SUPERMOLECULAR TREATMENT WITHOUT CHEMISTRY

Production and treatment of Hydrogen

 

In the production of hydrogen, we currently encounter problems such as: energy-intensive production, transportation, storage, quality, and others. The goal of technology is to help solve these problems.

decarbonization

Clean energy is the future

Hydrogen accounts for less than 2% of current energy consumption in Europe and is primarily used in the production of chemical products such as plastics and fertilizers. Of this hydrogen production, 96% is produced using natural gas, which emits a significant amount of CO2 in the process. However, hydrogen can also be produced from renewable sources. Renewable hydrogen (“green” or “clean” hydrogen) is expected to play a key role in the decarbonisation sectors, such as transport and energy intensive industries, where other alternatives will not be possible or will be more expensive. Currently, hydrogen is an important element in technically complex welding and manufacturing processes. Its use is also in energy industry and is slowly coming to the fore in transport, where it is planned as a substitute for fossil fuels.

Current problems with hydrogen

Energy-intensive production that does not guarantee the required quantity.

Cannot be produced directly at the point of demand.

Difficulty in transportation and storage.

Clean energy is the future

Hydrogen accounts for less than 2% of current energy consumption in Europe and is primarily used in the production of chemical products such as plastics and fertilizers. Of this hydrogen production, 96% is produced using natural gas, which emits a significant amount of CO2 in the process. However, hydrogen can also be produced from renewable sources. Renewable hydrogen (“green” or “clean” hydrogen) is expected to play a key role in the decarbonisation sectors, such as transport and energy intensive industries, where other alternatives will not be possible or will be more expensive. Currently, hydrogen is an important element in technically complex welding and manufacturing processes. Its use is also in energy industry and is slowly coming to the fore in transport, where it is planned as a substitute for fossil fuels.

Current problems with hydrogen

Energy-intensive production that does not guarantee the required quantity.

Cannot be produced directly at the point of demand.

Difficulty in transportation and storage.

Hydrogen propulsion Treasure ©

Improved hydrogen cleavage

The production process takes place directly in the engine part of the vehicle using an electrolyser that is powered by its own source. The car does not need hydrogen storage tanks. It is a low-voltage Treasure © electrolysis with its own control. Hydrogen is produced from molecularly treated water, which ensures its more efficient cleavage into hydrogen and oxygen. The design solution is suitable for both diesel and petrol powered cars. The advantage is reduced fossil fuel consumption. The automotive industry will appreciate the adaptability of the device, as it is still in the process of improving the technological solution.

Hydrogen propulsion Treasure ©

Improved hydrogen cleavage

The production process takes place directly in the engine part of the vehicle using an electrolyser that is powered by its own source. The car does not need hydrogen storage tanks. It is a low-voltage Treasure © electrolysis with its own control. Hydrogen is produced from molecularly treated water, which ensures its more efficient cleavage into hydrogen and oxygen. The design solution is suitable for both diesel and petrol powered cars. The advantage is reduced fossil fuel consumption. The automotive industry will appreciate the adaptability of the device, as it is still in the process of improving the technological solution.

Hydrogen production in industry

Decarbonization

 

The reason why we are concerned in the hydrogen production and its use in industry is mainly due to the decarbonization of heavy industry, such as steel or aluminium production. We are concerned with the solution of the technological process for production of the so-called clean hydrogen, which would achieve low energy consumption. The aim is to achieve carbon neutrality in the EU by 2050. Currently, we have been able to develop the technological revolution Treasure ©, which is suitable for the hydrogen-powered industry, but also for energy units, e.g. heating plants, power plants or other industries using hydrogen in production processes. Treasure © is currently delivering positive results in the field of solving air problems, such as CO2 emissions, but also in terms of overall ecology. At the same time, our special process for producing clean hydrogen generates lower energy costs.