TEMNOS
In the realm of waste management, TEMNOS is the harbinger of innovative solutions, and within TEMNOS, three distinct siblings emerge: Cyclops, Metes, and Argos. Each sibling possesses its unique prowess, transforming waste sorting like never before.
CYCLOPS
Simplicity meets precision in Cyclops. This installation comprises just a camera and a weight sensor, yet its capabilities are astounding. We've put Cyclops to the test, demonstrating its accuracy in classifying items through classical and deep learning methods. For instance, we collaborated with STATICE BV to develop a groundbreaking table that semi-automates their monitor sorting process, significantly reducing false positives and improving efficiency. Another remarkable application is our work in progress, aimed at classifying monitors based on mercury content—a crucial step in responsible waste management.
METES
Metes takes waste sorting to the next level. It's designed for continuous processes, featuring a conveyor belt equipped with sensor systems that scan materials in real time. Our sensor arsenal includes RGB cameras, NIR sensors, stereoscopic and laser triangulation depth sensors, and more. One compelling application is our partnership with Van Peperzeel BV (now part of Huiskes), where we're engineering a state-of-the-art battery sorting line. Currently a manual process, this endeavor seeks to increase throughput and reduce costs by automating battery classification, marking a significant step toward efficient waste management.
ARGOS
The grandest of them all, Argos, is tailored for continuous processes with thicker material layers. It's a game-changer for large waste recycling companies that shred incoming materials as a primary processing step. This shredding damages lithium-ion cells and packs, posing significant safety risks. Argos comes equipped with an X-ray system (XRT) that penetrates material layers, identifying components within. We employ image classification and localization to detect and pinpoint batteries within the sample, even when they're covered, damaged, or hidden beneath other materials. With Argos, we aim to prevent potential disasters by ensuring the safe removal of batteries in waste streams.
TEMNOS, with its trio of remarkable siblings, represents our commitment to practical innovation in waste sorting. We're not just pushing boundaries; we're redefining how waste is managed, one project at a time.
If you're seeking cutting-edge solutions for waste sorting challenges, whether it's automating complex sorting processes or enhancing safety, we're here to collaborate and bring your ideas to life. Join us at CORE in our mission to innovate, educate, and engineer for a cleaner, more sustainable world. Together, we can revolutionize waste management.
HYPERIOS
HYPERIOS is CORE's pioneering venture into the world of robotics and automation, with a specific focus on revolutionizing infrastructure inspection and maintenance. In today's rapidly evolving technological landscape, the need for advanced solutions in these fields has never been more critical. HYPERIOS steps up to the challenge with unwavering dedication.
SPOT: Enhancing Railway Safety with Autonomous Inspections
SPOT, an autonomous railway inspection robot, epitomizes the power of HYPERIOS. Developed in response to a request from ProRail, SPOT is on a mission to ensure the safety and integrity of railway tracks and train cars. By tirelessly navigating the rails at locations like Kijfhoek, SPOT plays a crucial role in preventing accidents and improving railway infrastructure maintenance. Its success is a testament to the practicality and impact of HYPERIOS projects.
Heijmans Project: Safeguarding Ventilation Shafts with Precision Inspection
Building on the success of SPOT, HYPERIOS ventured into a new project with Heijmans, a leader in the construction sector. The task at hand is to create an inspection robot specifically designed for fire safety inspections in ventilation shafts. This project underscores HYPERIOS's commitment to addressing critical safety concerns within the waste management industry.
HYPERIOS is about more than just robots; it's about shaping a future where infrastructure inspections are safer, more efficient, and technologically advanced. With every project, we move one step closer to achieving that vision.
Join us at CORE in our mission to innovate, educate, and engineer for a cleaner, more sustainable world. Together, we can bring innovative solutions to the forefront of waste management and infrastructure inspection.
HELIOS
HELIOS, one of CORE's visionary projects, is dedicated to addressing the growing challenges in recycling solar panels. As the usage of solar panels continues to surge, so does the need for sustainable recycling methods. HELIOS steps up to this challenge with a focus on innovation and environmental responsibility.
A Sustainable Vision for Solar Panels
Solar panels are designed to last for decades, but as technology advances, older panels become less efficient. HELIOS recognizes the economic potential of recycling these panels, which may not have exceeded their technological lifespan but can be replaced with newer, more efficient models. Our project explores methods like pyrolysis and combustion to recycle solar panels effectively while also investigating opportunities for reuse, particularly in the social housing industry.
