joint Commission for Environmental Cooperation and U.S./Mexico Border 2012 Collection and Storage of SLABs December 4, 2007.
MINE LIFE CYCLE, DOWNSTREAM PROCESSING, AND SUSTAINABILITY
ISIC Rev.4 draft, Section E “Water supply; sewerage; waste management and remediation activities” United Nations Statistics Division WS-ECE 09/04.
Landfills Incineration Hazardous Waste Hazardous Waste Management.
Historical Availability of Metals Before 1800’s, only 10 were in use: Cu, Sn, Fe, Pb, Au, Ag, Zn, Hg, Bi, Pt They were either found uncombined Or Extracted.
© 2005 David M. Abbott, Jr. Beryllium Deposits or Beryllium Ore? An Important Distinction for Financing David M. Abbott, Jr. Behre Dolbear & Company, Inc.
MINE LIFE CYCLE, DOWNSTREAM PROCESSING, AND SUSTAINABILITY STAGE 1 - Exploration and Assessment STAGE 2 - Construction STAGE 3 - Operation STAGE 4 - Closure.
MINING. Overview StepsDescriptionEnvironmental Effects MiningRemoving mineral resources from the ground Mine wastes – acids and toxins Displacement of.
POWERPOINTPRESENTATION ON METALLURGY OF COPPER BY:POOJA BHANOT LECTURER IN CHEMISTRY Pt.J.R POLYTECHNIC COLLEGE HOSHIARPUR.
The Challenges and Successes of Creating an Environmentally Sustainable Cement Industry in East Africa Presented by: Kephar L Tande Chair, EA Cement Producers.
National Lead Smelting Company
Regulation on Lead in Thailand Prasert Tapaneeyangkul Ministry of Industry.
Wednesday, 12/12/2007, FYROM Prevention of Contamination from Mining & Metallurgical Industries in FYROM Strategic Plan for Prevention of Contamination.
Chapter 16 Nonrenewable Mineral Resources – Part 2.
COPPER, THE STORY BY KATY NUNN & CHRIS NEWBOLD SALTLAKE CITY COPPER MINE.
Hazardous Waste Management: a training manual for economically developing countries some sample slides from the 26 chapters.
DEFINITIONS.
Mineral Resources Resources: raw materials used by society.
Environmental Costs of Linear Societies October 9, 2006.
Eric Dycus Jan Halvorsen Catherine Nguyen Helen Vesser
B. Swartz, S. Donegan, S. Amos
TRP Chapter Chapter 4.3 Recycling and waste exchange.
By Ecometal Ltd..  Founded in 1999  Amount of investments made – 6 mil. EUR  Production started in 2003  Total capacity of recycling up to
By: Jose, Marlon and Trevone. Mining is important for many reasons: - Canada is third in the world for mineral production. - Canada doesn’t have a use.
Mineral Formation & Extraction Ch. 14. We can make some minerals in the earth’s crust into useful products, but extracting and using these resources can.
Extractive Metallurgy
LRTAP TFHM meeting Vienna 6-8 June 2007 “ Tor Faerden Senior Adviser Norwegian Pollution Control Authority (SFT) Reduction of Mercury Emissions from Manganese.
1 Environment and Sustainability. Is a Corporate Social Responsibility This is Not an Option 2.
Logo L u c k y P e n n y The presentation will begin shortly…
Investment Recovery Marketing 3860 – Purchasing July 28, 2004 Kimball Bullington, Ph.D. Associate Professor of Operations Management Middle Tennessee State.
1.  The company was founded in 1965 as a private company by the share owner Mr Meir Shriki. 2.
Thomas Q. Hogye – Vice President / General Manager.
EARTH SCIENCE GRADES 7-12  MINERALS  PERIODIC TABLE  WORLD ECONOMY  RECYCLING.
Mining And its environmental impact. What determines the type of mining? Underground v.s. Surface Mining v.s. Solution Underground v.s. Surface Mining.
Renewable & Nonrenewable Resources Lesson 2.4: “Solid Waste Management”
ILMC ILMC International Lead Management Center Inc.
Flow Diagram of the Gap Nickel Mine Lancaster County, Pennsylvania
EU INITIATIVES ON MINING WASTE. Why an initiative on Mining Waste ? Key environmental issues: l Potential environmental risks during disposal m Safety.
Management of Solid Wastes Dr. SaMeH S. Ahmed Engineering College-MU
Non-renewable energy resources coal oil natural gas nuclear.
CECIL CONCRETE FACTORY
Extraction Metallurgy Ammar R. H. Alshemary Assistant Lecturer Department of Materials Engineering University of Kufa.
Chapter 27 Minerals and the Environment. Mining Removal of minerals & fossil fuels from the Earth’s crust.
MINING. Mineral Resource: Naturally occurring material in or on Earth’s crust that can be extracted and processed into useful materials for a profit.
Lead Pipe Disposal. Overview Background and Project Requirements Top 5 Designs Detailed Final Design Social and Environmental Factors Testing of Design.
Table 1. Environmental impacts associated with upstream and downstream petroleum operations Aniefiok E. Ite et al. Petroleum Exploration and Production:
Pollutants via land media. Hazardous waste Hazardous waste is waste that is dangerous or potentially harmful to our health or the environment. Example.
Recovery of used lead batteries, in draft Guidelines for environmentally sound management of used lead batteries Jaromír MANHART Regional workshop of experts.
Potential sources of environmental contamination during used lead batteries processes, in draft Guidelines for environmentally sound management of used.
Topic 1: Types of ore Bodies and Mine Processes
Mr. Hao Cui and Dr. Corby Anderson Specific gravity range (g/cm3)
Treatment of used lead batteries, in draft Guidelines for environmentally sound management of used lead batteries Jaromír MANHART Regional workshop of.
Secondary Wastes Methods of data compilation and the effects on the comparability of results THE CONTRACTOR IS ACTING UNDER A FRAMEWORK CONTRACT CONCLUDED.
MINING.
Spillage and Material Handling Systems
Welcome To Our Presentation 1. Topic Name Transfer Stations and Transport, Ultimate Disposal Methods 2.
Mining and Mineral Resources
Advanced Placement Environmental Science
Presentation transcript:

Metals and Material's Recovery from Lead Waste

LOCATION OF THE PROJECT Dirección INPPAMET: Avda. Las Industrias 341, Puerto Seco, Calama Companies Camino Chiu-Chiu (Ruta 21) Circunvalación LOCATION OF THE PROJECT

Company of Treatment and Final Disposition of Lead Residues Anodes Mud Anodes Scrap Batteries (Lead – acid)

Treatment and Final Disposition of Lead Residues SUPREME DECREE 148/2003 Treatment and Final Disposition of Lead Residues DANGEROUS TOXIC RESIDUES AND HIS CLASSIFICATION: Anodes Mud: II.13 y A1020 lead compound of lead. Anodes Scrap: II.13 y A1020 lead compound of lead. Batteries (Lead – acid) : II.13 y A1160 complete, discarded ore crushed.

MINER PROCESS LEACHING MINERALS EXTRACTION SCRAMBLED GEOLOGICAL EXPLORATION GRINDING EW SHIP PRODUCTS TO RECOVER

COMPANIES WITH EW PROCESS GENERATORS OF THE RESIDUES USED ANODES SCRAP ANODES EW COMPANIES WITH EW PROCESS MUD ANODES MINERAL COMPANIES USEDLES LEAD-ACID BATTERIES COMPANIES IN GENERAL OTHERS GENERATORS

ANODE MUD, ANODE SCRAP Y USELESS BATTERIES TRANSPORTS ACTIVITY ANODE MUD, ANODE SCRAP Y USELESS BATTERIES TRUCK CAB CONTINGENCY PLAN SAFETY EQUIPMENT SIDREP STUDY GUIDE SAFETY DATA SHEET TRUCK AND ROUTES RESOLUTIONS CURRENTLY TRANSPORTED, ANODES MUD, ANODES SCRAP AND BATTERIES, BY COBERED TRUCKS VERY WELL STABILIZED

USELESS ANODES PROCESS MECHANICAL SEPARATION ANODES SCRAP Cu Bar WASHING MECHANICAL SEPARATION LEAD CLEANUP Pb RICH SLAG RIL ELECTROLYTIC CLEANUP (ANODES MUD) ANODES PLAQUE CLEANING CONTROL REFINING POTS NATIONAL MARKET SELLS CLEAN Cu

USELESS BATTERIES PROCESS By belt incline disused batteries are loaded subsequently fall trituration mill and separate components: lead-polypropylene-electrolytes.

Electrolytes and Lead chip BATTERIES PROCESS Grinding mill Electrolytes and Lead chip Polipropilene chips

BATTERIES PLANTS LEAD MATERIAL POLYPROPYLENE ELECTROLYTE

LEAD CHIP ANODES MUD

PROCESS CAPACITY 60 TONS/DAY ROTARY SMELTER PROCESS CAPACITY 60 TONS/DAY

ROTARY SMELTER OUT LEAD FINAL DISPOSITION Pb process recycle FILTRATION PLANT (GAS) RETAINED OXIDES RET (DUST) LEAD CHIPS ANODES MUD OUT LEAD NON HAZARDOUS PRODUCTS SLAG TOXIC HAZARDOUS WASTE

REFINING OUT LEAD OUT LEAD AND ANODES SCRAP Pb process recycle Pb REFINING POTS OUT LEAD AND ANODES SCRAP SLAG ROTARY SMELTER

SMELTING SLAG DUMP Free Resolution 308 date 8 Feb. 2006, Environmentally qualified for the project.