Technology

GOOD ENERGY SOLUTIONS

Green Economy

The Future of Sustainable Energy

Steam electrolysis splits steam into hydrogen and oxygen. It is particularly efficient and is powered by renewable electricity. The hydrogen generated can be efficiently converted into crude oil substitutes via the h2e’s Power-to-Liquid process as well as being used directly in hydrogen mobility or industrially.

SOFC

Solid Oxide Fuel Cell

A solid oxide fuel cell (SOFC) is a highly efficient electrochemical device that converts hydrogen and carbon monoxide from hydrocarbon fuels directly into electricity. Solid Oxide Fuel Cells use dense solid oxide as electrolyte material that conduct negative oxygen ions from cathode to anode.

At anode, electrochemical oxidation of hydrogen (H2) or carbon monoxide (CO) takes place and at cathode oxygen reduction reaction takes place

They operate at temperature ranging from 600°C to 1000°C and offer the following key advantages:

Advantages

Operate at a higher temperature, do not require precious metal catalyst
Operate on wide variety of hydrocarbon fuels
Produce the highest electrical efficiency
Most suited for continuous operation
Can use heat recovery technologies for a total system efficiency of up to 85 percent
Near zero emissions and quiet operation, with low maintenance
Compared to existing generation technologies

SOEC

Solid Oxide Electrolyser Cell

The surplus energy from renewable sources can be effectively stored in the form of chemical energy using our Soldi Oxide Electrolyser Cells (SOECs). SOECs are reversible solid oxide fuel cells that use ceramic electrolytes and are also referred to as Regenerative Solid Oxide Fuel Cells (R-SOFCs)

H2 production by steam electrolysis in SOEC mode

Key features of SOFC as a SOEC

Compatibility

Environmentally compatible with reduced CO2 emissions in power generation mode

Flexibility

Fuel flexible and sustainable for integration with other energy sources

Capability

Useful for different functions

Adaptability

Suitable for wide variety of applications and adaptable for local energy needs

h2e Power

Waste to Hydrogen

h2e collaborated with EPC providers for Waste to hydrogen production. The process creates value out of waste. It is a self-sustainable thermal conversion treatment of organic waste, including plastics, which breaks down the waste matter and extracts the hydrogen they contain. The conversion system addresses the need for decentralized clean energy production for the Energy Smart Grid as well as the growing worldwide need for a source of green, renewable hydrogen for the clean mobility applications. Since it is not incineration, the process does not create or emit hazardous chemical and, unlike conventional gasification solutions, it produces no tar.
One ton per day biomass feedstock yields 50 kg hydrogen per day which can-

• 12 Fuel Cell Vehicle full tanks or
• 40 kW integrated Solid Oxide Fuel Cell