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Research Technical Services

Chemistry

  • Analysis of organic, inorganic and total carbon in liquid samples (TOC).
  • Analysis of metals (ICP).
  • Analysis of gas samples (GC-TCD) such as hydrogen, oxygen, nitrogen, methane, carbon dioxide and carbon monoxide.
  • Elementary analysis of organic and inorganic samples such as combustible fuels, ceramics, biological samples, cosmetics, organic and organometallic synthesis products, drugs, food, and so on. (AE)
  • Characterisation of reaction intervals ( UHPLC-QTOF and RMN).
  • Characterisation of synthesis products (AE,  UHPLC-QTOF, ICP, FT-IR, RMN, XRD i SEM).
  • Characterisation and identification of materials (polymers, plastics, inorganic solids), analysis of pharmaceutical products (FT-IR).
  • Determination of volatile fatty acids and alcohols in liquid samples (GC-FID
  • Determination of anions and cations (IC) in aqueous samples.
  • Determination of sugars (IC), in aqueous samples. 
  • Determination of specific heat, study of the structural changes and decomposition processes in chemical and pharmaceutical products by means of thermal analysis techniques (DSC and TGA).
  • Determination of molecular mass, elementary composition, isotopic distribution and high resolution structural elucidation (UHPLC-QTOF).
  • Determination, elucidation and structural characterisation of chemical compounds (AE, UHPLC-QTOF, GC-MS, FT-IR, RMN and XRD).
  • Study of dynamic processes and reaction mechanisms (RMN).
  • Identification of substances present in solid samples (XRD and XRPD):
    • The construction industry as a way of detecting asbestos and cements. Analysis of soils, and sand and gravel. 
    • Archaeology and restoration: Identification of components in mortars, building materials. 
    • Chemical Industry: Structural elucidation for new substances. 
    • The ceramics industry. Nanotechnology and new materials. Polymorphism and pseudopolymorphism (hydrated and solvated forms). 
    • Pharmaceutical Industry: Polymorphism and sample purity studies.
  • Lyophilisation of any solid sample that contains water in its composition.
  • Separation, quantification and characterisation of the little- or non-volatile substances present in mixtures of products (UHPLC-QTOF).
  • Separation, quantification and characterisation of the volatile and semi-volatile substances present in solutions (aqueous and organic) with a high sensitivity (GC-MS).

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