FUEL ANALYSIS
FAME in Biodiesel Analyser
The FluidInspectIR® FAME in Biodiesel analyser measures the FAME content in biodiesel using Mid IR Spectroscopy and correlates to ASTM D7371 standard, to extract the FAME % parameter from a biodiesel sample. The 2-3ml of oil sample is dispensed into the inlet tubing of the flow-cell via a syringe. The flow-cell is placed into the analyser and the measurement is started from the software.
About FluidInspectIR
FluidInspect IR - Portable is a rugged, robust, portable measurement system that is used in several industrial application fields like oil condition monitoring and fuel analysis. The system is battery powered and can be used portably or as a benchtop system. The system comes set up for the desired application and the measurement output is in conventional laboratory units therefore makes the analyser the system of choice for engineers and operators.
FEATURES
Correlates with ASTM D7371
Mid Infrared Spectroscopy
Calibrated with Certified Biodiesel Blends
Detectable range 0 to 100% FAME (B0 to B100)
Up to 500 measurements without recharging
Portable and battery operated
APPLICATION
The FAME content in biodiesel is an important parameter as it can have significant influence on the quality and the performance of the fuel. FAME blended biodiesel have the tendencies to react and to form acidic by-products that can reduce the life- time of the engine.
FAME blended fuels are also not allowed in many applications such as jet fuels etc. and it is therefore important to be able to quickly check the FAME content for quality control purposes. In addition fuel storage tanks have to be managed to ensure that no cross contamination with FAME occurs during the storage of different fuel types.
SPECIFICATION
Compliance: Correlates with ASTM D7371
Measurement range: B0 to B100
GUI: Software Console provided for running on windows 10 based laptop / tablet (tablet can be provided as option)
Ambient operating temperature and humidity range: 0-70C non -condensing
Power requirement: 230VAC for mains charging 2500mAH LiPo battery in device
Internal battery capability typical runtime: 250 sample measurements between charge
Cuvettes: 1x Cuvettes (flow-cells)
Consumables: Syringes for dispense (5ml)
Sample volume: 2-3ml
Repeatability: <+-2% of measured value
Accuracy: <+-2% of measured value