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THE CHALLENGE IN DIESEL EMISSION CONTROL SYSTEMS
In diesel emission control solutions the air management system is critical
to system performance. The successful air system must deliver air within a precise pressure/mass flow profile tailored to optimize the performance of the system over wide turndown ratios.
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VAIREX advanced air system technology
is specifically adapted to the requirements of emissions
systems. Our technologies support a range of air management systems from particulate filter regeneration, EGR and SCR systems, to diesel fuel reformers. We work in Partnership
with diesel emission control system developers to optimize system performance.
Capable of independent control of air mass flow and pressure,
VAIREX air management
systems provide exceptionally high operating
efficiencies within a wide range of mass flow and pressure requirements.
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THE CHALLENGE IN FUEL CELL SYSTEMS
In a fuel cell system, the air management system is critical
to overall system performance. Cathode air supply must meet the quality requirements of the fuel cell,
free of metallic ions and deleterious chemicals, with pressure/mass flow profile tailored to optimize
the performance the fuel cell system over a much as a 20:1 operating range ( turndown ratio). With many
fuel cells, air temperature and humidity requirements must be met as well.
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VAIREX advanced air system technology
is specifically directed at the requirements of fuel cell
systems from 1 to 100 kW in both stationary and vehicular applications. Our technologies support
a wide range of air management systems up to the most fully integrated, including advanced control
protocols, a wide range of operating voltages, operation from an unregulated bus, integrated filters
and noise suppression, etc. We work in Partnership
with fuel cell system integrators to optimize overall system performance.
Capable of independent control of air mass flow and pressure,
VAIREX air management
systems provide exceptionally high operating
efficiencies over an extended operating range.
In systems where exhaust gas energy content is significant,
optional expander systems can provide even lower net energy
consumption.
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See Products
for specific product information.
Go to Application
Data to submit a specific AMS requirement for evaluation.
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