1
FOTO s y mme t r i c ca ti on + - + + - - - - - - - - - - - + + + + + + - - - - + + + - - - - - - - - s y mme t r i c an i on as y mme t r i c ca ti on Ion ic liquid Molten salt Solar Industrial solvents Lubricants Ice- inhibition Extraction Water treatment Separation Biomass Batteries Ionic Liquids IONIC LIQUID TECHNOLOGY TECNALIA is recycling and reuse of critical metals from industrial and urban waste such as mineral ores, electronic wastes (batteries, printed circuit boards), permanent magnets, fluorescent lamps, catalysts, water and biomass. www.tecnalia.com APPLICATIONS IONMET New ionic liquid solvent technology to transform metal finishing products and processes), in which several ionic liquid based surface treatments were successfully developed from the laboratory up to pilot scale (Figure 4) LIQUION Investigation of ionic liquid technologies for industrial applications, in which the electrodeposition of Al from ionic liquids and the use of ionic liquids as electrolytes for redox flow batteries are being developed and validated. COLABATS Cobalt and lanthanide recovery from batteries using novel task specific ionic liquids (TSILs) ::Have tunable structures where properties of them can be altered by adding different functional groups. ::The unique chemical and physical properties: negligible vapor pressure; biocompatibility; non-human toxicity; non-corrosive nature; thermal stability; electric conductivity, electrochemical stability; high heat storage capacity. Ionic Liquids Deep Eutectic Solvents ::The aim is to make liquids by mixing two solid starting materials with high melting points. DES can be prepared readily from renewable, non-toxic naturally occurring chemicals, are relatively inexpensive and can be tailored to specific uses. ::They are easy to prepare in high purity at relatively low cost and most of them are even biodegradable. ::They are made by mixing a hydrogen bond acceptor (e.g., natural organic salt, amino acid) and hydrogen bond donor (e.g., alcohol, sugar or carboxylic acid), both of which may have high melting points, to form a eutectic mixture with a substantially lower melting point Capabilities ::Designing, synthesizing, and characterizing of different categories of environmentally benign, low cost ILs and DESs into different applications. ::Electroanalitical techniques: Cyclic Voltammetry, Chroamperometry, Chronopotentiometry, Linear Sweep Voltammetry, Polarization Resistance EXAMPLES How “ions” are packed in molten salts and ionic liquids

Ionic liquids on tecnalia

Embed Size (px)

Citation preview

Page 1: Ionic liquids on tecnalia

FOTO

symmetric cation+

-

+ +

- - - - -

-

-

--

--

+

+

+

+ + +

- - - -

+ + +

- - - -

- - - - symmetric anion

asymmetric cation

Ionic liquidMolten salt

Solar

Industrialsolvents

Lubricants

Ice-inhibition

Extraction

Watertreatment

Separation

Biomass

Batteries

Ionic Liquids

IONIC LIQUID TECHNOLOGY

TECNALIA is recycling and reuse of critical metals from industrial and urban waste such as mineral ores, electronic wastes (batteries, printed circuit boards), permanent magnets, �uorescent lamps, catalysts, water and biomass.

www.tecnalia.com

APPLICATIONS

IONMET New ionic liquid solvent technology to transform metal �nishing products and processes), in which several ionic liquid based surface treatments were successfully developed from the laboratory up to pilot scale (Figure 4)

LIQUIONInvestigation of ionic liquid technologies for industrial applications, in which the electrodeposition of Al from ionic liquids and the use of ionic liquids as electrolytes for redox �ow batteries are being developed and validated.

COLABATSCobalt and lanthanide recovery from batteries using novel task speci�c ionic liquids (TSILs)

::Have tunable structures where properties of them can be altered by adding di�erent functional groups.::The unique chemical and physical properties: negligible vapor pressure; biocompatibility; non-human toxicity; non-corrosive nature; thermal stability; electric conductivity, electrochemical stability; high heat storage capacity.

Ionic Liquids

Deep Eutectic Solvents ::The aim is to make liquids by mixing two solid starting materials with high melting points. DES can be prepared readily from renewable, non-toxic naturally occurring chemicals, are relatively inexpensive and can be tailored to speci�c uses. ::They are easy to prepare in high purity at relatively low cost and most of them are even biodegradable. ::They are made by mixing a hydrogen bond acceptor (e.g., natural organic salt, amino acid) and hydrogen bond donor (e.g., alcohol, sugar or carboxylic acid), both of which may have high melting points, to form a eutectic mixture with a substantially lower melting point

Capabilities::Designing, synthesizing, and characterizing of di�erent categories of environmentally benign, low cost ILs and DESs into di�erent applications.::Electroanalitical techniques: Cyclic Voltammetry, Chroamperometry, Chronopotentiometry, Linear Sweep Voltammetry, Polarization Resistance

EXAMPLES

How “ions” are packed in molten salts and ionic liquids