January 15th, 2025, Rotterdam
Dear partners, friends, and innovators,
Happy New Year!
Welcome to our latest newsletter highlighting investment announcements, successful innovation tests, startup exhibitions, founder interviews and more! You can read it in our:
Dive into the details and stay connected! Thank you for being part of our community!
Platform Zero Expands: A new Hub!
Platform Zero Rotterdam is expending! Although the confirmation is still pending; Platform Zero is exploring the possibility to start providing production and makers spaces in the M4H area. With spaces available from 200 to 1200 m2 from Q2 2025 we aim to create the next hub for maritime and energy innovation. Are you interested in learning more about these spaces? Please reach out to us via iris@platformzero.co or +31641829940.
Exciting news from Oeiras, Portugal: welcoming our first climate campus Resident: Mariculture Systems Portugal
We’re delighted to announce that Mariculture Systems Portugal is the first community member of Climate Campus Oeiras at Escola Superior Náutica Infant D. Henrique. Mariculture Systems Portugal, is revolutionising sustainable aquaculture with Portugal’s first large-scale offshore fish farm.
With a proposed €80 million investment, this project aims to produce 7,000–8,000 metric tons of sea bass and sea bream annually. Meeting global seafood demands while prioritising environmental responsibility. This exciting collaboration was unveiled during MESIS’24, where leading global maritime stakeholders gathered to discuss the future of the blue economy.
Join Climate Campus Oeiras
As Oeiras is on track to become a beacon for transformative solutions in the maritime industry; join us at the Climate Campus! To learn more, please reach out to iris@platformzero.co
Events at the Climate Campus Rotterdam!
We’ve had the pleasure of hosting an event with a focus on Carbon Capture, Utilization, and Storage (CCUS). The energy in the room was electric as we explored groundbreaking innovations shaping a sustainable future.
Takeaways:
Peter van Hooft, Director at Fieldlab Industrial Electrification (FLIE)
Peter shared FLIE’s transformative work in the circular carbon economy. From lab experiments to 1MW pilot plants, they’re proving CO₂ can become vital products like ethylene. The message was clear: sustainable industry is within reach!
Ruben Brands, Founder of SeaO₂
Ruben introduced SeaO₂’s revolutionary ocean-based carbon removal technology. With modular systems capable of capturing gigatons of CO₂ and a 25-ton/year pilot plant already underway, SeaO₂ is leading the charge in scalable, clean energy-driven solutions.
The event underscored the transformative potential of carbon capture technologies, highlighting innovative solutions that not only reduce greenhouse gas emissions but also repurpose CO₂ as a valuable resource. From pilot plants turning CO₂ into essential industrial products to scalable ocean-based systems capable of capturing gigatons of carbon, these advancements demonstrated how science and technology are redefining the possibilities for a sustainable future.
Partner news |
Hardt Hyperloop’s Lane-Swithing Breaktrhough Imagine a future where travel redefines speed, sustainability, and efficiency. What if you could travel faster than airplanes, with zero emissions, and unparalleled efficiency? That’s the groundbreaking vision behind hyperloop technology—and this year, the European Hyperloop Center (EHC) brought that vision closer to reality.In 2024, EHC achieved a major milestone by successfully testing lane-switching technology. This cutting-edge feature enables hyperloop pods to seamlessly and magnetically switch routes at high speeds. It’s a game-changing advancement, paving the way for hyperloop networks that are as flexible as they are efficient. Innovations like this are the key to revolutionizing transportation—making it faster, cleaner, and more sustainable than ever before. With each breakthrough, we’re accelerating toward a future of high-speed travel that drastically reduces emissions and redefines what’s possible.Curious to learn more? We’ve shared an in-depth article on this exciting development over on LinkedIn Post: Check out this update |
Brineworks has transformed a significant environmental challenge into an innovative opportunity. By converting desalination brine—a troublesome waste product—into magnesium hydroxide, they’ve unlocked a vital material for ocean-based CO₂ removal. This year, they marked a major milestone with their first pilot project in Gran Canaria, launched in collaboration with the Instituto Tecnológico de Canarias (ITC). This achievement highlights the scalability and potential of their electrolyzer technology in addressing global warming and advancing sustainable solutions. The Brineworks team, spanning members from China to Iceland, exemplifies the power of collaboration, innovation, and purpose. Their groundbreaking efforts address the interconnected challenges of waste management and carbon removal, paving the way for a more sustainable future. Through their ingenuity and dedication, they are driving meaningful change on a global scale. We’ve shared an in-depth article on this exciting development over on LinkedIn Post: Check out this update |
Articles & Interviews To provide insights into the sector’s strongest developments and spotlight promising technologies, Platform Zero shares news items, interviews with founders and writes articles. This time, we’ve written a press realese, an article and an interview. |
Mariculture Systems Portugal opens office as first member of Platform Zero’Climate Campus at Escola Superior Nautica Infante D.Henrique in Oeiras. Welcome Mariculture Systems to Our Climate Campus! We’re thrilled to announce that Mariculture Systems has officially opened its new office at Platform Zero’s Climate Campus in Oeiras, Portugal. As our first member at the Escola Superior Náutica Infante D. Henrique (ENIDH), Mariculture Systems joins our mission to drive innovation in the maritime and blue economy sectors. |
Industrial Symbiosis in Clusters: A Path to green a Greener Future
The industrial sector is pivotal in shaping sustainable economies. In the Netherlands, for instance, industry contributes 12% to the national income, with the Port of Rotterdam exemplifying industrial innovation and collaboration. This vibrant hub serves as a cornerstone for progress, as explored in the article “Industrial cluster Rotterdam-Moerdijk – catalyst for energy transition and climate innovation?”
But how can industries evolve to meet the growing demand for sustainability? One promising solution is industrial symbiosis, a concept rooted in systems thinking that aims to enhance circularity and reduce environmental impact.
When exploring the potential of hydrogen, Jonas saw a challenge: how to make its storage and transport safer and more efficient. This inspired him to revolutionize renewable energy with a practical and innovative solution. In this Ten Questions interview, discover AKROS Energy’s groundbreaking hydrogen storage technology, their mission to accelerate decarbonization, and the entrepreneurial journey of co-founder Jonas, a passionate chemical engineer.
📚 Interesting Reads |
State of Climate Tech – Seeking an edge as a deal-making slows The report, reveals a dynamic shift in global climate technology investments. Despite a worldwide funding dip below pre-2019 levels, U.S. investments remain robust, fueled by the Inflation Reduction Act. The Asia-Pacific region showcases market stability, while investors prioritize financially viable mid- and late-stage deals. Notably, energy tech sectors like green hydrogen and alternative fuels are flourishing. Artificial intelligence also attracted $6 billion in 2024, despite energy consumption concerns. Adaptation solutions are on the rise, predominantly in developed regions. Corporations are scaling proven solutions, signaling a shift toward sustainable innovations that balance impact and value. |
What would it take to scale critical climate technologies?
This article highlights 12 key climate technologies that could cut 90% of global greenhouse gas emissions if scaled effectively. While many are already in use, they need to overcome technical and commercial challenges to reach their full potential. Technologies like renewables, nuclear, energy storage, and hydrogen vary in maturity and investment needs. The article stresses that investments must grow rapidly to meet 2030 targets, while addressing issues like supply chain bottlenecks, financing, and infrastructure. Scaling these technologies requires innovation, collaboration, and a skilled workforce to overcome cost and deployment barriers.
This was it for now – Hope you enjoyed reading our newsletter!
Kind regards,
The Platform Zero Team
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