We provide a range of services to different industries, startups, SME’s, and research organisations.
Specialist expertise magnetic nano-materials for different applications including water treatment, and selective extraction of chemicals.
We provide expert consultations in Chemical/Geochemical Speciation Analyses and chemical speciation modelling tools.
Know-how, research and technical experience in the synthesis, characterisation, ecotoxicity and application of a wide variety of nano-scale materials.
Research & Analysis
Turning advanced materials, environmental, and relevant industry information into data insight we help you make sense of data.
Development and application of nano-enabled chemical sensors for different industrial applications including water, food, chemical, agritech and mining.
Innovation & Testing
We help explore new ways of thinking and delivering new innovations related to advanced materials, circular economy, zero waste and zero carbon.
“ Smart and multi-functional materials are basic to every manufacturing and most industrial processes. We are on a mission to develop intelligent materials to pave the way to a sustainable and better future.”
Nanolyse is driven by a passion to accelerate the world’s journey towards a more sustainable future. With our expertise in smart, nanomaterials, multi-functional materials, analytical testing, and chemical sensor technologies, we are committed to making a positive impact on the world.
Together, we aspire to emerge as global leaders in the production and provision of sustainable and circular materials, pioneering nano-enabled chemical sensors, and a dynamic hub for applied knowledge transfer.
Water & Wastewater
Oil & Gas
Food & Beverage
Farming & Agriculture
Mining & Metal
We are delighted to announce that we have secured Innovate UK funding as part of the UKRI's Sustainable bio-based materials and manufacture programme (SusBioMM). The SusBioMM programme is a joint investment by the Biotechnology and Biological Sciences Research...
New water toxicity-testing technology ready to scale down for field useA new nanotechnology process developed by Oxford University research scientists has seemingly been proven to simplify and reduce the cost of testing water for chemical pollution and toxicity...
New water toxicity-testing technology ready to “scale down” for field useA new nanotechnology process developed by Oxford University research scientists has been proven to simplify and reduce the cost of testing water for chemical pollution and toxicity levels. The...
New water toxicity-testing technology ready to 'scale down' for field use A new nanotechnology process developed by Oxford University research scientists has been proven to simplify and reduce the cost of testing water for chemical pollution and toxicity...
New nanotech device enables onsite test for water toxicity.The cost of testing water for chemical pollution and levels of toxicity is set to be reduced with a new nanotechnology process developed by Oxford University research scientists. The technology, now in its...
Heavy metals can exist as toxic species which are found in many everyday retail products. This exposure represents a public health risk. eavy metals are a natural part of the Earth’s surface and thus are present almost everywhere in various...
Techniques for chemical speciation analysis are essential for understanding the impact of particular chemical species. This helps us protect health, environment and industry. ll naturally occurring metals and metalloids are ubiquitous in at...