Planet Clean Recycle Industries Corp.

Researching hydrogen energy for ships, cars and trains

to increase the sustainability of our planet: its oceans and seas, the land and the soil, and most importantly, its future.

Planet Clean Recycle Industries Corp.

Next stop, hydrogen-powered trains

For our shareholders and investors, we are committed to our values today and in the future: reliability, responsibility, transparency and innovative strength. We at Planet Clean Recycle Industries Corp. know that only with know-how, systems and many years of experience can the opportunities of tomorrow be identified, evaluated and exploited today.

Hydrogen-powered trains

In the midst of the climate crisis, the demand for decarbonisation across transport industries has grown.

In order for hydrogen power to be truly sustainable, other methods of producing it that don’t rely on fossil fuels would need to become mainstream.

Electrolysis creates hydrogen by separating oxygen from water using an electric current. That current can be created using energy from renewable energy sources, but it has yet to be done outside of small test demonstrations. In order to be a truly green form of travel, the hydrogen would need to be created and stored using renewable energy sources, like off-shore wind farms and solar grids, rather than fossil fuels.

There are benefits to passengers too. Hydrogen-powered trains, like electric trains, are also incredibly quiet compared to their diesel counterparts. And unlike electric trains, they are more resilient to network-wide disruption.  A hydrogen powered train could switch over to its fuel cells if the electricity lines went down, for example.

Planet Clean Recycle Industries Corp.

The end of car battery technology?

For our shareholders and investors, we are committed to our values today and in the future: reliability, responsibility, transparency and innovative strength. We at Planet Clean Recycle Industries Corp. know that only with know-how, systems and many years of experience can the opportunities of tomorrow be identified, evaluated and exploited today.

Hydrogen-powered cars

In the midst of the climate crisis, the demand for decarbonisation across transport industries has grown.

All around the world, governments are implementing policies to promote electric vehicles to reduce oil consumption, climate-related emissions, and improve local air quality. Most of the attention has been dedicated to plug-in electric vehicles.

The secret of the hydrogen fuel cell-powered vehicle lies in its battery, which is able to generate electricity through a chemical reaction between oxygen and hydrogen.

Hydrogen cars are electric vehicles that are powered by a fuel cell supplied with dihydrogen (H2). The gas, stored under pressure in dedicated tanks, comes into contact with the dioxygen (O2) which is contained in the surrounding air inside the cell. An oxidation reaction takes place here, producing electricity and water vapor (H2O).

Planet Clean Recycle Industries Corp.

Is Hydrogen Energy a model for the future of the shipping industry?

Marine transport emits 940 million tonnes of CO2 annually and is responsible for 2.5 per cent of global greenhouse gas emissions, thanks to the dirty oil and diesel that's burned for propulsion. PlanetClean will run ships powered by hydrogen energy and emitting only clean water in its wake, whilst processing PVC plastic granules from the recycled plastics that have been collected worldwide.

Hydrogen-powered ships

Hydrogen 'can power virtually all container ships crossing the Pacific' - The fuel that could transform shipping!

Developers across the world are for the first time testing the use of hydrogen to power ships as the maritime industry races to find technologies to cut emissions and confidence grows the fuel is safe to use commercially.

To reach goals for the shipping industry set by the United Nations, industry leaders say the first net-zero ships must enter the global fleet by 2030. Ships powered by green hydrogen could help meet the target.

Made from electrolysis to split water into hydrogen and oxygen using electricity from renewable energy, green hydrogen is emissions free.