Throughout human history, technological advancements have left indelible marks on our world and reshaped the fabric of our existence, influencing how we communicate, work, and innovate. Technology has driven us forward from the primal discovery of fire to the epochal rise of computers. Here, we explore three pivotal examples.
Navigating the Energy Landscape: Innovations and Challenges
Today, one of the paramount challenges beckoning innovation is the assurance of an ample electricity supply. Not long ago, authorities cautioned households to be mindful of their electricity consumption, even discouraging reliance solely on electric heating. However, with the advent of the electric vehicle era, perceptions of electricity consumption have shifted profoundly. Electricity is the primary energy source, buoyed by its green credentials and alternative sourcing possibilities.
Yet, with this shift comes a new frontier. We will require significantly more electricity in the future than what we currently produce. The question arises: How do we generate it? Once deemed perilous, nuclear reactors have resurfaced as a viable solution—a technology capable of providing the requisite quantity of electricity.
However, nuclear energy is not the sole option. Apart from weather-dependent solutions with diminished efficiency, such as solar panels and wind turbines, biomass technology emerges as a leading contender. Not only does it yield green electricity, but it also offers a far more significant synergistic impact.
Introducing Biomass Ultima, the World’s Most Efficient Biomass Technology
Biomass Ultima is part of a giant Themis Ecosystem, where it serves as one of the leading drivers of the project, along with Project Phoenix8, which is preparing to be the next one. In short, it is a one-of-a-kind wood waste-to-green energy plant with no emissions. The unique technology transforms second-grade forest wastes into green electricity and many by-products with a whopping 96% economic efficiency.
Another essential advantage of the Biomass Ultima technology is the creation of CO2 negativity while solving three global problems: how to create clean, cheap, and no weather-dependent green energy, how to handle wood waste that needs to be cleaned periodically, and how to reduce global CO2 carbon pollution.
Even before harnessing many innovations, Biomass Ultima stood out as the most efficient technology on the market. One of the reasons was the additional production of a by-product, carbon black. Wanting to increase the efficiency and utilize multi-purposing of the output even more, the founder, Roberto Hroval, and the team added advanced processes that produce two more by-products: organic tar, plant booster liquid, and organic wood vinegar. Today, they all proudly hold a brand name, John’s Organic Roots (JOR).
The next step was to connect a new, fully autonomic external process, green vertical farming (GVF), that will use a surplus of electricity created by the plant.
These steps alone accelerated the progress for about seven years.
The Latest Key Innovations of Biomass Ultima Technology
If there’s one word to encapsulate the essence of Biomass Ultima technology, it would be – maximal optimization. This innovation sets higher standards than legally required, aiming to blaze a new trail that brings a breath of fresh air.
Efficiency, multidisciplinarity, optimal utilization, and high-added value are the critical requisites demanded from all projects that will join the Themis Ecosystem in the future. Every detail is meticulously considered and optimized to the fullest extent – not only in terms of profitability, sustainability, and economic efficiency but also in terms of maximum integration into the local environment and planet conservation.
Here is how Biomass Ultima technology boasted three key innovations:
- Yet another innovative product: The first innovation involves the creation of the last new product, Organic-Microbiotic Plant Booster, also known as “Redbull for Plants.” During the drying process of wooden chips, wood dust extraction occurs, constituting harmless waste material. Traditionally, this dust could be filtered through cotton filters and released into the air.
Instead, the team spent three years developing a special mega filter, standing seven meters tall with a diameter of two and a half meters, designed to capture wood dust. This dust is then washed with pristine water, free from impurities, to produce an organic multi-purpose fertilizer containing beneficial microorganisms. To conserve drinking water, the company constructed an underground reservoir for rainwater, which will be used for this purpose.
The Organic-Microbiotic Plant Booster significantly enhances crop growth. It will be distributed to local farmers to enrich fertile soil across their fields.
- Efficient Surplus Energy Consumption: The technology consistently generates surplus energy that typically goes unused. The team optimized the process so that energy surpluses power an autonomous GVF project, producing a considerable quantity of organic vegetables under the JOR brand. Part of the produce will be donated to local families in need, while the remainder will be sold as organic food.
The GVF unit operates independently of external conditions and weather influences. The unit will get fertilizer from one of the potent by-products of Biomass Ultima, organic carbon black.
Above all, the GVF unit receives free green energy, a key advantage for the project’s economic efficiency. Moreover, the process is designed to consume half the power of competing technologies.
- Radical Waste Material Optimization: When the company decided to produce organic carbon black alongside green electricity, the technology soared to the top of economic efficiency among all biomass technologies. Subsequent innovations enabled the extraction of new beneficial raw materials from waste materials.
Today, in addition to green electricity, Biomass Ultima produces organic JOR Organic Carbon, JOR Organic Tar, JOR Organic Vinegar, and JOR Organic-Microbiotic Plant Booster as by-products of regular production.
All products are used for natural, organic farming or treatments aimed at returning to natural living.
Visitors of the Construction Site Agree: This Technology Will Reshape the Future
It’s no wonder that visitors have been flocking to the construction site where the first Biomass Ultima factory is nearing completion. Some are existing supporters, others are interested in investing in the project, while some seek to become business partners and establish their own factory based on the Biomass Ultima model. Many renowned experts also come to see for themselves whether the technology is as advanced as it’s rumored to be.
Without exception, they all agree that they’ve never seen anything like it before. They are fascinated by the multidisciplinary nature, added value, innovation, and optimization. They marvel at the project’s scale and magnitude, probably not even minding that Biomass Ultima represents just a fraction of the much larger Themis Ecosystem project.
“It’s definitely the number one technology in the world,” more knowledgeable observers usually conclude, adding, “Is it even possible for someone to think so broadly and incorporate so many innovations into an incredibly efficient and commercially viable process?”
Roberto Hroval responds, “I’m glad that many have recognized the potential of our technology and the significance of the projects we are implementing. Such a factory doesn’t exist anywhere, so it’s understandable that it captures the attention of connoisseurs and experts alike. Not long ago, even experts claimed that something like this couldn’t be built. But we succeeded. We introduced some breakthrough innovations and combined them into a homogeneous, excellently functioning whole with exceptional efficiency.”
A systematic approach slowly takes the shape of standardizing all projects and technologies in the Themis Ecosystem group. Each project has its own innovative story behind it and will have similar levels of optimization, multidisciplinarity, and top-notch efficiency.
In the background, the team is slowly growing, preparing for the grand launch of several projects, while the eyes of the public are on the factory opening and the grand kick-off planned for the next few months.