Revolutionizing Solar Panel Recycling
Common issues with aging solar panels include delamination, cracking, discoloration of the plastic material, junction box failures, and interconnect or bus bar failures. HELIOS aims to tackle these challenges head-on by developing efficient recycling processes that recover valuable materials and minimize waste. By doing so, we contribute to the circular economy, where solar panels find new life instead of becoming environmental burdens.
HELIOS is more than a project; it's a commitment to a cleaner, sustainable future powered by solar energy. We're dedicated to exploring innovative recycling methods that not only reduce environmental impact but also offer economic opportunities.
Join us at CORE in our mission to innovate, educate, and engineer for a cleaner, more sustainable world. Together, we can shape the future of solar panel recycling and renewable energy.
CONSULTANCY SMALL
Consulting Excellence in Waste Management
CORE's commitment to sustainability extends beyond our groundbreaking projects. We're also dedicated to providing consultancy services that drive positive change in waste management.
CORE's consultancy services are driven by a passion for sustainability and a commitment to finding practical solutions for waste management challenges. We believe that by sharing our expertise, we can help organizations make more informed decisions and drive positive change in the waste management industry. Here are some notable instances where our expertise has made a significant impact:
2022 -
Empowering Battery Recycling with ReCurrent
ReCurrent, a forward-thinking organization, aimed to establish a battery recycling factory in the Netherlands. CORE stepped in to assist by providing market research, extensive networking, and invaluable technical advice and engineering support. Our collaboration helped ReCurrent navigate the complex landscape of battery recycling, ensuring they were well-equipped to make a meaningful contribution to waste management.
2022-2023
RENEWI's Asset Management Transformation
RENEWI, a prominent player in the waste management industry, sought to revamp its asset management practices. CORE played a pivotal role by evaluating the roles and responsibilities of managers within the organization. Our expert advice led to a new setup that significantly improved asset management processes, enhancing RENEWI's operational efficiency.
2023 -
Smart Sensors for Waste Optimization
CORE's innovation extends to creating small sensors capable of revolutionizing waste collection. These sensors provide real-time information on container or kliko fill levels and their precise locations. The data collected is a valuable resource, allowing for optimized waste collection routes. By reducing unnecessary collection trips, we're not only improving efficiency but also minimizing CO2 emissions—a win-win for waste management and the environment.
2022-2023
Gas Composition Simulations for Greek Waste Facility
In Greece, CORE conducted simulations to analyze gas compositions in an waste-to-energy facility, dependent on the input materials. These simulations provided critical insights into the facility's performance and allowed for informed decisions to improve waste processing and energy generation.
2022-2023
Gas Composition Simulations for Greek Waste Facility
In Greece, CORE conducted simulations to analyze gas compositions in an waste-to-energy facility, dependent on the input materials. These simulations provided critical insights into the facility's performance and allowed for informed decisions to improve waste processing and energy generation.
FOURNOS & MAGMA
FOURNOS and MAGMA are two remarkable projects under the umbrella of CORE, each with a distinct mission—to transform waste materials into sustainable alternatives. In a world facing growing environmental challenges, these projects embody our commitment to innovation and eco-friendly solutions.
FOURNOS: Turning Fly Ash into Basalt Tiles
FOURNOS, the smaller sibling of the duo, focuses on converting waste streams like vliegas (fly ash), sludge, and shredder residues into a remarkable substitute for basalt. Basalt, a volcanic rock used in various applications, is primarily imported from countries like China and Norway, resulting in carbon emissions during transportation and environmental damage from mining. To address this, we introduced CORE Magma—an installation that can turn waste materials into a safe and viable substitute for basalt. The challenge lies in creating this replacement while ensuring it meets the required properties like pressure sensitivity, hardness, and crystal structure while preventing the release of harmful substances. FOURNOS demonstrates our dedication to waste management and minimizing the environmental impact of basalt extraction.
MAGMA: Pioneering Eco-Friendly Construction Materials
MAGMA, the larger sibling, expands on FOURNOS's success. It introduces an elegant solution by transforming fly ash into basalt tiles, making it both environmentally conscientious and aesthetically appealing. This innovation not only contributes to sustainable construction materials but also showcases the potential of turning waste into valuable resources. MAGMA is a testament to our belief in the circular economy, where waste becomes a valuable asset.
FOURNOS and MAGMA exemplify CORE's mission to innovate and engineer solutions for pressing environmental challenges. They offer a glimpse into a future where waste materials are transformed into resources, contributing to a more sustainable world.
Join us at CORE in our mission to innovate, educate, and engineer for a cleaner, more sustainable world. Together, we can pioneer sustainable waste solutions.