Contact person
Dr.-Ing. Roland Berger
You need systems that work. "For me it's concrete: plant engineering is our job, from the process to the control system, everything is included. That's what I like."
biogas to hydrogen
biogas to hydrogen
The media supply module contains the system control, the water treatment and the biogas compressor.
Media handling takes place in the 25ft container: Water management, biogas supply, air supply and connected exhaust gas management.
| Input | Typical values |
|---|---|
|
Biogas consumption (for 50-60% methane in biogas) |
10 Nm³ / kg H2 |
|
Biogas quality |
50-100% CH4, 200 mbar,
S<1 mg/Nm³, Si<0.1 mg/Nm³ |
|
Water consumption |
100 l/h (depending on water quality) |
|
Power consumption |
2-3 kWh/kg H2 |
|
Load spread |
Regular operation
100% - 40%, Standby mode <40% |
In the PSA module, the hydrogen-rich reformate is cooled, dried and purified in the PSA* skid (*Pressure Swing Adsorption).
The end product hydrogen meets the high purity requirements for fuel cells and industrial use.
| Output | Typical values |
|---|---|
|
Hydrogen yield |
400 kg /day
@ 10 bar |
|
Hydrogen
quality |
ISO 14687 (FC quality) |
|
Usable heat
(option) |
approx. 240 kW @ 80°C (cooling water) |
|
Efficiency |
up to 90% (Hydrogen-based: 60-70%, thermal 20-30%) |
A BTH400 for your individual scenario.
My part. - Just ask me!
You need systems that work. "For me it's concrete: plant engineering is our job, from the process to the control system, everything is included. That's what I like."
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