As industries worldwide seek alternatives to fossil based production methods, the chemical sector is under increasing pressure to adopt more sustainable and efficient technologies. A new generation of deeptech startups is emerging to address this challenge by rethinking the fundamental building blocks of chemical processes. Berlin based Level Nine is one such company, aiming to transform how chemicals are produced through advanced catalyst design. The company has now raised €4 million in a seed funding round to accelerate the development and commercialisation of its technology.
Funding to advance next generation catalysts
The €4 million seed round was led by Visionaries Tomorrow, bringing Level Nine’s total funding to €6.5 million. The investment will support the continued development of the company’s catalyst platform and help scale its technology from laboratory research to industrial applications.
The funding comes at a time when the chemical industry is actively exploring new approaches to reduce emissions, improve efficiency, and transition toward renewable inputs.
Redesigning catalysts from first principles
Founded in 2023, Level Nine focuses on developing synthetic catalysts known as nanozymes. These are designed to combine the precision of biological enzymes with the durability and scalability required for industrial processes.
Traditional catalysts and enzymes each have limitations. While enzymes offer high specificity, they often lack stability under industrial conditions. Conventional catalysts, on the other hand, can be robust but may lack the precision needed for complex reactions.
Level Nine aims to bridge this gap by designing catalysts from first principles. By integrating bionanotechnology, quantum chemistry, and computational science, the company is creating systems that can deliver both accuracy and resilience.
Enabling sustainable chemical production
A key focus of Level Nine’s technology is the conversion of biomass and waste streams into valuable chemical building blocks. This approach supports a shift away from fossil based raw materials and toward more sustainable feedstocks.
By enabling the use of locally available resources such as agricultural waste or byproducts, the company aims to make chemical production more efficient and cost effective. Its catalysts are designed to operate under milder conditions, which can reduce energy consumption and improve overall process efficiency.
This capability is particularly important as industries look to integrate bio based inputs into existing production systems.
Addressing structural challenges in the industry
The chemical industry has long relied on established processes that are optimised for fossil based inputs. Transitioning to alternative feedstocks presents significant challenges, as many existing systems are not designed to handle complex and variable materials.
Level Nine is positioning its platform to address these structural limitations. By developing catalysts that can process a wider range of inputs, the company aims to enable more flexible and resilient production models.
This adaptability could support applications across multiple sectors, including materials, fuels, and consumer goods, where sustainable production methods are becoming increasingly important.
From research to industrial deployment
In addition to catalyst discovery, Level Nine is building an integrated platform that supports the entire development lifecycle. This includes moving technologies from early stage research through to real world industrial deployment.
The company is working with industry partners to test and scale its solutions, ensuring that its innovations can be applied effectively in commercial settings. This approach is intended to bridge the gap between scientific breakthroughs and practical implementation.
Scaling impact across industries
With the new funding, Level Nine plans to expand its catalyst platform to cover a broader range of industrial use cases. The company will also continue to invest in advancing its technology, focusing on improving performance and scalability.
Partnerships will play a key role in this process, as collaboration with established industry players can accelerate adoption and bring new solutions to market more quickly.
Driving the transition to renewable inputs
As the global economy moves toward more sustainable production models, technologies that enable the use of renewable and waste based resources are becoming increasingly valuable. Level Nine’s approach reflects this shift by focusing on the fundamental chemistry that underpins industrial processes.
By combining advanced science with practical applications, the company aims to contribute to a more sustainable chemical industry. With fresh funding and a clear development roadmap, Level Nine is positioning itself to play a role in shaping the future of how essential materials and products are produced.