Green Hydrogen:
Viable and Economical



PIONEERING GREEN MATERIAL & GREEN ENERGY SOLUTIONS



Industry

Great Ideas
Only when Supported by Practicality

Think Far, Think Long

... Image Source: Shell
Status

A Reality Check

Shell permanently closed its fueling stations for light-duty hydrogen fuel cell electric vehicles (FCEV) while the developing California market is already facing supply disruptions, other station closures and high prices at the pump.

The closures were attributed to "supply complications and other external market factors," This suggests challenges with the hydrogen supply chain and the broader market conditions for hydrogen FCEVs.

...
Application

A Natural and Viable Solution

With its patent pending conversion technology, TrueECO brings the ESG spirit to next level! Recycled aluminum is used to react with biochemicals to form nano-alumina solution while producing one byproduct - Hydrogen. It will redefine hydrogen infrastructure: decentralized eco-friendly Green Hydrogen Generator (GHG) can be built on-site factories, while transporting aluminum and biochemicals is safer than transporting hydrogen. The output of nano ceramic resin will serve as raw material of TrueECO coating.

Benchmarking

The traditional vs. TrueECO Green Hydrogen Generator (GHG) solutions:

Traditional Hydrogen Energy TrueECO GHG Hydrogen Energy

Cost

Building the necessary infrastructure for hydrogen
production, storage, and distribution (pipelines, refueling stations, etc.) is expensive and complex.



Low Cost of Ownership (COO): Simple production
set up and free from hydrogen embrittlement as for tranditional hydrogen, that loweres the lifecycle of pipe or tank.

Storage and Transportation

Hydrogen's low energy density and flammability require specialized, high-pressure storage and transportation methods, which are also costly.



Hydrogen can be produced and converted to
electricity spontaneously, can be built next to factories or institutes, the only things to transport and store are the
raw materials (recycled aluminum and biochemicals)

Safety

Hydrogen's high flammability raises safety concerns, particularly during storage and transportation, requiring careful handling and management.

Not applicable, ditto to above

Versatility

The application is limited by the size and attibutes of the storage tank


The raw materials (Recycled Aluminum + Biochemical) and a simple power generator can be easily and safely stored invechicle or building, allowing a wide variety of application

Portable

Green Energy Made Easy

TrueECO's develops a portalbe reactor (patent pending) to combine with hydrogen fuel cells or hydrogen internal combustion engine generators, such system can directly generate electricity to drive motors. It can be directly used in medium and large transportation vehicles such as trains, ships, trucks or buses. The reaction materials are safe and convenient to transport, and no high-pressure hydrogen storage device is required.

Image Source: Toyota


Green Energy
for Boat