6. Chlor-Alkali Technology - the DNA for AWE
Roland Beckmann
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thyssenkrupp nucera's leading expertise in CA electrolysis technology serves as strong basis for
AWE
Global leader | >10 GW | Over 600 | Over 240,000 |
in electrolysis | electrolyzer capacity | electrochemical | electrolytic cell |
installed1 | projects realized | elements produced |
Product portfolio
CA Electrolysis: | Hydrochloric Acid (HCl) Electrolysis: | |||
Local production of Chlorine (Cl2), Caustic Soda (NaOH) and Hydrogen (H2) | Recycling of HCl into Chlorine (Cl2) and Hydrogen (H2) | |||
Uhde BM2.72 | Chlorine Engineers BiTAC3 | NaCl ODC4 | HCl Diaphragm electrolysis | HCl ODC4 electrolysis5 |
1. To produce chlorine and hydrogen 2. Bipolar membrane electrolyzer 2.7 m2 3. BiTAC: Bipolar Tosoh and Chlorine Engineers 4. ODC: Oxygen Depolarized Cathode 5. Recycling HCl at low energy consumption
64
thyssenkrupp nucera's leading design and manufacturing know-how crucial in developing the AWE cell
Hydrogen Chlorine
Hydraulic design | Mechanical design |
Cathode- | + Anode |
electric
current
Electrical design | Zero gap |
NaOH or KOH | NaCl or KCl |
Membrane
Know-how and technologies needed for implementing effectively high current density and high efficiency
65
thyssenkrupp nucera owns critical technology competencies forming the basis of AWE
Hydrogen | ||||
AWE | (H2) | |||
Water | High Voltage | Harmonic Filter Transformer & Rectifier | H2 Gas Cooling | H2 Filtration, Compression & Storage |
Liquid/Vaporized
Chlorine (Cl2)
Electrolyser
e.g. BM/BiTAC
Caustic Soda
(NaOH)
Globally leading know-how to integrate adjacent technologies into CA plants forming the basis of AWE
66
Outstanding plant engineering capabilities are a key differentiator
Selected engineering references1 | TÜV certification |
About 600 electrochemical projects were planned and realized by thyssenkrupp nucera
+420,000 engineering hours p.a. | +300 experts across disciplines |
Modules | ||
Japan | Instruments | Tech. |
Electrics | Service | |
R&D | ||
Germany | ||
China | Sales | Project |
Execution | ||
Italy | Process Eng. | Design Eng. |
1. FY20/21
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ThyssenKrupp AG published this content on 13 January 2022 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 13 January 2022 11:50:01 UTC.