MITECO FORUM Belgrade 19&20 November 2008

Transcription

1 MITECO FORUM Belgrade 19&20 November 2008 Liliane CLOATRE International Business Development Manager Turning waste into a resource

2 Agenda 1. Who is Veolia? 2. VES/SARPI, Traditional Hazardous Waste Activities 3. How turning Hazardous Waste into Resources? 4. Questions / Answers 2

3 Who is VEOLIA? Turning waste into a resource

4 Veolia Environnement World Leader in Environmental Services, the only Global Company that can provide a full range of Environmental Solutions: World leader 10.9 Billion European leader 6.9 billion 32.6 billion 350,000 Employees European leader 5.6 billion 4 World N billion

5 Veolia Environnement / 2007 Key Figures Revenue by Branch Revenue by Geographic Area Energy services 22 % Transport 17 % Water 35 % Asia- Oceania 6 % North America 10 % Africa, Middle-East 4 % Waste management & cleaning 26 % Europe (Except France) 33 % 2007 revenue: 32.6 billion Workforce: 350,000 Active in 67 countries France 47 % 5

6 Veolia Environmental Services / 2007 Key Figures Veolia Environmental Services is No. 1 in the World for Waste Management and Cleaning services Active in 42 Countries 90,000 Employees worldwide 69 million people served 749,000 industrial and tertiary sector Customers 64% of Revenue from Private Companies 58 million metric tons of Waste treated 6.7 million MWh of Power sold from waste combustion & landfill recovery 6

7 Veolia Environmental Services / 2007 Revenues by Activity PRIVATE COMPANY SERVICES 39% * Maintenance & cleaning * Sewer networks maintenance * Non-hazardous waste collection * Transfer * Sorting & recycling LOCAL AUTHORITY SERVICES 22% * Household Waste collection * Urban cleansing * Sewer networks maintenance * Transfer * Sorting & recycling NON HAZ. SOLID WASTE TREATMENT 27% * Landfilling * Waste-To-Energy * Composting HAZARDOUS WASTE MANAGEMENT 12% * Waste collection * Sorting & recycling * Grouping * Treatment 7

8 Veolia Environmental Services, for a Cleaner Environment Maintenance and cleaning services for cities and private companies Hazardous and non-hazardous waste collection and transfer Waste recovery Extraction of raw materials Production of fertilizers Generation of renewable energy Remediation of contaminated sites 8 Waste treatment Sorting and recycling Composting Waste-To-Energy Landfill Physical-chemical treatment

9 Veolia Environmental Services, Worldwide 9

10 VES/SARPI, Traditional Hazardous Waste Activities Turning waste into a resource

11 VEOLIA Environmental Services and the HW, more than 30 years of experience, starting in France created in Limay (F) on July 1., July 1975, First French Law introducing the Producer Liability in the treatment of his waste 1980>1990, Extension of all Disposal and Recovery operations all over France >1990, Development of the HW activities at International Level and Set up of new waste treatment solutions, mainly recovery ones 11

12 and spread over the World. 18 High Temperature Incinerators, with a significant network in Europe (UK, CH, FR, IT, HU, PL, CZ) 14 Hazardous Waste Landfills More than 4 millions tons of HW treated in

13 SARP INDUSTRIES, the Hazardous Waste Division of VES Turnover 07 amounts 388 millions 2000 Persons More than 2,5 millions tons of HW treated in 2007 Belgium Poland Czech Republic European Leader of HW treatment in collective installations Mexico France Switzerland Italy Hungary Key HW operator in Brazil, Mexico and Israel Brazil Israel 13

14 Our Hazardous Waste Treatment Paths Data 2007* INCINERATION EVAPO MPCT OPCT-Bio Mat. recovery** HW Landfill 405 Kt 116 Kt 102 Kt 138 Kt 20 Kt 410 Kt * : w/o interco streams, transit ** : w/o Zn/Nickel 14

15 Types of Hazardous Waste treated? Industrial Hazardous Waste Hazardous waste in small quantities Household Hazardous Waste Liquids Solids Special Packed Solvents Paints Org. acids Laboratory Waste Polluted Waters Polluted Packaging Powders Solvents Hydrocarbons Polluted Soils Reactive Waste Batteries Process Waters Sludge Odorous Waste Lamps POPs Pesticides PCBs Tanks Containers Tanks Drums Drums Big Bags Big bags 15

16 Hazardous Waste - Identification and Control (1/2) A very good knowledge of the Hazardous waste is necessary in order to: Safety, Compliance of the permit, Process performances, Traceability, New technical developments; 16

