2014. Electrochemical Processes Stuttgart, Germany A highly qualified company since 1989 that provides electrochemical technology worldwide for remediation.

Slides:



Advertisements
Similar presentations
Solid and Hazardous Waste
Advertisements

How Do We Dispose of Hazardous Materials?. Categories of Hazardous Materials (HAZMAT) Ignitability: Substance can catch on fire quickly (gasoline, alcohol)
THE PROBLEM: Hydrocarbons in or on the soil THE PROBLEM: Hydrocarbons in or on the soil...from the level of a fresh spill to saturation over years.
for Pipelines & Casings
AEC advanced environmental control aps
Advanced Sustainable Solutions ENEX Group Ltd.
HIGH-RATE COMPOSTING TECHNOLOGY -- An Unique New High-Tech Approach for Solid Waste Treatment James C. Lu, Ph.D., PE.
Young-Rainey STAR Centre
GREEN SOLUTION FOR SCRAP TIRES and Plastics 2014.
P R E S E N T.  We appreciate the opportunity to introduce you to our water based, (not petroleum or acid based), chemicals that dissolve the paraffin.
TRP Chapter Chapter 6.3 Biological treatment.
Actual groups of customers The determination of heavy metals related to monitoring of the environment has gained increasing interest. Our new method enables.
ZAR The King of Environmental Remediation
Chapter 24 Solid and Hazardous Wastes
Chapter 24 Solid and Hazardous Waste
Fossil fuels Section 1.
Hazardous waste. Threatens human health or the environment in some way because it is –toxic –chemically active –corrosive –flammable –or some combination.
BIOREMEDIATION By: Christina Dimitrijevic, Rachel Brown & Ola Johnston.
SLUDGES: POWER Prof. João Sergio Cordeiro. BIOSOLIDS WATER POTABLE PARTICLES CHEMICAL BIOLOGIC PHYSIC BIOSOLIDS.
1 REFINERY OILY RESIDUALS COST MINIMIZATION STRATEGY DSM ENVIRONMENTAL SERVICES, INC. P.O. Box Houston, TX (281)
Measures to stop pollution. International Efforts.
Environmental Challenges in Petroleum Industry Dilip Biswas.
Chapter 18: Part #1 Oil Fossil Fuels and the Environment.
Energy production in Finland Energy sources 2008: 86,9 TWh. Clockwise: Hydroelectricity 19,4 %, Wind power 0,3 %, Peat 6,7 %, Biomass 10,2 %, Waste 0,6.
By: Nicole Neilson Fresh Water Contamination. Water In British Columbia  Without a steady supply of fresh and clean water, all life would not exist 
What are the advantages and disadvantages of fossil fuels?
Mrs. Hartman Fossil Fuels. Most of the energy we use comes from fossil fuels Definition: a nonrenewable energy source formed from the remains of plants.
MAIN ECOLOGICAL PROBLEMS IN LITHUANIA AND THEIR SOLUTIONS
Bioremediation.
Natural Resources.
 The purpose of this presentation is to elaborate and increase readers awareness on the potential solid waste (hazardous, non hazardous and mixed waste)
Five main purposes: Cooking Transportation Manufacturing Heating/Cooling Generating electricity to run machines/appliances.
SCH 3U- Detox for Contaminated Land
Environmental Chemistry Chapter 16: Wastes, Soils, and Sediments Copyright © 2012 by DBS.
Environmental Solutions SEFICO has a Mission to correctly dispose or transform solid and liquid waste products, such as Industrial Hazardous, Non Hazardous.
WasteSection 3 Section 3: Hazardous Waste Preview Bellringer Objectives Types of Hazardous Waste Resource Conservation and Recovery Act The Superfund Act.
Chapter 18 Fossil Fuels and the Environment. Fossil Fuels Forms of stored solar energy created from incomplete biological decomposition of dead organic.
Oil. What is oil? Petroleum (crude oil) –complex liquid mixture of hydrocarbons, with small amounts of S, O, N impurities Most valuable natural resource.
Science BC Water Quality and Its Effects on Living Things BY: CATHY CHENG DIV. 7.
Kalina Scherbel December 4, 2003 North American Tar Baby: Draining the Alberta Oil Sands.
Energy Concepts Energy –“The ability to do ___________”. Energy Laws –neither created or destroyed –High quality to low quality - heat.
Earth’s Resources. Earth’s Resources Chapter Sixteen: Natural Resources and Conservation 16.1 Natural Resources and Energy 16.2 Supplying Our Energy.
WasteSection 3 Types of Hazardous Waste Hazardous wastes are wastes that are a risk to the health of humans or other living organisms. They may be solids,
Ch Water Sustainability through Science and Technology.
Unit 1 Physics Detailed Study 3.3 Chapter 12.3: Nuclear Fissions Reactors.
Chapter 4 Land and Soil Resources
Advances in Hydrocarbon Remediation Technology and Water Treatment
Chapter 12 Notes #2. A landfill is a waste disposal facility where wastes are put in the ground and covered each day with dirt, plastic, or both. 50%
Biofuels Biomass is a renewable energy source because its supplies are not limited. We can always grow trees and crops, and waste will always exist. Environmentally,
The United States The Economy. What is GDP ? Gross Domestic Product (GDP): The total market (or dollar) value of all final goods and services produced.
We have talked about… Groundwater Surface water Watersheds.
Environmental Regulation.  Complex set of laws  Constantly changing  Cover: Release, treatment, storage and disposal of Hazardous materials Into air,
The Resource Conservation and Recovery Act of 1976 and 1989 (RCRA) Alex Chenault Period 4.
Bellringer. Types of Hazardous Waste Hazardous wastes are wastes that are a risk to the health of humans or other living organisms. – They include: solids,
Environmental Pollution -any addition of undesirable substances to the soil and air, and both surface and groundwater by human activities -can spread far.
Hazardous Wastes. Hazardous waste discarded solid waste/liquid material - contains 1 or more of listed 39 compounds, catches fire easily, explosive, corrosive.
Marcus Hook Refinery Reuse & Revitalization. Marcus Hook Refinery 780 acre site, South of Philadelphia Operating refinery and petrochemicals since 1902.
Content 1.The main flowchart and technology 2.Advantage and disadvantages of each technology, way to improve. On-Nuch disposal site Group Member: Lu Li.
NON-RENEWABLE ENERGY. Energy Use Five main purposes: Cooking Transportation Manufacturing Heating/Cooling Generating electricity to run machines/appliances.
© Cengage Learning 2015 LIVING IN THE ENVIRONMENT, 18e G. TYLER MILLER SCOTT E. SPOOLMAN © Cengage Learning 2015 Nonrenewable Energy-Fossil Fuels.
Two different problems 1 – The interest of Petrobrás in the refineries in Bolivia as a company although State owned 1 – The interest of Petrobrás in the.
4:57 AMFebruary 27, 2009Sanders Freshwater Pollution Unit 5: Water.
The Earth is in danger We must save the planet
Fossil Fuels.
BIOLOGY FORM 4 THURSDAY 02 OCTOBER, 2014.
By: Jorge Marín and Fernando Martín
Classroom Catalyst.
Water treatment Potable water…water that is drinkable; safe for consumption Drinking water treatment is widespread in developed countries today However,
Freshwater Pollution Unit 5: Water February 27, 2009 Sanders.
Fossil fuels Section 1.
Presentation transcript:

2014

Electrochemical Processes Stuttgart, Germany A highly qualified company since 1989 that provides electrochemical technology worldwide for remediation of soils, water sheds and recovery of petroleum waste. ECP has developed technologies of remediation and is offering the electrochemical remediation known as ECGO, proven internationally that it is advanced and has an excellent cost to benefit ratio, obtaining fast results and its application is covered by licenses that will protect the developer of the ecp technology.

ECGO TECHNOLOGY ELECTROCHEMICAL GEO OXIDATION Developed in Germany Over 20 years of application Used in more than 20 countries throughout the World 5,000,000 metric tons of treated media 30,000 hours of operation Applicable for liquids, solids and soft media Elimination of Heavy Metals via electroplating Application on site and off site

Minimal equipment and labor Low rate or electrical power, transformer, control panel, electrodes, cables and water / air hoses is the bulk of the required equipment, provided by us Environmentally friendly Does not generate toxic effluents Hydrocarbons will be degraded to CO2 and water Heavy Metals will be plated to the electrodes for final disposal Excellent cost to benefit ratio ECGO TECHNOLOGY ELECTROCHEMICAL GEO OXIDATION

ECGO installations in Europe UK France Norway Sweden Denmark Luxembourg Austria Germany Belgium Italy Croatia Poland

Markets in countries outside Europe USA Japan Venezuela Mexico Canada Indonesia Argentina Kuwait Brazil

TYPES OF TREATMENT 1.SOIL REMEDIATION: Complete removal of Heavy Metals, Hydrocarbon contaminations, organic or inorganic pollutants treated on or offsite 2.Remediation of Residual and underground water 3.Remediation of Dredging material (ports, rivers, etc.) 4.First step to reinforce Earth Dams and soft soils 5.First steps for Oil Spills and emergencies in Ships, Industries and transportation 6.Recovery of Crude Oil, Heavy Oils and Bitumen

Treatment of environmental pollutants 1.Refineries 2.Petrochemicals 3.Carbon and Gas plants 4.Landfills 5.Chemical Plants 6.Cleaning of Settlings in Rivers, Ports 7.Cleaning of Dredging Soils 8.Gasoline Stations

FIELD INSTALLATIONS

EQUIPMENT

ECGO Electrochemical process in Soil Soil UG Water ~ ~ ~ + Anode Cathode - Under Ground Water 4 to 150 m Field

Electrodes before processing Steel electrode after processing What happens to Heavy Metals?

Electrochemical Process in other Medias Lagoons Mounts of Soil Water treatment Contained Soil

COMPARISON CHART Tecnology Eliminat e Hydro- carbons Heavy Metals Generated Outfalls In- site Off- site OtherCost of Equipment Bio remediation yes--- medium Land Farming yes--- medium Micro/Macro encap-sulating (*) --yes high Incineration yes- -- high Thermal convertion yes-Yes--yeshigh Soil washing yes- -- high ECGO- yes - low (*) fixes or contains the pollutants, will not destroy them

Fax: