The British company **Powerhouse Energy Group** has developed a revolutionary technology that converts **plastic waste into clean hydrogen** through pyrolysis. This is a [sustainable solution in plastic management](https://noticiasambientales.com/residuos/de-que-manera-las-pajitas-se-convirtieron-en-un-icono-mundial-de-la-contaminacion-por-plasticos/) and renewable energy generation.
This innovative process is carried out in Wales and uses a rotary kiln to **break down plastics** into their basic chemical components.
## Conversion of waste into clean hydrogen
The pilot project, called **Feedstock Testing Unit (FTU)**, allows for the transformation of up to 2.5 tons of plastic per day, replicating on a smaller scale the processes that will be implemented in commercial facilities with the capacity to process 35 tons daily in the future. This system produces a **syngas** (synthesis gas) rich in hydrogen, along with **methane and carbon monoxide**, which can be refined for multiple energy applications.
The hydrogen obtained through this technique is ideal for **powering gas turbines**, generating electricity, or being purified for use in transportation and industry. Furthermore, the process **does not require solvents**, making it cleaner, safer, and more efficient.
## Process adaptability
One of the most outstanding features of this technology is its flexibility. The system allows for **adjustments by adding steam or oxygen** to adapt to different types of plastics, including those that are not recyclable by traditional methods. This makes it an effective alternative for treating waste that would otherwise [end up in landfills](https://noticiasambientales.com/residuos/cordoba-cierra-dos-basurales-a-cielo-abierto-cuales-son/) or incinerators.
During the initial tests, the FTU demonstrated operational stability and consistent results, although it is still in the **optimization phase** to maximize its efficiency.
## Towards a sustainable future
The progress made by **Powerhouse Energy Group** represents a crucial step towards a more sustainable future. Converting **non-recyclable plastics** into hydrogen not only reduces dependence on **fossil fuels** but also decreases environmental pollution.
Furthermore, the use of hydrogen as fuel supports the **decarbonization of key sectors** such as transportation and industry, aligning with global sustainability goals.
With these types of innovations, new opportunities are emerging to efficiently manage waste and turn it into **clean energy resources**, contributing significantly to a world free of emissions.
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