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Renewables Energy – Compressors in Biogas / Biomethane - Plants. Dipl. Ing. Axel Cichon Head of Business Unit – Biogas. Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants
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Renewables Energy – Compressors in Biogas / Biomethane - Plants
Dipl. Ing. Axel Cichon Head of Business Unit – Biogas
Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants 3) Comparison Screw Compressor vs Reciprocating Compressor 4) Norms and Standards for Compressors in Biogas / Biomethane Injection Plants 5) Examples
Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants 3) Comparison Screw Compressor vs Reciprocating Compressor 4) Norms and Standards for Compressors in Biogas / Biomethane Injection 5) Examples
DVGW G 262Anhang B – Beispiele für die Rohgaszusammensetzung und Kenndaten regenerativ erzeugter Gase und DeponiegaseAttachment B – examples for the composition of crude gas and characteristic data of regenerative gases and landfill gasesDVGW: German Technical and Scientific Association for Gas and Water
Analysis: gas analysis Biomethane acc. DVGW G260 (DVGW: German Technical and Scientific Association for Gas and Water) Gas Classification: 2. Gas family, Group H
Analysis: gas analysis Biomethane acc. DVGW G 260 (DVGW: German Technical and Scientific Association for Gas and Water)
Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants 3) Comparison Screw Compressor vs Reciprocating Compressor 4) Norms and Standards for Compressors in Biogas / Biomethane Injection Plants 5) Examples
3 – 8 bar Typical Compressor Applications in Biogas-Plants:
Not in the AM program Not in the AM program Product portfolio of AERZENER Maschinenfabrik
Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants 3) Comparison Screw Compressor vs Reciprocating Compressor 4) Norms and Standards for Compressors in Biogas / Biomethane Injection Plants 5) Examples
Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants 3) Comparison Screw Compressor vs Reciprocating Compressor 4) Norms and Standards for Compressors in Biogas / Biomethane Injection Plants 5) Examples
DVGW VP 265 -1Batterie LimitsGas Treatment / Gas Injection Plant to Gas Gridsand related Norms and Standards
Norms and Standards for Compressors and Blowers in Biogas / Biomethane Plants
Technical RegulationTest specification VP 265-1 / April 2008Plants for treatment of biogas and injection into natural gas grids – Part 1: Gases generated by fermentation; design, production, construction, testing and commissioning Norms and Standards for Compressors and Blowers in Biogas / Biomethane Plants
ATEX 94 / 9 EG The blowers and compressors must be designed according the ATEX directives explosion protection Zone I and or Zone II DVGW – Merkblatt G 440: Gas Treatment Systems: Inside the piping system: Zone 1 Outside (room): Zone 1 or Zone 2 Gas Injection Systems Inside the piping system: no Zone Outside (room): Zone 1 or Zone 2 Acc. to the ATEX – directives the costumer has to issue an self – report to the explosion risks.
Content of the Presentation 1) General Information Type of Gases and Analysis 2) Applications in Biogas and Biomethane Plants 3) Comparison Screw Compressor vs Reciprocating Compressor 4) Norms and Standards for Compressors in Biogas / Biomethane Injection Plants 5) Examples
Project EWE – 4 x VMX 75 RD • Biomethane Injection
Project Verbio / Schwedt – 4 x VMX 250 • Biomethane Injection
Biogas blower 1,0 bar g / 1600 Nm3/h / - oil free Biomethane Compressor 16 bar g / 1400 Nm3/h - oil injected Biomethane Compressor 3,5 bar g / 1600 Nm3/h - oil free
…..….. questions please? Thanks for your attention !