BFI - Convert Chem2Steel and Steel2Chem Cross sectorial

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Transcript BFI - Convert Chem2Steel and Steel2Chem Cross sectorial

SPIRE Brokerage event October 22 nd 2013 SUSTAINABLE PROCESS INDUSTRY

EUROPEAN INDUSTRIAL COMPETTIVENESS TROUGH RESOURCE AND ENERGY EFFICIENCY Project Idea Presentation:

Convert Chem2Steel and Steel2Chem Cross sectorial use of process gases as feedstock for steel and basic chemicals (BFI)

BFI-VDEh Institut GmbH

• private research institute, founded in 1968 • non-profit limited liability company • sole stockholder: Steel Institute VDEh • staff of 140 people, 70 % with academic degree • budget approx. 15 Mio €, up to 6 % from VDEh, 94 % from industry, EU, BMBF, …

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TOPIC YOU WILL ADDRESS.

Project Idea Concept

Converting Process Gases into Feedstock for Chemicals and Ironmaking A lot of combustible process gases are used for energy supply • Iron and Steel works • Chemical industry • Petroleum refineries Utilisation as feedstock for chemicals as well as ironmaking and Alternative coverage of the resulting energy gap shall give additional economic value Chemical industry has shown that in their chemical park concepts To extend that concept crossing the boarders of branches it is necessary to get suitable technical solutions

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TOPIC YOU WILL ADDRESS.

Project Idea Concept

Converting Process Gases into Feedstock for Chemicals and Ironmaking

Chemical Industry Steel Production Gas Processing Reductant Syngas Syntheses Basic Chemicals Fuels Polymeres Process Gas Steam Process Gas

• • • • Cleaning Separation Conditioning CO 2 -Activation

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Example Steelwork Gases

Coke Oven Converter Blast Furnace

Component [Vol. %] Calorific Value [kJ/m3]

16.000

10.000

4.000

H 2 60,1 CO CO 2

6,4 2,0

N 2

6,9 4,1

67,3

15,4 13,0 3,9 23,6 23,8 48,7

CH 4 22,7 C 2 H 6

0,5 0,0 0,0 0,0 0,0

SKW

2,0 0,0 0,0

O 2

0,0 0,5 0,0 Link to Spire Roadmap and Call Topic:

SPIRE 2. Key Component: Process KA 2.5: New energy and resource management concepts (including industrial symbiosis)

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Example: Process gas from Propylene plant

Gas out of the dehydrogenation due to stoichiometry and process selectivity Hydrogen: 90 – 93% Hydrocarbons: difference Gas out of LPG feedstock cleaning Ethane-Butane mix Link to Spire Roadmap and Call Topic:

SPIRE 2. Key Component: Process KA 2.5: New energy and resource management concepts (including industrial symbiosis)

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Idea Impact

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Cross-sectorial usage of process gas components (CO,H2) as feedstock for chemicals as well as reductant and for CO2 activation Efficient use of the energy of exothermal conversion Additional feedstock for chemical industry not to be covered by refineries Additional reductant for steel industry Reduction of CO2 Emission by holistic substance use Connecting Steel, Chemical and Refinery Industry

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Project Consortium

Potential partners: Integrated steel works Petroleum Refinery Chemical industry Plant builders (petrol chemistry, DRI processes) Research institutions (petrol chemistry, reactor design, process integration, ressource consumption modeling)

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Contact details

VDEh-Betriebsforschungsinstitut GmbH Michael Hensmann

Project Leader Department Process Chemistry and Resource Technology Feedstock [email protected]

Tel +49(0)211 6707-206

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