Nanolyse develops nano-enabled chemical sensors and magnetic nano-materials for precise chemical speciation measurements, enhancing environmental toxicity assessments across various industries. Their technology addresses the need for accurate and cost-effective monitoring of chemical pollutants in water, food, and industrial applications.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for assessing chemical toxicity often lack the precision needed to differentiate between various chemical species, leading to inaccurate environmental risk assessments. Traditional testing methods can also be expensive and difficult to implement in the field, hindering rapid and widespread monitoring of pollutants.
Solution
Nanolyse provides nano-enabled chemical sensors and magnetic nanomaterials that enable precise chemical speciation measurements for enhanced environmental toxicity assessments. Their technology facilitates accurate and cost-effective monitoring of chemical pollutants in diverse applications, including water, food, and industrial settings. By focusing on chemical speciation, Nanolyse's solutions allow for a more detailed understanding of the impact of specific chemical forms on health and the environment. The company's offerings include expert consultations in chemical/geochemical speciation analyses and chemical speciation modeling tools. Nanolyse also develops advanced tools for better environmental toxicity measurements, helping to develop sustainable materials and circular services.
Target Audience
Nanolyse serves a diverse range of industries, including water and wastewater treatment, oil and gas, pharmaceuticals, environmental monitoring, food and beverage, agriculture, and mining, as well as research organizations and SMEs.
Features
- Nano-enabled chemical sensors for real-time, in-situ monitoring of chemical pollutants
- Magnetic nanomaterials for selective extraction and removal of target chemicals from complex matrices
- Expertise in chemical/geochemical speciation analyses
- Chemical speciation modeling tools for predicting pollutant behavior and transport
- Services for synthesis, characterization, and ecotoxicity assessment of nanomaterials
- Data analysis and insights from advanced materials and environmental information