Digital-driven
solutions for
Biofuel production
and
hydrogen
generation
Onboard. On-demand.
Let’s build an eco-future together.
Affordable renewables for all. Anytime.
The global race towards renewable energy aims for ambitious milestones between 2030 and 2050. These goals are being pursued by enhancing and adapting current technologies, with substantial support from governments and private investments, focusing exclusively on meeting the growing demand for renewable energy. However, this effort often needs to pay more attention to the challenge of providing renewables affordably while considering sustainability and environmental impact. Current technologies, such as electric, wind, solar, and biodiesel, have progressed but remain costly and offer limited environmental benefits. Additionally, the energy density and on-demand availability of these "green" solutions do not yet match those of fossil fuels.
Renkol unveils a cutting-edge technology platform to achieve and exceed renewable energy milestones, setting new industry standards. This technology can directly compete with, and even outperform, fossil fuels while remaining financially sustainable, providing a practical alternative for the mainstream adoption of renewable energy sources.
Technology
Renkol's technology platform is a game-changer in the energy industry. It generates complex energy fields driven by digital signals within a dedicated processing unit, enabling control over chemical transformations that exceed the capabilities of conventional technologies. This unique system facilitates bond-breaking, producing biofuels, drop-in fuels, or hydrogen without chemical reagents or catalysts. The process is highly cost-effective, generates no harmful by-products, and poses no environmental risks, making it a practical solution for rapid deployment with minimal capital investment.
The output products of the CEF technology platform can be utilized to create an innovative token for asset-backed cryptocurrency, deriving its value from commodities like renewable feedstock. One token can be linked to the price of one unit of the processed feedstock. Supported by the reliable energy production of our CEF technology, this token provides a secure and stable investment opportunity in the typically volatile cryptocurrency market, offering a trustworthy alternative to higher-risk options.
MVP
Our Minimum Viable Product (MVP), the first version of our product that includes the minimum features necessary to demonstrate its functionality, utilizes vegetable oil or a blend of vegetable oil and water as the primary reactor feedstock. Additionally, promising results have been observed with alternative feedstocks, such as pyrolysis oil and other biomass-derived liquids from renewable sources.
The technology produces biofuel readily usable for residential, commercial, and industrial burners. It also powers diesel engine generators or combined heat and power (CHP) units, showcasing its versatility and adaptability to various energy needs
Adjusting the control unit’s operational parameters with specific reactor configuration can produce hydrogen from alternative feedstock. This opens a world of new application opportunities, from engine fueling to industrial processes, and paves the way for exciting future developments in renewable energy.
modular concept for
renewable energy.
Biofuel processing and hydrogen generation can occur in one or multiple reactors, each managed by one or multiple control units. These reactors operate using dedicated algorithms. The control modules can be managed remotely, with a master control unit overseeing the entire process.
A microgrid of interconnected reactors using various feed sources enhances flexibility, resilience, and efficiency, making it a valuable asset in today’s dynamic world.
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