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Petrochemicals are derived from refined crude oil and are used to produce a range of industrially important materials including organic chemicals, fuels, waxes, polymers and detergents. The petrochemical industry is usually divided into upstream and downstream operations. The upstream sector is associated with recovery and production of crude oil while the downstream sector refers to the refining process and distribution of these materials.

Malvern Instrument’s range of analytical products and expertise can assist both sectors by helping to:

  • Enhance the oil recovery process.
  • Optimize drilling fluid properties in the oil industry.
  • Improve transportation and processing.
  • Measuring materials under in-situ conditions such as high temperature and high pressure.
  • Characterize the physical properties of both crude and refined products.

Both rheology and particle size are used to optimize drilling and hydraulic fracturing fluids (fracking technology).

For complex petrochemical systems, such as oil and water emulsions, particle size is a key material parameter for material performance. Furthermore zeta potential can be used as a direct assessment of the stability of emulsions to ensure samples do not settle nor release suspended material until required.

Products for the Oil & Petrochemicals industry

Viscotek range Research grade multi detector GPC/SEC systems img
Sample type:
Polymer, Protein & Biopolymer
Temperature range:
Ambient to 160°C
Technology:
Size Exclusion Chromatography
See all Viscotek products

Malvern solutions for Oil and Petrochemicals



Bohlin Petrochemical application book Compilation of Bohlin application notes for the Petrochemical industry.
Measuring yield stress in sooty engine oil The yield stress can be used to calculate the maximum oil film thickness that can remain on an inclined surface, as well as whether it will be difficult to start pumping.
Particle size analysis of drilling muds and their components Measurement of the particle size of drilling muds is an important aspect of oil well operation, enabling the properties of the mud to be matched against the geology...
Microemulsion characterisation using dynamic light scattering Dynamic light scattering is a non-invasive technique well suited to the study of colloidal dispersions such as microemulsions. The suitability of microemulsions...
Diffraction for asphalt emulsion size distribution measurement Laser Diffraction has proven itself as a reliable and cost-effective technique for monitoring the emulsions used in the Asphalt Industry. Find out how it's done!


 
 
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