6. Chlor-Alkali Technology - the DNA for AWE

Roland Beckmann

63

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

67

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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.