KELPSPAT is a fully scalable, automated seeding solution designed to address the most pressing challenges in seaweed restoration and commercial farming. By combining biodegradable adhesives, automation, and high-performance seedstock, KELPSPAT streamlines the entire cultivation process—from lab to ocean.
Currently in development by Canadian Pacifico Seaweeds (CPS) in collaboration with the German engineering firm MIT – Moderne Industrietechnik, the technology represents an early-stage solution aimed at scaling kelp restoration and cultivation. This collaboration marks the beginning of a growing partnership that combines environmental science and precision engineering. CPS and MIT are actively planning further joint developments to accelerate sustainable innovation in marine ecosystems. The work forms part of CPS’s broader mission to strengthen Canada’s role in the global blue economy through forward-thinking technology and international cooperation.
“KELPSPAT merges biotechnology and automation to deliver a next-generation seeding system that increases survival, reduces cost, and enables true scalability,” said Majid Hajibeigy, Founder and CEO of CPS.
“We’re excited to bring this innovation to the global stage at ISS 2025 and work with partners to expand its reach across restoration and aquaculture initiatives.”
“Sustainable technologies are not just a trend—they are a responsibility. We are proud to collaborate with CPS on a system that contributes to the restoration of marine ecosystems worldwide,” said Hans-Dieter Tenhaef, CEO and Founder of MIT.
“It is important to us to bring German engineering expertise into projects that create real ecological and societal value—across borders and for future generations.”
A Scalable Solution for Global Seaweed Challenges
KELPSPAT improves kelp attachment and reduces seedling mortality by up to 80%, resulting in crop yields up to four times higher than with conventional methods. The system lowers labor intensity and increases operational efficiency, leading to cost reductions of up to 50%. It has been successfully tested and applied in Canada, Chile, Norway, and other regions, demonstrating its global relevance. Designed to adapt to varying marine conditions, the technology supports both small- and large-scale applications, making seaweed cultivation more resilient, scalable, and sustainable.
With growing international demand for ocean-based climate solutions, scalable innovations like KELPSPAT are essential for creating long-term ecological and economic impact.
Meet CPS in Victoria: Live Demonstrations, Industry Insights, and Collaboration Opportunities
CPS will be actively participating in the International Seaweed Symposium 2025 with a dedicated presence on the exhibition floor and within the expert discussion panels. At Booth #20, visitors will have the opportunity to experience live demonstrations of the KELPSPAT system, including insights into its core components—from biodegradable adhesives to the automated seeding process. The CPS team will walk attendees through real-world data and deployment experiences gathered from pilot sites in Canada, Chile, and Norway.
CPS CEO Majid Hajibeigy will also present an oral talk under the ISS theme “3.11 Ecology–Restoration”, within the session “O 3.7 – Restoration Methods”, taking place on Thursday, May 8, from 4:30 PM to 6:00 PM in Room Saanich. His presentation, titled “Enabling Scalable Restoration for Marine Ecosystem Resilience,” will explore how automation and science-backed innovation can unlock the full potential of marine restoration at scale. Join the session to hear firsthand how CPS is advancing global seaweed recovery through technology.
In addition, CPS will contribute to several panel discussions and knowledge-sharing sessions, covering topics such as the future of scalable marine restoration, innovations in seed technology, and the integration of automation in seaweed aquaculture. These sessions aim to foster dialogue between scientists, policymakers, and industry practitioners to address common challenges and future directions.
Visitors are also invited to meet directly with the CPS leadership and R&D team to learn more about partnership models, field deployment strategies, and how KELPSPAT can be integrated into existing or planned restoration and cultivation programs. Whether you represent a restoration project, research institute, or commercial farm, CPS welcomes meaningful collaboration to accelerate sustainable seaweed growth worldwide.
