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Turbiscan OIL SERIES

STABILITY ANALYSER FOR CRUDE & FUEL OILS – meets ASTM D7061The recent introduction and requirement to use low sulphur fuel oils puts demands on heavy fuel oil testing.  Long established tests are giving inconclusive results.   The Turbiscan® Oil Series ASTM D7061 and allows the stability analysis of heavy fuel oil thanks to an innovative method.


​Contact us at Fullbrook Systems & ask us to test some samples
Tel 01442 876 777
​Email sales@fullbrook.com

HEAVY FUEL STABILITY
Turbiscan OIL SERIES is designed for studies of asphaltenes, dispersant efficiency, w/o demulsification, blend compatibility...all in accordance with ASTM D7061.
MEASUREMENT OF STABILITY
> Quantitative monitoring of dispersion stability
> Shelf life & long term stability analysis
> Migration velocity
PORTABLE AND ROBUST
Turbiscan OIL SERIES is designed for R&D laboratories, its compact design and light weight (<5kg) it can be easily transported for use in the field.
QUICK DETECTION OF INSTABILITIES
Aggregation, agglomeration, flocculation, sedimentation, creaming ...can be detected, monitored and characteized within minutes thanks to rapid scan frequency.

How does a turbiscan work

• Sample scanned at user defined timed intervals
• Whole sample scanned bottom to top
• No sample dilution
• Readings taken every 20µm
• Simple stability index / rating
• Detailed stability data as required
• Results 40 times quicker than the naked eye

Test anything from ink to cosmetics to pharmaceuticals
​Emulsions - Suspensions  - Foams

what can a turbiscan detect

> MIGRATION ANALYSIS
Local variation of light intensity corresponds to phases formation.

• Phase thickness kinetics
• Sedimentation rate
• Creaming rate
• Particles migration speed
• Hydrodynamic diameter

> TURBISCAN STABILITY INDEX
Turbiscan Stability Index is a one-click parameter to easily rank the stability of many samples in a kinetic way or in a data table. 
The higher the TSI is, the less stable the product is.

TSi stability index ......

> SIZE VARIATION ANALYSIS
Global variation of light intensity corresponds to size increase.

• Size kinetics 
• Mean diameter 
• Agglomeration rate
• Coalescence rate
• Dispersibility ratio 

​

> NO MECHANICAL STRESS
When it comes to shelf-life, and real-life evolution of the end-products, it makes no sense to apply a mechanical stress to a sample. Our measurements are always performed at rest, without any external stress. That way, you can be sure that the results you get are representative of what will happen in real life, only detected way earlier!