ELECTROCHEMICAL SOLUTIONS

Renesis is at the forefront of chemical innovation, offering unparalleled analytical services and research solutions across diverse industries.

Specializing in advanced technologies, we cater to a spectrum of sectors, including: energy storage (e.g., flow batteries, green hydrogen, electrolysis), minerals processing (with electrochemical and low-temperature electrolysis techniques), and software solutions for lab management and production processes.

Driven by a commitment to excellence and innovation, Renesis delivers cutting-edge solutions to meet the evolving needs of our clients.

  • Elemental composition analysis of mineral materials and alloys using semi-quantitative and full quantitative methods for both solid and liquid phases;

  • Morphological surface analysis using optical methods ranging from 100x to 1000x magnification;

  • Spectrophotometric analyses for precise spectral property measurements;

  • Research and development projects in materials and alternative energy sources;

  • Expert technical advice for selecting analytical and research techniques tailored to your needs;

  • Design and implementation of research test lines for experimental setups and data collection.

Our Capabilities

Hand holding a glass flask with green molecular structure inside, and several small glass vials lined up on a reflective surface.

ELECTROCHEMICAL SOLUTIONS

Two green diagonal bars on a white background.
Green pixelated icon resembling shelves or folded paper.

Energy Storage

Green earth icon with continents

Global Accessibility

Our energy storage solutions are built on independent components accessible worldwide, ensuring reliability and scalability in any region.

Green network icon with six connected circles

Expertise in Hydrogen Production

With years of experience, we have mastered hydrogen production techniques independent of fossil fuels. Our expertise spans photocalytic water decomposition processes using semiconductors and biotechnological processes, including light and dark fermentation.

Icon of a hand holding a small plant

Geopolitical Independence

Committed to complete independence from geopolitical constraints, were expanding our expertise in developing, utilizing, and advancing our own lines of membranes and porous partitions for electrochemical processes. This dedication ensures sustainable and resilient solutions for the future.

Green recycling symbol with three arrows forming a triangle on a black background.

Green Hydrogen Photocatalysis

We have developed a technology for greenhydrogen photocatalysis. This innovative approach is paving the way for sustainable hydrogen production.

Green network node icon with six connected circles on a black background.

Innovative Electrode Manufacturing

We have innovated thin-layer electrode manufacturing using conductive carbon, offering versatile surface geometries without graphite or conductive soot. These electrodes are integral to our pioneering flow battery designs for energy storage in PV systems and wind farms.

three green arrows pointing right

Flow Batteries

Our research and development focus on flow batteries without rare earth metals, precious metals, or those not found in Europe. Our team pioneers advancements in phase and 2D battery technologies, ensuring sustainable energy storage solutions.

OUR BREAKTHROUGH TECHNOLOGY

Yellow and green stylized quotation mark icon on a black background.
Stylized green bars icon, possibly representing data or statistics, on a transparent background.

MINERAL PROCESSING

  • Electro-harvesting technology: Through the advanced hydrometallurgical process and unique low-temperatire electro-harvesting technology, we have developed a process that produces >99.9% pure and spherical in shape metal powders directly from ores, concentrates or mining waste/tailings.

  • Green chemistry and circularity: We perceive mined output as a source of numerous valuable minerals and compounds. Through analysis of its composition and morphology, we utilize chemical processes and ‘electro-harvesting’ technology to not only produce targeted metals but also other to recover other valuable products, thereby effectively eliminating waste.

  • Decarbonization: Typically, the hydrometallurgical process requires only around 70 degrees C. to produce metals, significantly reducing its energy intensity. If utilizing renewables, the process can be almost entirely decarbonized.

Collage depicting engineering and technology concepts with blueprints, digital binary code overlays, architectural tools, and people working on laptops.

ENGINEERED SOFTWARE SOLUTIONS

Green double quotation mark symbol on a transparent background.
A minimalist yellow rectangle logo with stylized double "H" design.

Software

  • Database Software Development: We specialize in developing database software tailored for recording and processing research results. With a keen focus on facilitating secure sharing and collaboration among diverse groups, our solutions streamline data management processes and enhance productivity.

  • Versatile  Technology      Solutions  : Leveraging both web and cross-platform technologies, we create software solutions that are versatile and accessible across different devices and operating systems. This ensures seamless integration into existing workflows and maximizes usability for all stakeholders.

  • Expertise in Data Acquisition: Drawing on our experience in software development, we excel in creating solutions for data acquisition across a wide range of hardware and converters. By seamlessly integrating these tools into our daily research activities, we empower researchers to gather, analyze, and interpret data with precision and efficiency.

  • Proficiency in Programming Languages: Our team is proficient in programming languages such as C#, FreePascal, and C, enabling us to tailor software solutions to meet diverse needs and specifications. Whether it's developing applications for desktop, web, or embedded systems, we have the expertise to deliver customized solutions.

Let’s Work Together


Explore Electrochemical Innovation