Renewables

Hydrogen is considered a solution for the energy transition. Wind energy is powerful, but does not fully exploit its potential. Hydrogen can only contribute to climate protection if electricity from renewable energies is used for its production in electrolysis.

Recently there has been more and more in the media about hydrogen as a future fuel. These discussions often talk about hydrogen using a colour coding - which has the potential to confuse an already complicated matter even further. To support discussion I have pulled together a summary.

Achieving deep decarbonisation by 2050 is only possible through new production processes. Electricity demand of the sector could increase three-fold by 2050. The production of steel from recycled scrap increases by a range of +30% to +70% versus.

hydrogen is an all-rounder and can be used in many different ways. It is not only an energy carrier, but also used as a raw material for industrial purposes. In the future, hydrogen could be produced in large quantities through the use of renewable.

A buyer of electricity can be offered a traceable link of power supply from specific source(s) of renewable power. TYMLEZ can offer an API*-box for traceability of energy right from its source all way to the consumer.

More and more companies are setting their own targets for reducing emissions. They know that their own future and competitiveness are at stake. Some committed German companies are networking in the Climate Protection Companies initiative. Green energy networks help companies tap into new potential as well.

Heat Roadmap Europe provides the data that engineers need to decarbonise heating and cooling systems. The project has inspired EMB3Rs and is redesigning our energy sector. Heating and cooling is probably the most diverse sector of Europes energy system.

SSE and Equinors plan to build a hydrogen power station in the UK. To help navigate this topic I have provided a guide to hydrogen colours. It does not seem to make too much sense to use electricity to make hydrogen to then convert it.

New waste heat recovery technologies can take the industry one step closer to achieving cleaner production methods. Aluminium is the second most highly produced metal and one of the most recycled commodities in the world. In some industries, over 90% of it is recycled .