Born from Aalto University, we are a spin-off that is boldly charging into the future. We partner with the most forward-thinking scientists, companies, industrial leaders, and innovators to unleash the potential of smart biosystems and biomaterials – driving the green transition forward with passion and purpose.
From our groundbreaking, patented Aaltocell technology and Norratex fiber innovation –
to BIG, our center for R&D, testing, prototyping, analyzing, and piloting – we collaborate
to discover and develop sustainable, cellulose-based solutions for a better world. Our dedication to innovation and sustainability drives us to push boundaries and create a positive impact in the world, one step at a time.
Interested in investing or collaborating? Contact
Next-generation technology for producing Microcrystalline Cellulose (MCC), cellulose derivatives and sugars, driving the industry towards a more environmentally friendly future.
As the purest and most versatile form of cellulose, MCC has been used in several industries for decades. Now AaltoCellTM opens a whole new world for MCC production – one with limitless potential across a range of industries.
As a substitute for petroleum-based materials in a wide range of applications.
A sustainable material for producing textile fibers.
As a natural binder, stabilizer, and emulsifier for industries, including food, pharmaceuticals, feed, cosmetics, paint, and coatings.
A bio-based barrier component and biodegradable and recyclable reinforcement material for packaging.
It can replace sugars and saturated fats in food products.
The sugars can be used in synthetic biology applications, such as proteins, biofuels, bioplastics, and biobarriers.
Additionally, MCC can be processed into nano-sized particles, which have various applications in nanotechnology.
Energy efficient, environmentally friendly, patented technology – AaltoCellTM is highly scalable and fully ready for implementation, offering a fast-track for those seeking sustainable technology and bio-products.
We begin piloting in Q3/Q4 of 2023, with full production scheduled to commence in 2024.
AaltoCell produces MCC from renewable raw materials like wood pulp or agricultural side streams. The process is highly energy-efficient, generates zero waste, and all byproducts are fully recycled, making it an environmentally sustainable alternative to conventional manufacturing techniques.
When it comes to MCC, quality is everything. Our AaltoCell technology delivers MCC with exceptional purity and consistent quality, making it the ideal choice for everything from pharmaceuticals to bioplastics, and beyond.
AaltoCell MCC can be easily customized to meet specific particle size, shape, viscosity, and other properties, making it a versatile material for a wide range of industries and applications. This flexibility allows us to provide tailored solutions that meet the unique needs of our partners and help them to achieve their desired outcomes.
Next-generation technology for producing Microcrystalline Cellulose (MCC), cellulose derivatives and sugars
A new solution to meet the demand for sustainable and responsible fibers to help tackle the global textile problem.
One of our fiber innovations, Norratex, is a novel process for regenerating wood-based feedstock to produce sustainable fibers. These fibers are designed for use in various textile applications, including non-wovens.
Our technology can be seamlessly integrated into chemical pulp mills, providing an alternative revenue stream while also offsetting energy utilization.
The process has the potential to use any cellulose-based feedstock.
No toxic chemicals or expensive solvents are required.
The resulting fiber is a carbon disulfide (CS2) free alternative to rayon viscose.
A unique combination of strength, durability, and biodegradability making it an attractive and sustainable option.
Key partner for the development of Norratex is CMPC, one of the largest pulp producers in the world.
Welcome to BIG R&D Lab – the Bio Innovation Garage located in the heart of Otaniemi (Aalto University Campus).
We’re at the intersection of hardcore bioengineering and the finest synthetic biology experimentation, making us the perfect partner for forward-looking companies seeking to accelerate the development of bold circular solutions that generate true environmental, social, and economic impacts.
At BIG, we thrive on open-innovation, multidisciplinary collaboration, cutting-edge technologies, and scientific knowledge. Our facilities and expert team offer exceptional resources and support to help bring ideas to life.
BIG is where the brightest minds in science, engineering, and business come together to push boundaries and create innovative solutions that make a difference.
