The Second Themis Ecosystem’s Driver, Project Phoenix8, Is About to Get a Green Light

While all eyes following the development of Themis Ecosystem are currently focused on the opening of the Biomass Ultima factory – Scientific Research Center 01 – the team is intensely preparing for the next phase.

Two key activities will mark the second phase. The first one is setting up clones of the Biomass Ultima factory, or the first Themis Ecosystem’s “driver.” The second activity is opening the first European installation of driver number two.

The second driver is already known to the public. It is an environmentally friendly factory that processes waste tires or plastics into electricity and carbon black called Project Phoenix8 (PP8). This factory will also carry a title, Scientific Research Center 02.

Introducing Project PHOENIX8 and Product Reincarnation Technology, the Most Advanced Waste-To-Energy Process

Imagine a world where our waste doesn’t end up in landfills or oceans but becomes a valuable resource for generating clean energy and producing new products. This vision is now a reality with the revolutionary waste-to-energy technology, Product Reincarnation Technology™ (PRT).

PRT is a groundbreaking solution that addresses the pressing global issues of waste management, energy production, and environmental pollution. Unlike traditional waste disposal methods that contribute to pollution and resource depletion, PRT transforms discarded products into valuable commodities, such as electricity and carbon black. The latter is a highly sought-after material in the automotive industry – for example, for producing carbon fibers – and even in pharmaceuticals.

At the heart of PRT lies a sophisticated two-stage process called molecular degradation, which breaks down waste materials into their essential elements. This process occurs at low temperatures, minimizing energy consumption and environmental impact. As a result, PRT boasts an impressive energy efficiency of over 87% and produces zero emissions, making it a truly green technology.

The versatility of PRT is evident in its ability to handle a wide range of waste materials, including plastics, tires, oil, textiles, and more. By utilizing these materials as input, PRT reduces the amount of waste sent to landfills and generates valuable resources that can be used to power homes, businesses, and industries.

One of the critical advantages of PRT is its high level of monetization, with over 98% of waste being transformed into sellable goods. This economic viability and environmental benefits make PRT an attractive solution for governments, industries, and communities worldwide.

Leading experts and organizations across the globe have recognized the potential of PRT and PP8 as well. More than 2.000 online media portals have already reported on it. Likewise, certification body Bureau Veritas has verified the technology’s performance, further validating its reliability and effectiveness.

The First PP8 Factory Will Annually Process 16.000 Tons of Waste Tires

In addition to its environmental and economic benefits, PRT offers a practical solution to the growing waste management problem. By repurposing waste materials into valuable resources, PRT helps to reduce the strain on landfills and natural ecosystems, preserving valuable resources for future generations.

The first European PP8 factory will process 16,000 tons of discarded automotive tires annually. It will serve purposes similar to the first driver, the Biomass Ultima factory. Designed as a Scientific Research Center, it will adopt logistic processes and know-how as a testing and research unit. It will also serve as a prototype model for establishing subsequent identical factories.

The entire equipment underwent extensive testing for 12,000 hours to address startup issues and ensure smooth and efficient operation. Additionally, a much larger factory with a capacity of 500,000 tons was set up at a remote location. Its test results will help the team skip three years of development.

The founder, Roberto Hroval, stated that they planned to progressively increase the factory’s capacity – from 16,000 tons to 25,000, 50,000, 100,000, etc. This process would have taken approximately three years to reach the 500,000-ton capacity. However, they can bypass the intermediate three-year expansion phase by setting up and testing the 500,000-ton factory on the front end.

Looking ahead, the potential of PRT is limitless. As governments and industries seek sustainable solutions to environmental challenges, technologies like PRT will play a crucial role in shaping a cleaner, greener future for all.

The Second PP8 Factory, to Be Built in Germany, Will Process 500,000 Tons of Waste Tires Annually

But the team is planning even ahead. Immediately after the opening of the first European PP8 factory, Scientific Research Center 02, they will tackle the next, third phase. Based on the parameters of the already operational process with a capacity of 500,000 tons of waste tires, the team will establish a factory of a similar size in Germany. Simultaneously, the first PP8 factory will be a central unit for developing know-how and a primary logistics center for distributing service and spare parts.

From reliable sources close to the Themis Ecosystem, we have learned that the team has already reached an agreement with one of the leading automotive companies for collaboration. The 500,000-ton factory is expected to be built within the automotive manufacturing site. It will serve the purpose of recycling its used car tires. Namely, the German automotive manufacturer must pay €110 (US $119) in penalties per ton of installed car tires, amounting to a staggering €180 million (US $195 million) annually.

By incorporating the PP8 factory into its process, not only will the manufacturer save this amount, but it will also create two additional marketable products. Carbon black will be used to make new tires, and the company will use green electricity for its production processes.

That kind of collaboration is a win-win situation for all parties involved. The Themis Ecosystem gains a new renowned business partner, and the automotive industry saves hundreds of millions in penalty payments while generating additional revenue by producing new products.

The environment also benefits since the entire Product Reincarnation technology process operates without emissions and reduces CO2 footprint. Besides, creating CO2 negativity and selling CO2 coupons is very profitable.

Approximately four million tons of waste tires are generated annually in the EU, and an equal number are generated in the US. Industries that face hefty fines due to generated waste materials can only hope for partnerships with projects like PRT/PP8. Therefore, it will not be difficult for the Themis Ecosystem to find interested partners to implement this technology on their premises.

Themis Ecosystem to Regulate and Innovate the Whole Industry

“We aim to gradually address this issue and assist the entire industry in creating less waste and decreasing pollution. After launching a few European plants, we will immediately move to the USA,” said the founder, Roberto Hroval.

Supporters will also benefit from the entire process. Those who have purchased the only investment Themis Ecosystem issued so far – the e-voucher PP8 IRMU (Industrial Raw Material Unit) – have already observed how its price has skyrocketed.

However, buying PP8 IRMU was a long-term decision, and the best times are yet to come. With each new project or expansion, the price will rise even more. “This is one of our major goals – to create so many profitable projects that the price of IRMU will constantly increase,” concludes the founder.