Not every week in this sector is about big, headline-grabbing breakthroughs. Sometimes it’s about steady progress and quiet shifts behind the scenes. This one sits somewhere in between, a week where things are clearly moving forward, just without the noise.

We start with something pretty big-picture: turning captured CO₂ into protein. It sounds futuristic, but it’s also a sign of how far the definition of food production is stretching, beyond farms into carbon, microbes, and entirely new supply chains.

At the same time, scale is starting to catch up. Plans for what could become the world’s largest single-cell protein facility suggest this isn’t just theory, companies are getting serious about building at industrial level.

Meanwhile, regulators are trying to keep pace. In the UK, a new roadmap outlined which food technologies could reach the market over the next decade, a reminder that approval and public understanding remain critical hurdles.

Behind the scenes, the ecosystem itself is maturing. New accelerator-style programs are helping ingredient startups move faster, strengthening the infrastructure around innovation.

There’s also steady progress on ingredients. A natural blue colorant is edging closer to European rollout, while new research is digging into how plant-based foods impact heart health, less hype, more evidence.

And on the consumer side, protein snacking continues to gain ground, with new formats designed to fit seamlessly into everyday life.

Put it all together, and this week feels less like a single breakthrough and more like a quiet build toward something bigger.

Enjoy reading, and as always, let us know which developments you think will have the biggest impact next.

🧪 Novonesis and DTU Biosustain partnered with BRIGHT to develop a platform converting captured CO₂ into sustainable protein

🏗️ SIIG and Unibio announced plans for the world’s largest single-cell protein facility in Saudi Arabia to scale microbial protein production

📊 FSA and FSS mapped how fermentation, cultivated meat, and vertical farming could reach UK plates

🚀 Nexture opened its 2026 GENERATE call to fast-track ingredient startups working on next-generation food technologies

🔵 Fermentalg received EFSA clearance for its Galdieria Blue colorant as Givaudan prepares for European commercialization

🥛 Arla Foods Ingredients launched its EasyBite concept to tap into South America’s growing protein snack market

🌱 Sodexo and Nuffield Health cut hospital food emissions by 22% through plant-forward menus

🧂 Marine Biologics launched SeaTex seaweed powder for clean-label formulations

🥚 EVERY’s fermented egg white reached consumers via a home baking launch

This Autumn, The Future of Protein Production Amsterdam returns, taking place 4-5 November 2026 at RAI Amsterdam.- and this time it’s co-located with the Cultured Meat Symposium. Our flagship event will welcome 1,000 attendees, 100 speakers, and +75 exhibitors, all gathering under one roof to explore the breakthroughs shaping the next wave of alternative protein commercialization. From technical deep dives to strategic discussions, this is where the global industry meets. Reserve your place now to lock in the lowest rate. The first 50 speakers will be announced soon so keep an eye out on our website for more details!

🧬 The Molecular Leap: Why Better Nutrition Needs New Building Blocks – Not Better Blends

👉 Save your seat here

Incremental reformulation has taken food and nutrition a long way. But it has limits.

As companies push for better stability, performance and nutritional outcomes, it’s becoming increasingly clear that you can’t solve structural problems by remixing the same commodity ingredients in slightly different ratios.

Join us on Thursday, April 2, 2026 (4pm London/11am New York City) for a deep dive into why the next step-change in nutrition will happen at the molecular level – not at the blending tank.

In partnership with Checkerspot, this free-to-attend webinar explores what happens when you stop treating fats as interchangeable commodities and start designing them with purpose.

Rather than producing and selling off-the-shelf ingredients, Checkerspot works through joint development and licensing models – starting from a consumer need and engineering backwards to the specific lipid structures required. It’s a fundamentally different way of thinking about fats.

And it raises a bigger question for the industry: Are we reaching the ceiling of what “better blends” can realistically deliver?

Join us to learn:

🧩 Why incremental reformulation struggles to solve structural nutrition and performance challenges

🧪 How molecular interactions – not ingredient labels – govern oxidation, stability, texture and nutritional outcomes

🔬 What lipid–protein co-oxidation research reveals about the hidden limitations of commodity oils

🧬 How designing specific lipid structures unlocks capabilities conventional fats simply can’t deliver

🤝 Why licensing and joint development models may be a smarter route to access purpose-built lipids

🏗️ What this shift means for food, infant nutrition and specialty applications where performance margins are tight

Featuring J. Casey Lippmeier (CTO), John Krzywicki (CEO) and Walter G. Rakitsky (SVP of Development) from Checkerspot, plus more speakers to be confirmed.

Designed for R&D leaders, formulators, innovation teams and executives thinking seriously about the future of performance nutrition, this session bridges hard science and commercial reality.

If you care about oxidation, stability, texture, nutritional integrity – or just the limits of commodity thinking – this one is worth your time.

👉 Save your seat here

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🎙️💡 Listen to our latest episode now! In this episode of the PPTI Podcast, Annick Verween (VIB), Ali Osman, Diana Oliveira, and Harry Barraza (PfX Biotech), Amy Williams (GFI Europe), Filipa Soares (Cell4Food), and David Laubner (Sennos) discussed how systems thinking could reshape the future of nutrition. The conversation covered precision fermentation, shared standards, digital and sensor technologies, and why closer collaboration across science, regulation, and markets is essential for scalable food systems.🎙️🥩➡️🌱

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