Deexy's IonHarvest Circuit delivers high-efficiency recovery and environmental sustainability. Pioneering sustainable solutions for lithium-ion battery recovery.
Transforming Battery Recycling
About Us
Deexy’s core values reflect the principles that guide how we operate.
Safety
Safety is paramount in everything we do. We prioritize the well-being of our team and the communities we serve above all else.
Sustainability
Sustainability is fundamental to our operations. We are committed to continuously improving our technologies to minimize environmental impact.
Integrity
We conduct our business with the utmost honesty, uphold diversity, and treat all employees and stakeholders with respect.
Agility
We are committed to fostering innovation and swiftly adapting to both opportunities and challenges to achieve superior outcomes.
Our Mission:
We are dedicated to recycling critical materials to establish a sustainable, closed-loop battery supply chain, contributing to environmental conservation.
Our Vision:
Deexy aims to be at the forefront of the global market in supplying recycled critical battery materials, fueling a clean energy future.
How Our IonHarvest Technology Works
At Deexy, the IonHarvest Circuit technology tackles the pressing issues of electronic waste and resource scarcity by offering a sustainable recycling solution for lithium-ion batteries. This innovative technology is tailored for industries and businesses dealing with large volumes of spent batteries, ensuring the efficient recovery of valuable materials such as lithium, nickel, and cobalt, while minimizing environmental impact and reducing reliance on virgin resources.
SAFE, SUBMERGED SHREDDING OF BATTERIES AND MANUFACTURING SCRAP
Step 1: Automated Shredding
Batteries are first sorted using advanced robotic arms equipped with sensors that precisely detect each battery's type and condition. These batteries are then safely shredded into smaller pieces, reducing the risk of accidents and ensuring efficient processing.
Step 2: Material Separation
Next, the shredded materials undergo a high-tech separation process. Using powerful magnetic fields, our high-gradient magnetic separation system effectively isolates valuable metals, such as lithium, nickel, and cobalt, from other materials.
HYDROMETALLURGICAL PROCESSING TO PRODUCE CRITICAL BATTERY MATERIALS
Step 3: Metal Recovery
The separated metals enter our state-of-the-art electrolytic cells, where they are purified and transformed into high-quality, battery-grade materials through sophisticated chemical processes. This stage maximizes the recovery of pure metals ready for reuse in new batteries.
What We Offer
At Deexy, we offer more than just a product; we provide a comprehensive recycling solution through the licensing of our IonHarvest Circuit technology. This allows manufacturers and factories to adopt cutting-edge recycling capabilities without the need to invest heavily in their own research and development or infrastructure. Our licensing model is designed to be flexible, efficient, and mutually beneficial, enabling rapid implementation and scalability to meet diverse industrial needs.
Technology Licensing
Gain access to our proprietary IonHarvest Circuit technology. This system has been developed to ensure high recovery rates of valuable materials from spent lithium-ion batteries, leveraging advanced mechanical and chemical processes.
Efficiency and Sustainability
Our approach integrates lean manufacturing principles that emphasize minimizing waste and enhancing operational efficiency. By adopting our technology, partners can significantly reduce their environmental impact and operational costs, improving profitability while adhering to global sustainability standards.
Ongoing Support and Partnership
Licensing our technology is just the beginning. We commit to a long-term partnership with our clients by offering continuous support in implementing our systems. This includes comprehensive training, regular maintenance, and improvement programs to optimize the recycling process.
Сollaborative Research and Development
We collaborate with leading research institutes, such as the Instituto de Energía Solar at the Universidad Politécnica de Madrid, to continually advance our technology. These partnerships help enhance the effectiveness of the IonHarvest Circuit and ensure it remains at the forefront of recycling innovation.
Benefits for Our Partners
Reduced Capital Expenditure
Avoid the high costs associated with developing recycling technology from scratch.
Enhanced Recycling Capabilities
Upgrade your existing operations with state-of-the-art technology to recover materials efficiently and sustainably.
Compliance with Sustainability Standards
Align your operations with international environmental standards, enhancing your market competitiveness and brand reputation.
Sustainability is at the core of our business
At Deexy, sustainability and ethical governance are foundational to our business, shaping our values and defining our corporate culture. It is integral not only to our company but also to our management philosophy.
We are dedicated to delivering environmentally responsible solutions that provide a sustainable alternative to traditional mining and high-temperature recycling methods. Through our innovative IonHarvest Circuit technology, we aim to create a sustainable source of battery-grade materials, establishing a truly closed-loop supply chain for lithium-ion batteries to tackle global environmental challenges. Our advanced resource recovery methods set new benchmarks in safety and environmental sustainability, offering a cleaner and more ethical approach to producing critical battery materials.
We are dedicated to delivering environmentally responsible solutions that provide a sustainable alternative to traditional mining and high-temperature recycling methods. Through our innovative IonHarvest Circuit technology, we aim to create a sustainable source of battery-grade materials, establishing a truly closed-loop supply chain for lithium-ion batteries to tackle global environmental challenges. Our advanced resource recovery methods set new benchmarks in safety and environmental sustainability, offering a cleaner and more ethical approach to producing critical battery materials.
Environment
Up to 95% recovery of valuable materials from batteries, including lithium, cobalt, and nickel. Minimal environmental footprint, with a commitment to superior environmental performance. Zero wastewater production from our processes. Minimal direct greenhouse gas emissions, significantly reducing our carbon footprint. No significant solid waste streams sent to landfill, reflecting our commitment to waste reduction.
Social Responsibility
Our top priority, ensuring all operations uphold the highest safety standards. We are dedicated to fostering a diverse work environment and ensuring fair treatment for all employees. Actively engaging with local communities and supporting local initiatives that align with our sustainability goals.
Meet Our Team
The team committed to addressing tomorrow's challenges today.
Victor Moskalenko
Chief Executive Officer
Ksenia Samodurova
Chief Operations Officer
Ksenia Samodurova
Chief Operations Officer
Anna Cherniavskaia
Chief Technology Officer
Olga Vorobyeva
Chief Financial Officer