The electrolysis process splits pure water into its elements hydrogen H2 and oxygen O2 consuming electricity. For optimal use of offshore wind power, we have developed scenarios to produce large quantities of green hydrogen cost-effectively with floating maritime offshore hydrogen factories.
To protect natural drinking water reserves from stressing and exploiting seawater can be desalinated to obtain drinking water.
Turn-key system solutions for all applications and capacities according to the proven reverse osmosis principle.
Maritime systems for seawater desalination use the inexhaustible water reserves of our oceans sustainably by extracting drinking water from salty water in offshore operationsoffshore desalination
Continuous monitoring of all critical water parameters in online operation with automated documentation of the measured values improves quality management and increases the availability and effectiveness of drinking and industrial water systems. Multi-parameter systems with maintenance-friendly sensor technology complete the tasks fully automatically with just a few compact devices.
Central monitoring, control and regulation device with industry compatible interfaces and PLC functionality.
UV/VIS spectrometer with calibratable optical sensors for simultaneous recording of a large number of water parameters.
Optimum operational safety of water-carrying systems through automated on-line measurement technology with data acquisition. Example: online boiler house diary during steam generationonline Kesselhaustagebuch | ver_DE
reverse osmosis | cooling system and air washers |
dosing systems | softeners | filtration | ultra filtration