Don't Miss Out on the latest News

We are excited to announce the addition of a groundbreaking new publication to our company's research record. Titled "Single-stage Freezing Desalination Study with Slurry Pressing Piston and Enhanced Vacuum for Brine Extraction," this study represents a significant advancement in desalination technology. Our dedicated research team has explored innovative methods to enhance the efficiency and effectiveness of the desalination process. The study focuses on a single-stage freezing technique, combined with a slurry pressing piston and an enhanced vacuum system, to optimize brine extraction. This novel approach not only improves the purity of the extracted water but also reduces energy consumption, making it a more sustainable solution for desalination. The research findings have the potential to revolutionize the industry, offering new hope for regions facing water scarcity. We are incredibly proud of our team’s hard work and dedication in pushing the boundaries of what is possible in desalination technology. Their commitment to innovation and excellence continues to drive our company forward. We invite you to delve into the full publication to learn more about this exciting development here . Stay tuned for more updates as we continue to lead the way in cutting-edge research and solutions.

Cortex Innovations has made a significant mark at the International Mechanical Engineering Congress & Exposition (IMECE) 2023, hosted by the American Society of Mechanical Engineers (ASME), held from October 29 to November 2, 2023. In a proud moment for the company, Cortex has successfully published two research papers in this prestigious conference, highlighting its contributions to advancing the frontiers of mechanical engineering and sustainability. The first paper delves into the innovative realm of atmospheric water capture, presenting a novel approach that promises to revolutionize water acquisition technologies. The second paper focuses on radiative cooling, offering cutting-edge insights into energy-efficient cooling methods that could significantly impact climate control strategies. These contributions not only underscore Cortex Innovations' commitment to addressing critical global challenges through engineering excellence but also position the company as a leader in promoting sustainable technologies. Attendees at IMECE 2023 had the unique opportunity to engage with Cortex's groundbreaking work, fostering discussions that are likely to shape the future of engineering and environmental solutions.

Cortex Innovations is proud to announce our latest research milestones, propelling us to the forefront of environmental and technological solutions. Our recent publications in prestigious journals and prominent conferences underscore our commitment to addressing critical global challenges through innovation. Notably, our research on advanced desalination methods, including a novel single-stage freezing desalination technique and an experimental investigation using silicon oil for ice production, has been recognized in the 'Desalination' journal. Furthermore, our groundbreaking work on atmospheric water capture in arid regions and radiative cooling in the Mediterranean Basin, presented at the ASME International Mechanical Engineering Congress and Exposition, underscores our dedication to sustainable environmental practices.

These achievements highlight Cortex Innovations' role as a pioneer in developing efficient, sustainable solutions for water scarcity and climate control challenges. Our publication on a novel freezing desalination system in 'Applied Thermal Engineering' showcases our innovative approach to water purification without the need for crushing and washing, marking a significant advancement in the field. As we continue to lead with cutting-edge research and development, Cortex Innovations remains committed to creating a sustainable future through technological excellence and environmental stewardship.

Discover our latest insights and innovations by exploring our recent publications through the links below.
- Atmospheric Water Capture Potential in Arid Countries: An Experimental Investigation: here
- Experimental Investigation of Radiative Cooling Potential in Mediterranean Basin Countries: here

We are thrilled to announce the publication of our latest research in Desalination journal, titled "Experimental Investigation of Freezing Desalination Using Silicon Oil for Ice Production." This study delves into the innovative use of silicon oil to enhance the efficiency of freezing desalination processes. By focusing on ice production, our research team has uncovered new methods to improve water purity and reduce energy consumption. The findings highlight the potential of silicon oil to revolutionize traditional desalination techniques, offering a more sustainable and cost-effective solution. This breakthrough not only addresses critical water scarcity issues but also underscores our commitment to advancing environmental sustainability. Our dedicated team has demonstrated exceptional ingenuity in exploring alternative materials and processes to optimize desalination. We are incredibly proud of their achievements and the positive impact this research can have on the industry. We invite you to explore the full publication to understand the depth of this groundbreaking work: here

Cortex Researchers have announced the publication of a groundbreaking study titled "An Investigation of a Proposed Freezing Desalination System Integrating Sweating Effect and a Centrifugal-Based Brine Rejection Technique." This innovative research presents a significant leap forward in the field of desalination technology. Freeze desalination (FD) has long been recognized as a promising technique for addressing global water scarcity. However, its widespread adoption has been hindered by challenges such as the need for ice crushing and washing. This new study introduces a novel FD system that integrates the sweating effect and centrifugal brine rejection, effectively eliminating these cumbersome steps. Cortex researchers evaluated key variables, including the sweating period, centrifugation duration, and rotational velocity, to assess their impact on ice quality and process efficiency. Their findings reveal that the sweating period significantly influences product salinity and salt rejection efficiency, achieving a reduction from 40 ppt to 0.99 ppt with a 95.05% salt rejection rate. Additionally, the centrifugation method demonstrated low power consumption, marking a notable advancement towards sustainable desalination practices. This research not only validates the feasibility of the proposed FD system but also lays the foundation for future enhancements in desalination technology. The publication of this study marks a significant milestone in the quest for more efficient and sustainable desalination methods, offering hope for more accessible water solutions in the face of global water scarcity. here

The PLC (Programmable Logic Controller) Workshop for undergraduate interns is designed to provide hands-on experience and practical knowledge in industrial automation. Throughout this intensive program, participants learn the fundamental principles of PLCs, including programming, installation, troubleshooting, and real-world applications. The workshop covers various aspects such as ladder logic, input/output modules, and communication protocols. Interns engage in interactive sessions, working on live projects that simulate actual industrial scenarios, thus gaining valuable skills and insights into the automation industry. By the end of the workshop, participants are well-equipped with the technical expertise and confidence needed to excel in the field of industrial automation.