Dr. Peter Sponholz APEX Group

Slide 2:H2-PROJECTSH2-STORAGESlide 3:Adaptable & FlexibleH2 ENERGY SYSTEMSlide 4:HYDROGEN POTENTIALPhoto by Nikita Tikhomirov on UnsplashPhoto by Daniel Öberg on UnsplashPhoto by C D-X on Unsplashas a reactant / material useH2 instead of CH4 = green GlassCO2 + 2 H2 = green PlasticN2 + 3 H2 = green AmmoniaFE2O3 + 3 H2 = green SteelSlide 5:CO2-NEUTRALTHE FIRST INDUSTRIAL PARK IN EUROPESlide 6:CO2 neutral• Power-to-X (PtX) – Heat & Electricity• 20 YearsConsumerH2 delivery• 135 kg/day• First ‘right to pitch‘ for all German locationsSlide 7:FURTHER DEVELOPMENTSTARGET: Establishment of a low-temperature district heating network.2 MW Electrolysis:• Usable off-heat 400 - 600 kW•.Temperature level of 50-55°C110 ha105 MW Electrolysis :• Usable off-heat 20 - 30 MW•.Temperature level of 50-55°CSlide 8:The long-term opportunity for the energy transition!Energy SourceH2Photo by @charlybron on UnsplashSlide 9:VOLUMEMASSNot so energeticenergeticHYDROGEN PROPERTIESThe form of storageis what counts!as an energy sourceSlide 10:Photo by Alex Perez on Unsplash1 l ≙ 28 min.1 kg ≙ 5,123 hHYDROGEN PROPERTIESas an energy source > small example* 6,5 watt light bulb**Slide 11:STATIONARY COMPRESSED GAS STORAGEPORTABLE COMPRESSED GAS STORAGE & FUEL STORAGE SYSTEMSCHEMICAL STORAGEHYDROGEN STORAGESlide 12:H2-STORAGE-TOOLBOXPhoto by David Marcu on UnsplashPhoto by Venti Views on UnsplashUse of different technologies with specific propertiesper area of applicationSTATIONARY STORAGESHORT & LONGTERM TRANSPORTATIONMOBILE APPLICATIONSlide 13:www.apex-group.de