INNOVATIVE SYSTEMS
DINOx
Diesel Exhaust Fluid (DEF) storage and delivery solutions
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Texte1 Since 2008, the application of Selective Catalytic Reduction (SCR) technology on passenger vehicles in US and Europe ensures an efficient Nitrogen Oxides (NOx) after-treatment to meet Tier 2 Bin 5 emissions regulation requirements.
The first generation of INERGY's DINOx SCR technology is a system which integrates all key functions into a plastic urea tank: filling, storage, venting, heating until the delivery of AdBlue®/DEF to the injector. It also offers further options such as temperature and fluid level sensors, according to OEMs' specifications and demand. This system is available as a standard module for all passenger car SCR applications and is compatible with all urea injectors on the market. |
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Texte2
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Constantly improving its SCR expertise, INERGY is now launching DINOx Premium, a cost effective AdBlue® storage and delivery system. With a more compact and economical design, DINOx Premium:
optimises SCR system control with the DINOx Premium Control Unit (DCU), a dedicated electronic controller containing a full set of SCR system control hardware and strategies with the aim to reduce power consumption and improve system performance. Upon request the control unit can be de-contented for optimal integration in the OEM's specific electronic architecture.
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Through its compact and fexible design, DINOx Premium revolutionises the affordability of SCR systems for diesel vehicles.
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Already chosen by OEMs for serial production, INERGY's DINOx Premium will equip several vehicle models by the end of 2011 in Europe and in the USA.
And because INERGY is a world leader in SCR applications for passenger cars and light commercial vehicles, it is active in several international working groups on SCR technology, creating worldwide standards for this technology.
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NOx reduction reaction
On Clean Diesel vehicles, an aqueous solution of urea, such as AdBlue® is sprayed into the exhaust gas. This creates a chemical transformation by hydrolysis: an atomization and decomposition of urea towards ammonia (NH3) which reacts with NOx inside of the catalytic converter to form inert nitrogen (N2) and water vapor, drastically reducing NOx emissions. |
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