Solutions to energy and environment

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Presentation transcript:

Solutions to energy and environment www.edrb.com.br contato@edrb.com.br tel +55 19 3296 1888

Technology

Blue Tower

Is a reformer ( gasifier ) scaled biomass in a solid bed. What is the BLUE TOWER ? Is a reformer ( gasifier ) scaled biomass in a solid bed. Basically composed of: a pyrolisys furnace ( gasifier ) a reformer furnace a solid bed furnace heater.

What is GASIFICATION? Gasification is the process in which fragments the BIOMASS (solid fuel) with the use of heat in an atmosphere with little or no oxygen supply, to generate a combustible gas mixture. It is well known and developed since the year 1839.

What is REFORMER ? Steam Reformer is the most common method of producing hydrogen from a mixture of gases and / or hydrocarbons. Also known as synthesis gas. Known and developed since the years before 1900.

Synthesis Gas In 1923, in Germany, the Company Badische Anilin Soda Fabrik (BASF) produced methanol from synthesis gas. Also in 1923, Fischer y Tropsch produced Synthol: mixture of alcohols, aldehydes and ketones. Synthetic oil, long-chain hydrocarbons without oxygen.

Process Phases – BLUE TOWER Heat Condutor BIOMASS Supply Pyrolisys Furnace Gasifier Ashes separation of the Heat Conductor

Typical Composition of the Synthesis Gas Carbon Dioxide Hydrogen Carbon Monoxide Methane Propane Nitrogen

Gasification is without the presence of excess oxygen or free. NOT Dioxins e Furans These substances are some of the known carcinogens, which represents a major risk to health and the environment. Dioxins Furans Gasification is without the presence of excess oxygen or free. http://www.pops.int/documents/guidance/toolkit/sp/Toolkit_2005es.pdf

VITRIFICATION (BLANKETING) Flow Diagram - GENERAL Waste Heat CO² R E B STEAM BIOMASS PRODUCT GAS ELECTRIC ENERGY Sludge CITY GÁS Storage HIDROGEN WATER Distribution OTHERS ASH Fuel MACRONUTRIENTS FERTILIZERS MICRONUTRIENTS VITRIFICATION (BLANKETING) BAG WASTE

The materials that can be gasified Agricultural packs; Paints; Sediments; Solvents; Sludge from wastewater plants; Health waste; Hospital waste; Tree pruning material; Oils; Greases; Landfill materials and/or existing dumps; Animals; Construction (wood, plastic pipes, plastic, etc ); Oils of complex origin; Expired Products; Expired Food, Leather; Residential waste; Urban waste; Etc.

Situation in some Waste Deposits Garimpo Diseases Insects Dump Contamination Odors

Real Needs Making of biomass (waste) a power source; Retrieve the landfill ; Reduce methane emissions; Carbon credits as income generation; Recovery of products – recycling for maximum; Combating the spread of diseases; Eliminate landfill; Eliminate contamination of the groundwater; Reduce the responsibility on environment.

New World Order Problems with the envoironmeent; Greenhouse effect; Kyoto Treaty; Scarce fossil fuels; Physical space for destination; The destination (landfill) more distant; Lack of water; Environmental liabilities.

New World Order Reduce waste production. Collection . Governments; Manufacturers; Supliers Citizens. Collection . City – Governments; Companies; Citizens Residential – Division of : DRY and WET ; Industrial, Health, Toxic, etc. Maximum recycling.

Central Gasification Plant Main Flow Selective Collection Central Gasification Plant Dryer Recycling Plant Biomass Transport

Central - Flow chart suggested

Central - Lay - Out GENERAL

Advantages of grouped processes Reducing the number of truck collectors trips; Greater productivity; Less travel time; Reduction of contaminants; Working with the local community; Regional destination of recycled materials; Storage of dry material; The fight against diseases; Reduced risks of incidents; In the same plant health and domestic waste.

Business Opportunity Choose the installation site Area in lending Near de landfill and/or open dump; Strategic points in the city; That may offer better logistics Area in lending Providing legal certainty; Going through the legal procedures; By the project time. The project Options for structuring the project Public; Private; Public and private.

Business Opportunity Financing Warranties Public – Officers banks of state; Commercial Banks - Private; Investors Own business; Interest rates; Internal rate of return; Taxes. Warranties Legal security of contracts; Insurance; Letter of guarantee; A real guarantee; Receivables; For the environment.

Business Opportunity 6. Income 7. Costs Per ton of treated waste; Per ton of waste from third parties; Carbon credits; Sale of electricity; Sale of recycled; Other waste and services. 7. Costs Financing; Taxes; Fees Workmanship; Spare parts; Materials;

Business Opportunity 8. Investment Capacity > = 250 tons per day. Composed by: 03 Modules of 90 tons; 01 power plant with 11 MW; Recycling plant; Treatment effluent plant Dryer Silos Etc.

05 t/day - Synthesis gas generation Blue Tower - Germany 05 t/day - Synthesis gas generation Tests Performances

01 t/day _ Generation of electricity / hydrogen IZUMO and YAGI - Japan 01 t/day _ Generation of electricity / hydrogen

Blue Tower – Germany Unit Tests and presentation of the concept of phased REFORMER BIOMASS GASIFIED

Industrial Plant Thermal Power Input - 13 MW Electric Power 4,4 MW Blue Tower - Germany Industrial Plant Thermal Power Input - 13 MW Electric Power 4,4 MW

http://vimeo.com/8258824 In presentation mode, being connected on the Internet. click on the link to the video will automatically enter Estar conectado na Internet . No modo apresentação clicar sobre o link que o vídeo entra automaticamente

Industrial Plant - Proposal