„The H2 burners make an important contribution to reducing the CO2footprint of our processes. SAACKE provided us with optimal support and advice on all issues related to the project.“
Stephan…
The industrial thermal use of hydrogen with SAACKE burners has long been “H2-ready”. Smart combustion technologies contribute to efficient, safe and comparatively environmentally friendly operation…
Synergy effects from residual material utilization and savings of 577 m³ of natural gas per hour thanks to efficient H2 utilization H2 combustion technology proven in practice for decades and thus…
The SAACKE solution in detail: Compared to natural gas, hydrogen generates three times as much NOx emissions due to its higher adiabatic combustion temperature and approximately eight times higher…
Technical Data
Boiler type: 3 x shell boilers for generation of superheated steam (also suitable for hot water boilers or thermal oil heaters) Burner type: 3 x SKVGD Burner capacity…
Savings in natural gas and CO2 emissions through the safe and low-emission thermal use of hydrogen, which is produced as a residual material during operation.
The potential of hydrogen (H2) for…
Plant modernization with three SKVGD H2 burners which, thanks to external flue gas recirculation and special gas injection design, are well below the limits of the 44th BImSchV.
Hydrogen (H2) has…
01 Task
02 Solution
Plant modernization with three SKVGD H2 burners which, thanks to external flue gas recirculation and special gas injection design, are well below the limits of the 44th…
