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FQM389: Applied Separation Techniques

Submitted by francisco.grimaldi on

Research Areas & Expertise

NATURAL SCIENCES » Chemical sciences

Various techniques for the analysis and characterization of organic and inorganic components and contaminants in water, with a special focus on metallic traces and ultra-traces

Principal Investigator

CARLOS MORENO AGUILAR

carlos.moreno@uca.es

ORCID ID: 0000-0001-6472-6044

University
University of Cadiz
Faculty/school/department
SEA AND ENVIRONMENTAL SCIENCES/ ANALYTIC CHEMISTRY/ ANALYTIC CHEMISTRY
PI bio

ORCID ID: 0000-0001-6472-6044

PI email
carlos.moreno@uca.es
PI name
CARLOS MORENO AGUILAR
https://fqm389.uca.es/
Short description of research profile

Environmental Analytical Chemistry,

Separation and microextraction techniques,

Trace elements, Green Techniques,

Environmental water pollution and environmental impacts

Contact person
CARLOS MORENO AGUILAR
Research area
NATURAL SCIENCES » Chemical sciences
Contact person e-mail
carlos.moreno@uca.es
Scientific Themes (keywords)
HEAVY METALS; Separation Techniques; MICROEXTRACTION; MEMBRANES; ENVIRONMENTAL POLLUTION
Technology Expertise

Various techniques for the analysis and characterization of organic and inorganic components and contaminants in water, with a special focus on metallic traces and ultra-traces

1. Selective liquid phase micro-extraction of metal chloro-complexes from saline waters using ionic liquids

Belén Herce-Sesa, Philip Pirkwieser, José A López-López, Franz Jirsa, Carlos Moreno

Journal of Cleaner Production   (2020) Vol: 121415. Pgs:  -

https://fqm389.uca.es/publicaciones-en-revistas/
number of researchers
9
number of supporting staff
0
number of PhD students
0
Size of the team