HIGH TEMPERATURE SOLID OXIDE ELECTROLYZER

Shelf time:2023-04-11

Views:226

Product description: Our (SOEC) high temperature solid oxide electrolyzer is a kind of equipment that uses industrial waste heat to process water vapor into green hydrogen with the highest conversion

Our (SOEC) high temperature solid oxide electrolyzer is a kind of equipment that uses industrial waste heat to process water vapor into green hydrogen with the highest conversion efficiency, and does not produce any pollution and greenhouse gases. The equipment adopts modular system design, which can operate at a high temperature of 850 °C to generate750 Nm³/h hydrogen with a power consumption of 3.6 kWh/Nm³. It is very suitable for steel mills, refineries and chemical industries as a low energy consumption and high efficiency hydrogen production solution.

HIGH TEMPERATURE SOLID OXIDE ELECTROLYZER

225 kW Large High Temperature Electrolytic Module

HIGH TEMPERATURE SOLID OXIDE ELECTROLYZER

SYSTEM FEATURES

1. Utilization of industrial off-heat as steam reduces electricity demand;

2. Market-leading efficiency (84 % LHV to AC) yields lowest hydrogen costs;

3. Certified electrolyzers with proven long-term operation;

4. Modular design simplifies scaling to any desired electrolysis capacity;

5. With sustainable application characteristics, turning industrial waste heat into treasure.

PARAMETER

Hydrogen production
Net production rate 750Nm³/h
Production capacity dynamic range 5 % … 100 %
Hot idle ramp time < 10 min
Delivery pressure 0 bar (g)
Hydrogen purity max. 99,99 %
Power input and electrical efficiency
System power rating (AC) 2,680 kW
Specific power consumption at stack level (DC) 3.3 kWh/Nm³
Specific power consumption at system level (AC) 3.6 kWh/Nm³
System electrical efficiency 84 %
Steam input
Consumption 860 kg/h
Temperature 150 ℃ … 200 ℃
Pressure 3.5 bar (g) … 5.5 bar (g)
Other specs
Footprint ~ 300 m²
Ambient temperature -20 ℃ … 40 ℃

APPLICATION

1. STEEL

Direct reduction of iron, blast furnace injection, protective atmosphere, etc.

2. REFINERIES

Desulphurization, hydrocracking, hydrogenation, etc.

3. CHEMICALS

Ammonia production, hydrogenation, isotope separation, etc.

置顶