ABOUT US

OUR MISSION

Green double-right-angle bracket symbol on a transparent background.
Abstract yellow geometric shapes on a dark background, resembling two parallel slanted rectangles.

Our mission is to decarboniSe, decentraliSe, and DEMOCRATISE the processing of critical minerals

Our Story & Technology

Renesis Metals was established on the foundation of more than 25 years of engineering and industrial development experience built by our associated engineering partner and investor, Perfekt S.A. — an engineering and technology company specialising in mechanical engineering, automation, robotics, software, and industrial process development.

Over the years, Perfekt S.A. has designed and delivered hundreds of industrial projects, ranging from single-unit machines and pilot systems to full-scale manufacturing and processing lines for global blue-chip companies. In 2018, the company expanded its capabilities into chemical and electrochemical engineering, focusing on advanced processing, refining, and recycling technologies for critical and strategic minerals.

Building on these capabilities, Renesis Metals was later created as a specialised technology spin-off focused on developing next-generation electrified processing technologies for critical minerals and metal powders. While operating independently, Renesis continues to leverage the engineering infrastructure, production facilities, and multidisciplinary expertise developed through this long-standing industrial partnership.

Today, Renesis Metals offers an integrated approach to critical mineral processing — from developing chemical and electrochemical processing concepts, laboratory equipment, demonstrators, and prototypes through to designing, building, and scaling modular critical mineral processing lines.

Our technologies are designed to enable the processing, refining, and recycling of critical minerals — from ore concentrates and industrial waste streams to high-purity metals and metal powders — within modular, energy-efficient production systems powered by renewable energy.

This combination of chemical innovation and industrial engineering capability enables Renesis Metals to bridge the gap between laboratory-scale innovation and commercial industrial deployment.

OUR APPROACH

Abstract green logo with two diagonal bars
Green abstract shape resembling a stylized stripe or bar on a transparent background.

Our Breakthrough approach

Three green arrowheads pointing right on a black background

The Challenge with Traditional Methods

Traditional metal processing relies on high-energy methods that emit significant greenhouse gases, require costly infrastructure, and generate waste.

Three green arrows pointing right on a black background

Our Innovation

Renesis has developed a groundbreaking separation techniques based on selective electro-leaching and other electrodialytic techniques as well as metallisation technologies, including low-temperature hydrodynamic electrolysis solution that produces high-purity metal powders directly from ores, concentrates, or mining waste at just 45–70°C. These innovations drastically reduce energy consumption and minimises waste.

Three green arrows pointing right on a black background

Simplified, Single-Step Production

Our solution eliminates multiple production stages—including roasting, smelting, refining, and atomization—by completing the entire process in a single production line.

Three green right-facing arrows on a black background

Built for Global Deployment

Modular plants can be deployed near mining sites or off-take sites, bypassing jurisdictional challenges and ensuring geopolitical security for critical metal off-takers.

Series of four images showing industrial robotic arms and machinery in a manufacturing setting.

We design and manufacture our processing plants in-house, along with other specialized machines, systems, and production lines. By integrating expertise in mechanical engineering, automation, and chemical engineering, we deliver turnkey solutions—built from the ground up.

DESIGN.
BUILD.
DELIVER.