17 Hazardous Waste - Identification and Control (2/2) 17

18 Transit and Repackaging of Hazardous Waste Optimization of HW logistics and treatment costs, Proximity of Industrial customers or Municipalities Safety during transportation and handling (ADR and IMDG) Optimization of Outlets choice 18

19 Incineration of Hazardous waste Specific Treatments Packed Solid Waste Infectious Waste materials Waste in small quantities, Reactive waste Pesticides, POPs Bulk HW liquid Tars, Polymers, Organic acids, Liquids that can react when mixed 19

20 Incineration of Hazardous Waste Sotrenor France 105 KT Boiler Tank Farm Filter Post Combustion HW solid pits 20

21 Incineration of Hazardous Waste SARPI HU and PL SARPI Dabrowa Gonicza Capacity: 50KT / permit of 30KT in April 07. ISO in preparation SARPI Dorog Capacity: 30Kt/year. ISO et

22 Incineration of Hazardous Waste VALOREC Services AG (CH) Valorec Services AG (Basle, Switzerland) operates a High Temperature rotary kiln with a capacity of t/year. Types of hazardous wastes which can be treated: Solid, pasty, liquid or gases POP s, Pesticides, PCB, off spec Chemicals, Laboratory waste, chemical production residues. Origin of waste treated & principal Customers: Switzerland: Novartis, Ciba, Hunstman,Syngenta Central Europe: Croatia, Serbia Africa, Asia, South America Ecological performance: MWh Steam (to chemical sites) MWH Electricity 22

23 Mineral Physical-chemical treatment Surface treatment acids and other liquids Detoxication Cyanides & Chromates Chalk Milk Heavy metals precipitation Neutralisation Dewatering Analyze before reject Hydroxide Sludge Reject of cleaned water 23

24 Biological Physical- Chemical Treatment Coagulants & flocculants Air Injection + water Polluted water Breaking Air flottation Sludges Biological Sludges Decantation Biological Treatment Sand filter Analysis Reject of treated water 24

25 Treatment of Oily Waters Centrifuge Lagoon Reactor Separator 25

26 Hazardous Waste Landfilling EMTA (F), SASA (BR), RIMSA (MX) 26

27 How Turning HW into Resources? Turning waste into a resource

28 SARPI Limay - Recovery of Fluorescent Lamps (F) Created in Ton yearly capacity, which means 12 Mio lamps. MRT Technology Recovery rate amounts 99,1% as Glass to Philips as material recovery, End cuts to Steelworks or Aluminum foundries as material recovery Mercury and powders to de toxication. 28

29 Solvent Recovery SPR and Alpes Environment (F), Valorec (CH) Manufactured Products: - Paint Solvents - Diluting materials - Clean Solvents (chemical, pharmaceutical) Example: Valorec Services Schweizerhalle 21 Distillation columns, 180 Tanks Capacity: t/year Column types: Continuous and batch, pressure and vacuum, thin layer high temperature, multistage rectification Output examples: Pharma grade, Toluene, Ethylacetate, Tetrahydrofurane, N-methylpyrrolidone, 29

30 Polluted Packagings Recovery Ecovalor (F) Polluted metallic packagings Cleaning Recovery in Steelworks HDPE polluted Packagings Shredding and granulation Energy Recovery 30

31 From Inertization to Extraction of Metals - France Metals in hazardous waste are an important potential resource. Thanks to a strong R&D program, has developed 3 approaches to recover metal from waste flows : > metal recovery by separation : Cryogenic pre-treatment line (thermal and mechanical shocks) to separate hazardous waste from recoverable metal > metal recovery by extraction Physical Chemical treatments ( patent) applied on liquid waste to extract very pure hydroxides (zinc, nickel, ) > metal recovery by transformation Transformation (surface treatment effluents) into pure metal by electrolytic process ZINC NICKEL MANGANESE 31

32 Used Oils Recovery - OSILUB (F) Objective: Recover Motor used oils into base Oils or VGO (Vacuum Gas Oil) In compliance with the EU Directive 75/439/CE, which gives priority to material recovery prior to energy recovery, Key Figures: Capacity t/year of used oils, Operating Personal: ~ 45p, Located in the Harbor of Le Havre, Building period : 18 months 32

33 SARPI Biodiesel Plant in Limay (F) Capacity of t/year, with permit of t/y t/year of Edible Oils t/year of virgin oils 17 persons Production starts in April

34 Future Potential Developments Development of MARPOL facilities: treatment and recovery of shipping waste (mainly oil), Industrial Gases, Development of metal recovery capacities: rare metal recovery (cobalt, ) from chemical industry catalysts, extraction by liquid / liquid way, recovery by pyrometallurgic way, Bio-treatment of contaminated soils, Chemical Catalysts, Low Radioactive Waste, CO2 encapsulation, 34

35 QUESTIONS? Tel: