We believe contaminated land, tailings ponds, industrial residues, and mining waste should not remain long-term environmental burdens. They should become opportunities for restoration, responsible resource recovery, and renewed economic value.
Our purpose is clear: to help clean affected areas, recover valuable materials, and support a more sustainable future through practical and efficient technology.
EcoGravity is the result of more than 15 years of continuous development, testing, field learning, and engineering refinement.
Over the years, we worked through multiple prototypes, technical improvements, operational adjustments, and real-world challenges to develop a system capable of delivering meaningful results in demanding environments.
This long journey shaped not only our technology, but also our mindset: progress comes from persistence, precision, and constant improvement.
Today, EcoGravity represents that experience translated into a modern solution for environmental recovery and material valorization.
For many years, one of the biggest challenges in mineral recovery and contaminated material processing has been the dependence on chemical-intensive methods such as cyanidation and leaching to achieve higher recovery rates.
While these methods have been widely used in certain applications, they also created a major need in the market for alternatives that could reduce environmental risk, simplify operations, and offer a more sustainable path forward.
This was one of the core problems that inspired the development of EcoGravity.
Our mission was to help create a solution capable of generating strong recovery performance through mechanical and gravity-based processes, without relying on traditional chemical extraction methods.
EcoGravity was built to answer that challenge.
A central figure behind EcoGravity is Fîrtea Gheorghe, the principal engineer whose experience, persistence, and technical vision helped transform the concept into a real operating technology.
For many years, he has been involved in solving complex industrial and mineral-processing challenges, focusing on practical engineering, recovery systems, process optimization, and operational efficiency.
His background includes leadership positions across multiple industrial companies, where he has served as director, administrator, shareholder, and technical decision-maker. Throughout his career, he has contributed to the development, management, and modernization of various processing facilities and industrial projects.
Among his notable achievements is his involvement in the flotation sector at Iacobeni, where he played a key leadership role in the implementation and operation of the facility.
He is also associated with technical innovations and patents, reflecting a long-standing commitment to engineering progress and applied industrial solutions.
EcoGravity is strongly rooted in this lifetime of technical experience.
Another key figure in the growth of EcoGravity is Richard Vasey, whose strategic mindset, financial support, and long-term commitment played an essential role in helping bring the final technology to life.
With a professional background in law and business, he contributed not only through investment and support, but also through vision, structure, negotiation, and strategic decision-making.
His ability to connect technical potential with commercial direction helped create the right partnership between engineering expertise and business execution.
The collaboration between Richard Vasey and Fîrtea Gheorghe brought together two essential forces:
This combination has been fundamental in moving EcoGravity from concept to reality.
While leadership is important, EcoGravity is the result of a much broader collective effort.
Behind the project stands a dedicated network of employees, specialists, contractors, and collaborators who have all contributed to the development, operation, and advancement of the technology.
This extended team includes professionals from areas such as:
Including specialists with experience in environmental compliance, land surveying, industrial operations, and institutions related to mining and regulatory frameworks.
Each stage of EcoGravity’s development has been strengthened by people bringing practical knowledge, technical skill, and real commitment.
EcoGravity focuses on advanced solutions for:
Our technology is designed to recover metals such as:
while helping reduce the environmental burden associated with those materials.
EcoGravity focuses on advanced solutions for:
Our technology is designed to recover metals such as:
while helping reduce the environmental burden associated with those materials.
We believe professionalism is shown through results, responsibility, and the way work is carried out.
That is why our approach is based on:
We focus on building solutions that work in real conditions — not only in theory.
Our vision is to help shape a future where environmental restoration and resource recovery go hand in hand.
We aim to contribute to projects that:
Not through empty promises — but through steady work, technical discipline, and meaningful progress.
EcoGravity was built through years of dedication, learning, and belief in a better way of doing things. We continue forward with the same objective:
To deliver practical technology that helps restore land, recover value, and create lasting positive impact wherever it is needed.
Solar Engineer
Solar Engineer
Solar Engineer
Solar Engineer
Romania, Municipiul Bucuresti, Sector 5, Cal 13 Septembrie, Nr.106
EcoGravity is an advanced gravity-based technology for mineral recovery and soil decontamination.
© 2026 S.C. Tehnodeseu ECO S.R.L. | Ecogravity™ is a proprietary technology. All rights reserved.
