Project Kaktus

Note: This article was originally published on LinkedIn. For the original format, use the link below.

https://www.linkedin.com/posts/ali-ozden-135909242_project-cactus-and-beyond-eureka-2024-activity-7209182119326040065-X4N6?utm_source=share&utm_medium=member_desktop&rcm=ACoAADxKiXkBUEATz9Ov8eMm7GnecvohwhOmPQk

This year’s Eureka event was hosted at the Haliç Congress Center, strategically situated along the serene waters of the Golden Horn - a historic inlet stemming from the Bosphorus Strait that effectively divides the enchanting city of Istanbul into its European and Asian sectors. The Golden Horn, aptly named for its horn-like shape, serves as a defining feature separating the ancient quarters of Istanbul from the newer district that thrived under Venetian influence in the late 15th century, blossoming into a bustling center of commerce.

Prior to the defining siege of Istanbul, the Byzantines had wisely secured the entrance of the Golden Horn with a sturdy chain, preventing the Ottoman navy from infiltrating and launching an assault from the vulnerable side of the city walls. Sultan Mehmet II, however, cunningly struck an accord with the Venetians to achieve the transportation of his navy across the land from the Galata Tower area to the opposite shore of the Golden Horn. Through remarkable efforts, including the use of oiled wooden tracks and the combined strength of humans and animals, the Ottoman navy launched a swift, surprise attack from the city's previously exposed flank, altering the course of history.

Istanbul, a city renowned for its contributions to innovation, trade, art, spirituality, and architectural wonders, provided a perfect setting for the event, hosted at a historically significant crossroads of diverse cultures, nationalities, and religions. This rich and diverse fabric added a profound depth to the proceedings, fostering an atmosphere of global unity and inclusivity.

Haliç Congress Center

Established in 1985, Eureka is more than just an intergovernmental network - it is a dynamic force driving innovation. Committed to fostering innovation across Europe and beyond, Eureka's primary goal is to promote and facilitate collaborative research and development (R&D) projects that propel technological advancements and market-driven innovations. By connecting businesses, research centers, and universities, Eureka provides a platform for high-quality R&D projects leading not only to research but also to future shaping. This collaboration accelerates the commercialization of innovative solutions, thereby boosting the competitiveness of European industries on a global scale. Eureka is not merely a network, but a source of inspiration and enthusiasm for the potential of collaborative innovation.

In 2024, the Eureka event, hosted at the Halic Congress Center in Istanbul and chaired by Turkey and TÜBİTAK, brought together a diverse group of intellectuals and innovators. This annual gathering emphasizes the significance of international collaboration and cooperation as a means of driving technological advancement and sustainable progress. TÜBİTAK, a prominent scientific and technological research institution in Turkey, played a central role in organizing and hosting the event, reflecting the country's dedication to propelling scientific research and development.

Next year's Eureka event will be jointly overseen by Germany and Canada and is slated to be hosted at the prestigious Hannover Messe, widely recognized as one of the world's premier trade fairs dedicated to advanced manufacturing. Canada's role as the partner country for Hannover Messe in the arena of advanced manufacturing signifies a significant collaboration.

The partnership between Germany and Canada is poised to play a pivotal role in fostering research and development and driving forward advanced manufacturing initiatives.

Earlier in the week prior to the Eureka event, as part of the Canadian delegation, I took part in bilateral meetings organized by the Industrial Research Assistance Program (IRAP) NRC and the Canadian Consulate. These meetings, coordinated by the Canadian Consulate, lasted three days from Monday to Wednesday. The main focus of the meetings was to explore potential business and collaboration opportunities between large corporations and innovative startups. This provided an excellent platform for networking, exchanging creative ideas, and fostering partnerships with the potential to drive groundbreaking innovations.

The central Eureka events, which occurred on both Thursday and Friday, were designed to encompass a diverse array of activities. These activities included keynote speeches, panel discussions, and presentations by renowned experts in various fields of innovation.

The topics covered during these sessions spanned a wide spectrum, incorporating discussions on sustainable development, cutting-edge manufacturing processes, as well as the future trajectory of technology. The discussions themselves were characterized by their thought-provoking nature, offering valuable insights into the myriad challenges and opportunities inherent within the global innovation ecosystem.

I had the privilege of participating in a panel discussion that centered on the pivotal topic of the circular economy in the manufacturing sector. Within this engaging session, I took the opportunity to share my insights concerning the intricate life cycle of steel. I emphasized the critical significance of meticulously analyzing and implementing thoughtful design and material choices in the manufacturing process. During the discussion, I underscored the concept of cradle-to-cradle, advocating for the incorporation of intelligent designs that facilitate the systematic dismantling and repurposing of products. This approach ensures that every component can be recycled, repurposed, or reused, thereby leading to a significant reduction in waste generation and ultimately fostering sustainability within the manufacturing industry.

 In the context of sustainable innovation, I highlighted BECC's new initiative, Project Cactus. This project addresses the need for sustainable cradle-to-cradle products from a decentralized energy production and consumption perspective. Project Cactus aims to partially or fully eliminate the need for underground utilities for sewage, domestic water, or electricity. By developing net-zero dwellings that produce their own water, collect, generate, and filter water for reuse, Project Cactus is setting a new standard for sustainable living.

 Project Cactus focuses on creating prefabricated, self-sustaining net-zero homes designed for a wide range of geographical locations, including remote and disaster relief areas where conventional utilities are unreliable or non-existent.

These homes incorporate advanced technologies to achieve sustainability and energy efficiency, including a continuous airtight envelope, continuous insulation with no thermal bridging, and a geothermal heat pump for efficient heating and cooling.

Moreover, the homes are equipped with atmospheric water generators that extract water from the air, solar panels for renewable energy generation, and mechanical ventilation with energy recovery ventilation (ERV) systems to ensure optimal indoor air quality. The integration of an energy management system, LED lighting, and energy storage solutions further enhances the homes' efficiency. Smart home products and accessories provide convenience and control over the living environment.

 The prefabrication process allows for rapid, scalable deployment of housing units, ensuring that all technological integrations are seamlessly incorporated during manufacturing. This reduces on-site construction time and minimizes environmental impact. By combining these innovative technologies, Project Cactus aims to meet the immediate needs of sustainable living and sets a benchmark for future housing solutions.

BECC's commitment to integrating the latest sustainable products and clean tech solutions into their modular designs showcases their dedication to resolving the housing crisis through mass production of environmentally friendly, prefabricated dwelling units. Through collaborative innovation and the implementation of AI-based technologies for optimization and energy consumption minimization, Project Cactus represents a significant leap towards a sustainable future.

I would like to extend my gratitude to IRAP, NRC, the Canadian Embassy, and TÜBİTAK for their support and efforts in organizing and facilitating my participation in the Eureka event. Their commitment to fostering innovation and international collaboration is truly commendable.

As we move forward with Project Cactus, we look forward to their potential support and partnership. The guidance and resources from these esteemed institutions would be instrumental in advancing our vision of net-zero, self-sustaining dwellings. We are eager to collaborate with them in the future, leveraging their dedication to supporting groundbreaking projects and encouraging cross-border partnerships to contribute significantly to the global pursuit of a more sustainable future. With their backing, we aim to drive forward the vision of revolutionizing housing and environmental stewardship through innovative and sustainable solutions.