• Bio-Supramolecular Solvents (bioSUPRAS)

    Green solvents at everyone’s reach. BioSUPRAS are designed to boost extraction capabilities in each application

  • Target and non-target analysis of organic contaminants

    Extraction and sample cleanup in a single step. Multimode extraction for multiresidue analysis with a variety of techniques (e.g.LC-IMS-QTOF, LCxLC-QTOF, UHPLC-QQQ, LC-QTRAP, GC-MS, etc.). Greener, faster, simpler and cost-effective sample treatment

  • Sustainable extraction of bioactive ingredients from vegetal biomass

    BioSUPRAS made up of edible ingredients are used for the extraction of bioactives from plants, microalgae and agro-industrial residues. The final products are easily applicable in industry.

ABOUT US

Research at SAC team focuses on the design and synthesis of green tailored supramolecular solvents (SUPRAS) as an efficient alternative to petroleum-derived solvents in extraction processes. The tailored SUPRAS have unique features for increasing efficiency and selectivity in a profitable and sustainable way for the development of products and processes. Our developments focus on providing new solutions and tools in two major areas; the target and non-target analysis of organic contaminants in environmental, food and biological samples and the isolation of bioactive ingredients from plants, microalgae and agrifood industrial residues.

1 month ago

SAC Research Group

Check out our latest publication! Sheep’s milk is a significant source of nucleotide monophosphates (NMPs) but can also contain undesirable residues from veterinary drugs, posing a potential human health risk. This study introduces a novel application of two-dimensional liquid chromatography (2D-LC), in heart-cutting mode, for the simultaneous determination of nucleotides and veterinary drug residues in sheep’s milk.www.mdpi.com/2304-8158/13/6/872

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4 months ago

SAC Research Group

SUPRAS are wide scope and simple extraction solvents with great potential for screening organic contaminants in inddor dust. Check out our last article!doi.org/10.1016/j.scitotenv.2023.169390

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