RME2000
Revolutionary Technology for National-level Waste Stream Processing and Resource Recovery.
We are proud to present our innovative technology, which involves characterizing specific waste streams prevalent in a particular country, developing tailored recipes for blending, processing, and capturing valuable materials, including critical raw materials, precious metals, and rare earths. By automating the system into a self-contained plant, we enable nationwide deployment, working closely with stakeholders to achieve economical and sustainable solutions that transform waste into valuable resources.
Resource Recovery at Scale
Process and recover valuable materials from large-scale waste streams at a national level, ensuring a significant reduction in waste, environmental impact, and reliance on virgin raw materials.
Circular Economy Leadership
Demonstrate leadership in the circular economy by implementing our technology, which turns waste into a valuable resource, minimizing the need for traditional extraction methods and promoting sustainable practices.
Supply Chain Independence
Reduce dependence on imports by capturing critical raw materials, precious metals, and rare earths domestically, bolstering national resource security and reducing supply chain risks.
How it works?
Waste Stream Characterization
Our experts conduct thorough assessments of the prevalent waste streams in the country, identifying valuable materials and their potential for recovery.
Process Development
Utilize our extensive knowledge and expertise to develop tailored process for blending and processing waste streams, optimizing the recovery of critical raw materials, precious metals, and rare earths.
Self-contained Plant Setup
Automate the system into a self-contained Raw Materials Ecosystem Plant, capable of processing waste streams at a national scale while ensuring efficient and controlled operations.
Stakeholder Collaboration
Collaborate closely with stakeholders, including government agencies, waste management organizations, and industry partners, to assess and tailor the operational economics of the plant based on the feedstock and desired outcomes.
Economical and Sustainable Resource Recovery
Achieve an economical and sustainable plant that efficiently converts waste into valuable resources, enhancing national resource utilization and promoting circular economy principles.
