Catalyst-coated tube reactors
Our technology for manufacturing catalyst-coated tube reactors opens a way for cost & energy efficient yet simple & scalable synthesis of fine chemical. The reactors provide excellent mixing without moving parts. Precise reaction control increases the product yield.
Self-organised photonic materials for optical filter technology
Optomel has developed breakthrough optical filter technology using coatable self-organised materials. Unlike existing filters made from complex vacuum processing, the technology will create disruptive thin, flexible and large-area reflective filters in applications ranging from laser protection, through to multi-spectral imaging and point of care diagnostic devices.
Luminspheres(TM) present a brighter future in solid-state lighting
Luminspheres(TM) are small-sized, ultra-bright, photoluminescent organic-based materials. Luminspheres(TM) are exceptionally suited for incorporation in the remote phosphor layer of incumbent LED chips. This technology will disrupt the current solid-state lighting industry by producing LED packages which are brighter, more environmentally conscious and cost-effective than inorganic-phosphors currently on the market.
Green, low-cost catalytic materials that facilitate more sustainable chemical syntheses.
We have developed a novel procedure for producing silica-based solid catalysts and carriers for catalysts that can facilitate more sustainable chemical syntheses. Our technology is both greener and more low-cost than the state of the art, and thus will allow their widespread adoption in industry.
Fully scalable equipment for manufacture of precision particles and microcapsules
Micropore has developed the only process for making particles and emulsions with extremely narrow particle size distributions that is scalable to industrially meaningful product volumes. This brings both operating economics & formulation performance benefits across a many diverse sectors including food, pharmaceuticals, agrochemicals, household products, cosmetics, & many more.
Novel purification technology for chemically synthesized peptides
Belyntic offers the first generally applicable and truly parallel purification technology for chemically synthesized peptides. Applying Belyntic's purification kits means a significant gain in flexibility and efficiency, enabling purificaion of peptides that cannot be purified with existing methods. This reduces manufacturing costs and offers new perspectives - i.e. for pharmaceuticals.
Molecular imaging probe for cell detection, labelling, diagnostics and therapeutics.
We have developed a fluorescent probe that does not fade and is non-toxic, for the detection, labelling and imaging of biological markers and cells. Capable of being used in research applications and diagnostic devices, it also has great potential for human applications such as tumour imaging and fluorescence guided surgery.
Breathable and waterproof fluorine-free membrane for outdoor jackets
We have developed a fluorine-free and highly breathable, yet waterproof, membrane for applications in functional outdoor equipment. The pores are introduced via a template removal method and are at the same time functionalized to ensure sweat leaves from inside and water repelled from outside.
Textile Embedded Electronics: The Future of Functional Clothing
KYMIRA and partners are creating the next generation of e-textiles by developing techniques to fully embed printed electronics into clothing for scalable manufacture. Embedded sensors can record biodata for monitoring applications in healthcare, professional sports, defence and security. This enabling platform technology is non-invasive, washable, durable and comfortable to wear.
Sensor Platform for Fast and Sensitive Biomarker Detection
Available methods for biomarker detection are either not sensitive or not fast enough. Our sensor platform based on novel nanomaterials is both. It can be adapted for a range of different biomarkers. With our partners, we have demonstrated detection of allergens, which is a major challenge for food producers.